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City of Palm Bay - Governmental Operations Greenhouse Gas Emission Inventory Calendar Year 2009

SUBMITTED BY Shaw Environmental Inc.

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City of Palm Bay Governmental Operations Greenhouse Gas Emission Inventory Calendar Year 2009

Table of Contents

Executive Summary .............................................................................................................. ES-1

Acronyms ..................................................................................................................................... i

Glossary...................................................................................................................................... ii

Palm Bay Factsheet ................................................................................................................... iv

Introduction ................................................................................................................................ 1

GHG Inventory Details ............................................................................................................... 3

1. Geographical Boundary ................................................................................................................. 3

2. Gases Included in the Report ....................................................................................................... 3

3. Organizational Boundary ............................................................................................................... 4

4. Operational Boundary .................................................................................................................... 5

5. Other Boundary Assumptions and Clarifications ....................................................................... 5

6. Activity Data .................................................................................................................................... 6

GHG Inventory Results .............................................................................................................. 8

1. Scope 1 Emissions ......................................................................................................................... 8

2. Scope 2 Emissions ......................................................................................................................... 9

3. Scope 3 Emissions ....................................................................................................................... 10

4. Total GHG Emissions .................................................................................................................. 11

5 Summary of Results ..................................................................................................................... 12

Attachment A Energy Analysis for Calendar Year 2009

Attachment B Activity Data

Attachment C GHG Emissions by Facility Location

Attachment D Fleet & Mobile Equipment GHG Emissions

Attachment E GHG Calculation Methodology

Attachment F Data Management

Attachment G Inventory of Mobile Sources


Page ES-1

Executive Summary

In 2009, the City of Palm Bay initiated and continued several actions to demonstrate the City’s commitment to sustainable growth. The City’s development plan is based on the principals of stewardship of natural resources, economic health and quality of life for residents. The City of Palm Bay earned certification under the Florida Green Building Coalition’s Green Local Government Standard, which recognizes cities for outstanding environmental stewardship. Palm Bay was awarded certification after it demonstrated the implementation of practices that reduce environmental impacts. In 2009, (the first full year of a certified ISO Environmental Management System (EMS) for the Utilities Department), the electrical usage for water treatment was reduced 31% from 2007 baseline values. Additional practices adopted by the City included the use of green cleaning and maintenance practices and Light Emitting Diode (LED) technology in traffic signals. Also in 2009, as part of the City’s Energy Efficiency and Conservation Block Grant (EECBG) program, the City developed an Energy Efficiency and Conservation Strategy (EECS) and a sustainability master plan. The energy strategy and sustainability plan goals are to:

Create green jobs

Reduce greenhouse gas (GHG) emissions while not affecting public services

Reduce municipal energy consumption and operating costs

Develop incentive-based sustainable land use policies and codes, and

Become a sustainability leader and lead by example. The City of Palm Bay has prepared this GHG emission inventory to assist in meeting the goals of the energy strategy and sustainability plan. This report contains the results of the GHG inventory for municipal operations for calendar year 2009. The GHG inventory was developed following guidance provided by the Local Government Operations Protocol (LGOP), Version 1.1. The LGOP was developed in partnership with the California Air Resources Board, The California Climate Action Registry, ICLEI- Local Governments for Sustainability and The Climate Registry. The GHG inventory shows that municipal operations for the City of Palm Bay produced a total of 18,240 metric tons (mt) of carbon dioxide equivalents (CO2-e) during calendar year 2009. Biogenic CO2-e emissions from the combustion of biodiesel fuel accounted for 232 mt of the total CO2-e emissions. Sources contributing to overall GHG emissions are in shown in Figure 1.


Page ES-2

4,390

526

795

12,297

232

Fossil Fuel

Other Process & Fugitive Emissions

Employee Commute

Electricity

Biofuels

GHG emissions from municipal operations emitted directly into the atmosphere at the location of the source were 4,544 mt CO2-e, or approximately 25% of total emissions. The primary source (~87.9 %) of direct emissions (called Scope 1 emissions) was combustion of fuel in City owned vehicles and mobile equipment. Indirect emissions, i.e. those GHG emissions associated with activities conducted by the City, but occurring in a different location totaled 12,297 mt CO2-e. This is equivalent to approximately 67.4% of total GHG emissions. Indirect emissions (called Scope 2 emissions) came solely from the use of electricity. Over 89% of Scope 2 emissions result from the use of electricity for water treatment and distribution, wastewater treatment, and in City-owned buildings and facilities, while only 11% result from the operation of streetlights and traffic signals. The City of Palm Bay has also estimated GHG emissions from employee commuting. Employee commute emissions were 795 mt CO2-e. Employee commute GHG emissions are classified as Scope 3 emissions, because they can occur outside of the geographic boundary of the city. The transport of biosolids generated during wastewater treatment also produces Scope 3 GHG emissions. For calendar year 2009, these GHG emissions were 372 mt CO2-e. Although GHG emissions from biofuels are emitted by the source directly into the environment, the LGOP protocol requires that these biogenic emissions be reported separately. A summary of the GHG emissions by type (anthropologic or biogenic) is shown in Figure 2. Anthropologic emissions are identified by scope – either 1, 2 or 3.

Figure 1. 2009 Municipal GHG Emissions (mt CO2-e )


Page ES-3

4,544

12,297

1,167 232

Scope 1

Scope 2

Scope 3

Biogenic

Table 1 summarizes GHG emissions by scope and relative to the number of city employees. In 2009, The City of Palm Bay had approximatley 836 full time equivalent (FTE) employees.

Table 1. Summary of GHG Inventory

Metric Tons CO2-e Emissions per City Employee

Percentage (%)

Scope 1 emissions 4,544 5.4 24.9%



Biogenic 232 0.28 1.3

Total 18,240 21.8 100.00%

Figure 2. Total Municipal Operations GHG

Emissions (mt CO2-e) by Scope.


Page ES-4

The LGOP identifies eleven municipal sectors that produce GHG emissions and directs City’s to

determine if these sectors are present in the “organizational” boundary of their GHG inventory.

Only six of the eleven sectors are in the City of Palm Bay’s organizational boundary. The LGOP

sectors and their contribution to overall GHG emissions are given in Figure 3.

Figure 3. Contribution to Total GHG Emissions by LGOP Sector.

The City has compiled this inventory in order to develop an effective strategy to reduce energy consumption and GHG emissions from municipal operations. The City will continue to strive to create energy efficiencies, thus saving taxpayer dollars and stimulating the local economy.

22%

24%

21%

8%

22%

3%

Contribution to GHG Emissions by LGOP Sector

Buildings & Facilities

Water Treatment & Distribution

Wastewater

Street Lighting

Vehicle Fleet



i

Acronyms Btu – British thermal unit CACP – clean air climate protection CH4 - methane CO2 - carbon dioxide CO2-e carbon dioxide equivalent EECS - energy efficiency conservation strategy GHG - greenhouse gas GWP – global warming potential HFCs - hydrofluorocarbons IMP - inventory management plan kWh – kilowatt-hours LGOP - local government operations protocol N2O - nitrous oxide mpg – miles per gallon mt - metric tons SF6 - sulfur hexafluoride PFCs - perfluorocarbons FTE – full time equivalent FPL – Florida Power & Light


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Glossary Activity Data - Information on certain human activities used to estimate GHG emissions. Examples include vehicle mileage, electricity usage or fuel consumption. Each of these data directly correlates to GHG emissions. Boundary – The boundary establishes which GHG emissions are estimated and reported. The boundary can be geographic, operational, organizational or another defined limitation. Carbon Dioxide Equivalents (CO2-e) – Used to relate all GHG emissions to a common basis. Each GHG is assigned a global warming potential (GWP), which relates the heat absorbing ability of the greenhouse gas and the rate it is removed from the atmosphere relative to the heat absorbing ability of carbon dioxide and the rate at which carbon dioxide is removed from the atmosphere. The GWP for CO2 is one. Because the GWP includes the rate of removal of the gases from the atmosphere, the GWP will have different values over different time spans. Climate Zone – A designation given to a geographic area that has similar climate characteristics such as humidity, rainfall and average temperature. Cooling degree-days –A measure to describe the effect of outdoor temperature on the amount of energy needed for space cooling. It is the comparison of the outdoor temperature to a base temperature of 65 °F. For a day with a mean outdoor temperature of 80 °F, 15 cooling degree days would be recorded. Direct Emissions – Also called Scope 1 emissions. GHG emitted directly into the environment by the emission source. The emission of the GHG occurs within the entity’s boundary. An example is the emission of CO2 from the combustion of gasoline in automobiles. Fugitive Emission – The direct release of a gas to the atmosphere that is not physically controlled by a stack or vent. An example is the release of refrigerants from valves, seals and gaskets, or the release of methane at the surface of landfills from the decomposition of solid wastes. Greenhouse Gas (GHG) – One of the following six gases identified in the Kyoto Protocol: carbon dioxide (CO2), nitrous oxide (N2O), methane (CH4), hydrofluorocarbons (HFCs), perfluorocarbons (PFCs) and sulfur hexafluoride (SF6). Geographic Boundary – The geographical boundaries of a town, city, county or other municipal entity. Heating degree-days - Heating degree-days indicate space heating energy requirements for a given location. It is the comparison of the outdoor temperature to a base temperature of 65 °F. For a day with a mean outdoor temperature of 40 °F, 25 heating degree days would be recorded. Indirect Emissions - Also called Scope 2 emissions. GHG emissions that result from direct actions of the reporting entity, but occur at sources owned or controlled by others. An example


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is GHG emissions that occur at a power plant as a result of generation of electricity used by the entity. Local Government Operations Protocol (LGOP) – A methodology for local governments to follow when preparing a GHG emission inventory. Use of the protocol ensures local governments that their emissions inventory adheres to the latest GHG accounting principles. Operational Boundary – The boundary that determines Scope 1 and Scope 2 emissions associated with operations owned or controlled by the entity. Operational Control – An entity has operational control when it has full authority to introduce and implement operating policies at the operation. Organization Boundary - The boundary that establishes which facilities, entities or activities will be included in the GHG emission inventory.

Other Indirect Emissions - Also called Scope 3 emissions. Indirect GHG emissions that are not Scope 2 emissions. Examples are GHG emissions that occur at a landfill as a result of the decay of solid waste generated by the entity, GHG emissions associated with public transport not controlled by the entity.

Scope 1 – GHG emissions that are emitted directly into the atmosphere.

Scope 2 – GHG emissions that result from direct actions of the reporting entity, but occur at sources owned or controlled by others. An example is GHG emissions that occur at a power plant as a result of generation of electricity used by the entity.

Scope 3 - All other indirect emissions not covered in Scope 2, such as emissions resulting from

transport-related activities in vehicles not owned or controlled by the reporting entity (e.g.,

employee commuting, outsourced activities, etc.


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Palm Bay Factsheet The City of Palm Bay is the largest city in Brevard County, Florida. The City was incorporated in 1960.

Profile Information Palm Bay Palm Bay, Florida www.palmbayflorida.org Contact Person: Ms. Sue Hann, P.E., AICP 120 Malabar Road Palm Bay, Florida 32907 Email Address: [email protected] Phone: 321-952-3411

Services Provided by the City of Palm Bay: Parks and Recreation Public Works City Administrative Services Police Water Distribution and Treatment Street Lighting and Traffic Signals Wastewater Collection and Treatment Fire and Emergency Medical Response Schools – One Charter School

Services Provided to the City of Palm Bay by other Entities: Mass Transit – Buses Schools – Primary and secondary provided by Brevard County Solid Waste Collection and Disposal 1 2 3

1 Data for calendar year 2009. Source is City of Palm Bay.

2 From City of Palm Bay, Actual FY 2010 Budget.

3 Climate Zone designation from US DOE. The climate zone is a geographic group that has similar climate characteristics such

as temperature, humidity and precipitation. The zone classification by DOE is typically used to specify minimum building design standards.

City Facts

Size: 100 square miles

Population: 106,0001

Annual Budget:

$109,000,000 (FY 2010)2

Employees (FTE): 836

Climate Zone3: 2

Heating Degree Days: 595

Cooling Degree Days: 3186


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Introduction The City of Palm Bay (“the City”) is located on Florida’s east central coast in the southern portion of Brevard County, and has a population of approximately 106,000 across 100 square miles of land. Based on population, Palm Bay is the largest city in Brevard County and the 18th largest city in Florida. It is ranked as the 7th largest city in Florida, based on its area. The City was incorporated on January 16, 1960. The City is bordered on the north by the cities of Melbourne and West Melbourne, on the east by the Indian River lagoon, towns of Malabar and Grant/Valkaria, on the south by Indian River County and on the west by the St. John’s River Basin. Palm Bay, along with other metropolitan areas in Brevard County, has experienced rapid growth that may continue into the next decade following a period of economic recovery. The city earned certification under the Florida Green Building Coalition (FGBC) as a Green Local Government. A “Green Local Government” incorporates multiple environmental, ecological and sustainability features that improve the environmental performance of a city above the status quo. The City of Palm Bay is committed to meeting sustainability and energy goals as it continues to grow. In 2009, the City adopted a Vision Statement to guide the City in meeting sustainability goals. The Mission statement is:

“Palm Bay is a city prepared for growth with diverse business and job opportunities. We live in an attractive, beautiful city which is the safest city in Brevard County, and continuously enjoy recreational and entertainment amenities. Palm Bay city government is financially sustainable and provides customer-friendly city services. Palm Bay has a strong sense of community unity and pride; citizens are involved in making a better community”

This report contains the results of the GHG inventory for municipal operations for calendar year 2009 as well as a description of the methodology that was followed during the preparation of the inventory. The GHG inventory was developed following guidance provided by the Local Government Operations Protocol (LGOP), Version 1.1. The data collected for the inventory was inputted into ICLEI’s Clean Air and Climate Protection (CACP) software to estimate GHG emissions. The City of Palm Bay has prepared this GHG emission inventory to benchmark the effectiveness of existing energy efficiency programs and to guide the development of additional programs that will result in further GHG reductions from municipal operations. Energy efficiency


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can save taxpayer dollars, stimulate the local economy and reduce GHG emissions. Energy efficiency also helps to stabilize utility rates. The City of Palm Bay will use the results of the GHG inventory to identify strategies that reduce GHG emissions from municipal operations while continuing to grow in providing public services. The City will also use the results of the inventory to determine if the City will adopt the State of Florida GHG reduction goals or set different reduction goals. An energy analysis for calendar year 2009 municipal operations, which serves as a foundation of the GHG inventory is included as Attachment A of this report.


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GHG Inventory Details Reporting Year: 2009 Protocol Used: Local Government Operations Protocol Version 1.1 May 2010 Control Approach: Operational The GHG Inventory was developed following guidance provided by the Local Government Operations Protocol (LGOP), Version 1.1. The LGOP was developed in partnership with the California Air Resources Board, The California Climate Action Registry, ICLEI- Local Governments for Sustainability and The Climate Registry. The LGOP is designed to provide a standardized set of guidelines for local governments to quantify and report GHG emissions associated with their operations. In order to prepare the GHG Inventory it was necessary to determine the boundaries associated with the inventory including (1) the geographic scope of the report; (2) the Greenhouse Gases to be included; (3) the organizational boundaries of the city; and (4) the operational boundaries of the inventory. These boundaries are defined in the following sections.

1. Geographical Boundary

The geographic boundary of the emissions is fixed to activities that occur within the City limits as identified in Figure 4.

2. Gases Included in the Report The GHG Emission Inventory includes emissions from four of the six internationally-recognized greenhouse gases regulated under the Kyoto Protocol:

Carbon Dioxide (CO2)

Nitrous Oxide (N2O)

Methane (CH4)

Hydrofluorocarbons (HFCs) Emissions of the other two Kyoto Protocol gases, sulfur hexafluoride (SF6), and perfluorocarbons (PFCs), were not included in the GHG inventory as no emission sources for these GHGs were identified.

Figure 4. City of Palm Bay Geographic Boundary.


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3. Organizational Boundary

The City selected operational control as the approach used to define the organizational boundary for the municipal operations GHG emission inventory. Because a new community-wide GHG emission inventory protocol is currently under development by ICLEI, the City has elected at this time to only complete the inventory for municipal operations4. Under the Operational Control approach, an entity is required to report 100% of the emission sources that are wholly owned and/or under the control of the entity. Conversely, an entity is not required to report on those operations over which the entity has no operational or financial control. The LGOP is a specific protocol developed to assist Cities in determining GHG emissions from municipal operations. The LGOP identifies ten government sectors that may be under the control of a City. The City of Palm Bay staff reviewed the LGOP sectors to determine if they were applicable to the City operations and if they fell under the organizational boundary based on the operational control approach. Table 2 below shows the analysis done to identify the government sectors that were applicable to City operations.

Table 2. Local Government Sectors Identified in LGOP

LGOP Sector Sector Applicable

to GHG Inventory?

Inside Organizational

Boundary?

Buildings & Other Facilities Yes Yes

Vehicle Fleet Yes Yes

Power Generation Facilities No --

Public Transit Yes No

Solid Waste Facilities Yes No

Water Delivery & Distribution Yes Yes

Wastewater Treatment Yes Yes

Streetlights & Traffic Signals Yes Yes

Ports No --

Airports No --

During the analysis, it was identified that the City exerts no financial, operational control, or ownership over the following entities or structures located within the City’s geographic boundary:

1. There are 24 public and private schools serving grades K-12. One Community College is located in the City of Palm Bay. Brevard County owns and operates the public schools and the community college. One charter school is owned and operated by the City of Palm Bay. GHG emissions from this school are included in this GHG inventory.

2. The Brevard County Public Library System owns and operates branch libraries. 3. Brevard County owns and operates the public transit system. 4. Approximately 40 Lift Stations transmitting wastewater to the WWTP are owned and

operated by private entities.

4 The City of Palm Bay intends to complete a community-wide GHG inventory after the new protocol is released

by ICLEI. The protocol is slated for release in the summer of 2011.


5

These activities are excluded from the City’s organizational boundary and are therefore not included in this GHG Inventory report.

4. Operational Boundary Operational Boundaries are required to separately account for direct and indirect greenhouse gas emissions, to improve transparency and to better define emission reductions objectives. The LGOP identifies three separate scopes that provide a comprehensive accounting framework for managing emissions. These scopes are defined as follows:

Scope 1: All direct GHG emissions resulting from the City’ operations.

Scope 2: Indirect GHG emissions associated with the consumption of purchased electricity, steam, heating and cooling.

Scope 3: All other indirect emissions not covered in Scope 2, such as upstream and downstream emissions.

The operational boundary for Palm Bay includes all direct (Scope 1) and indirect (Scope 2) emissions associated with office buildings, maintenance buildings, water treatment, wastewater treatment, park and recreation facilities, fire stations, mobile equipment and mobile sources owned or leased by the City. Scope 1 emissions are emitted directly to the environment from the emission source and include:

Direct emissions from fuel combustion in the emergency generators located in City occupied buildings;

Direct emissions from combustion in all vehicles owned and operated by the City;

Direct emissions from combustion in on-road and off-road equipment;

Fugitive emissions from air conditioning systems; and

Fugitive emissions from wastewater treatment processes. Scope 2 emissions result from the use of electricity in City owned buildings, parks and recreation areas, electricity used to pump and deliver potable water, and electricity used for conveying wastewater. The City does not purchase steam, heat or chilled water – other potential sources of Scope 2 emissions. The City acknowledges that several activities result in Scope 3 emissions, including such activities as landfill gas emissions from solid waste generated by City operations, emissions from the transport and land application of biosolids, employee commuting emissions and emissions from public transit. Scope 3 employee commute GHG emissions have been estimated for this report.

5. Other Boundary Assumptions and Clarifications Rental fees for office space leased by the City include utility charges. For these leased spaces, GHG emissions from space shared between the City and other entities are apportioned by the percentage of total square footage occupied by the City.


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A series of lift stations are used to convey wastewater to the wastewater treatment plant. Approximately 40 of the lift stations are privately owned. GHG emissions from these properties are not included in this report because the City does not have activity data to estimate GHG emissions accurately. Portions of the community of Malabar are provided water and sewer service from the City of Palm Bay. The Lakes of Melbourne, a subdivision outside of the city limits is provided sewer service. These services account for approximately 1% of the water and sewer service accounts. GHG emissions for providing these services have been included in this inventory. GHG emissions from the transport and land application of biosolids generated from wastewater treatment were not included in the inventory. This service is performed by outside contractors.

6. Activity Data This GHG Inventory reports Scope 1, Scope 2 and Scope 3 GHG emissions resulting from all facilities, buildings and assets leased, owned or operated by the City of Palm Bay. This includes all facilities that house City staff and/or operations and all vehicles operated by the City. Because it is difficult to monitor and measure GHG emissions, the LGOP recommends the use of activity data coupled with documented emission factors to estimate GHG emissions. The City used annual electricity consumption data from Florida Power and Light to trace electricity usage on an account basis. The fleet manager maintains records on all vehicles used in City operations. The records include vehicle manufacturer, model, model year, vehicle identification number, City identification number, annual fuel usage and annual mileage. For purposes of the calendar year 2009 GHG emission inventory, fuel usage records by vehicle were used to estimate carbon dioxide emissions. Carbon dioxide emissions are strictly a function of the type of fuel combusted. Nitrous oxide and methane emissions are a function of mileage driven. In lieu of using the specific vehicle mileage to estimate these emissions, the CACP program utilized for the GHG inventory uses US EPA default factors for vehicle classes. These default values tend to over-estimate these GHG emissions. Table 3 provides the activity data sources used in the GHG inventory. Details on all Activity Data gathered for purposes of this inventory can be found in Attachment B.


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Table 3. Activity Data Sources. Emission Source Activity Data Data Origin Records

Responsibility

Vehicles Quantity of fuel Purchasing records Fleet Manager

Vehicles Annual mileage Maintenance records Fleet Manager

Heavy Equipment Quantity of fuel Purchasing records Fleet Manager

Buildings & Facilities Electricity used FPL Facilities Manager

Emergency Generators Operating hours Operating records Facilities Manager

Vehicle Air Conditioning Refrigerant replaced. Maintenance records Fleet Manager

Building Air Conditioning Refrigerant capacity Vendor records Facilities Manager

Refrigeration Units Refrigerant capacity Vendor records Facilities Manager

Water Treatment &Distribution

Electricity used FPL Facilities Manager

Wastewater Process Population Served City records Utilities Manager

Septic Systems Population Served City records Facilities Manager

Employee Commute Mileage to/from workplace City GIS Facilities Manager


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GHG Inventory Results

1. Scope 1 Emissions Scope 1 emissions accounted for this inventory include:

Direct emissions from fuel combustion in the emergency generators,

Direct emissions from combustion in all vehicles owned and operated by the City,

Direct emissions from combustion in on-road and off-road equipment,

Fugitive emissions from refrigerants, and

Fugitive emissions from wastewater treatment processes. For the calendar year 2009, the GHG Inventory identified that emissions emitted directly into the atmosphere from municipal operations were 4,803 Metric Tons (MT) CO2-e. This amount represents approximately 25% of total GHG emissions and occurs within the City limits. Figure 5 shows Scope 1 GHG emissions by city department.

Figure 5. Scope 1 GHG Emissions (Metric Tons CO2-e) by Department. Table 4 identifies all Scope 1 emissions for the LGOP sectors applicable to the Palm Bay GHG Inventory by LGOP sector. The primary source (>95 %) of direct emissions is from combustion of fuel in City owned vehicles. Diesel fuel used in the vehicle fleet contains 20% biodiesel fuel.

472

390

1,784

1,102

327386

83

Scope 1 GHG Emissions

FireParksPolicePublic Works Water Treatment & DistributionWastewater


9

1,411 204

4,091

3,129

783

2,679

Scope 2 GHG Emissions

Street Lights Public Works

Water Treatment & Distribution Wastewater

Parks City Administration/Fire/Police

Table 4. Scope 1 GHG Emissions in Metric Tons

Sector CO2 N2O CH4 HFCs CO2-e

Buildings & Facilities Stationary Combustion 84.0 0.00 0.01 0 84.5

Streetlights &Traffic Signals 0 0 0 0 0

Water Delivery Facilities 50.9 0.00 0.01 51.3

Wastewater Facilities 81.9 0.15 0.81 145.4

Port Facilities NA NA NA NA NA

Airport Facilities NA NA NA NA NA

Vehicle Fleet Mobile Combustion 3,766.3 0.10 0.17 -- 3,800

Fugitive Emissions 0 0 0 0.041 53.8

Transit Fleet NA NA NA NA NA

Power Generation Facilities NA NA NA NA NA

Solid Waste Facilities NA NA NA NA NA

Other Process & Fugitive Emissions 0 0 0 0.237 408.8

Total Scope 1 Emissions 3,983 0.25 1.0 0.64 4,544

2. Scope 2 Emissions Scope 2 emissions result from the use of electricity in City owned buildings, for pumping water and wastewater and for lighting in parks and recreation areas. Indirect emissions or Scope 2 emissions totaled 12,297 mt CO2-e for the year 2009, and account for approximately 71% of total emissions. Figure 6 shows Scope 2 GHG emissions by city department.

Figure 6. Scope 2 GHG Emissions by Department.


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In addition, Table 5 identifies that approximately 88.5% of Scope 2 Emissions result from the

use of electricity for water treatment and distribution, wastewater treatment and in City-owned buildings and facilities, while only 11.5% result from the operation of streetlights and traffic signals.

Table 5. Scope 2 GHG Emissions in Metric Tons.


Buildings & Facilities 3,649 0.05 0.13 3,666

Streetlights &Traffic Signals 1,404 0.02 0.05 1,411

Water Delivery Facilities 4,071 0.05 0.14 4,091

Wastewater Facilities 3,114 0.04 0.11 3,129

Port Facilities

Airport Facilities

Vehicle Fleet 0 0 0 0

Transit Fleet

Power Generation Facilities

Solid Waste Facilities


Total Scope 2 Emissions 12,238 0.16 0.43 12,297

During calendar year 2009, the City did not purchase electricity generated from renewable resources and did not purchase carbon offsets. In the future, the City will be able to influence the magnitude of its Scope 2 GHG emissions by selecting electrical generating sources that have reduced GHG emissions, such as wind energy, solar energy or sources that use biomass to produce electricity.

3. Scope 3 Emissions The City of Palm Bay has identified several sources of Scope 3 emissions. Scope 3 emissions include:

GHG emissions from the transport and land application of biosolids produced in the wastewater treatment plants,

GHG emissions from solid wastes generated by City operations,

GHG emissions from the transport of solid wastes to the Brevard County landfill,

Public transit and school bus GHG emissions, and

Employee commute GHG emissions.

For purposes of this calendar year GHG emission inventory, the City prepared estimates of those Scope 3 GHG emissions for which the city had reliable activity data. This included estimated GHG emissions from employee commuting and GHG emissions from the transport of biosolids. Scope 3 GHG emissions from employee commuting were estimated using data on the distance each employee typically drives one-way to their work location. For calendar year 2009, the total


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estimated mileage was 1,864,333 miles. At an average fuel economy of 21.1 mpg, the GHG emissions are 795 mt CO2-e. Scope 3 GHG emissions from the transport of biosolids were estimated using the total number of trips completed and the mileage for each trip. For calendar year 2009, biosolids haulers completed 804 trips, traveling 256 miles per round trip. Vehicles used for biosolids hauling are 6,000 gallon diesel-fueled tanker trucks. The GHG emissions from biosolids transport was 372 mt CO2-e.

4. Total GHG Emissions During the year 2009, the City of Palm Bay emitted a total of 17,898 of metric tons of CO2-e. As stated previously, direct emissions acount for approximately 29% of total emissions, while emissions resulting from the consumption of electricity account for the remaining 71%. A breakdown of total GHG emissions by LGOP sector is provided in Table 6. In addition, Figure 7 shows the distribution of total emissions by sector.

Table 6. Total GHG Emissions in Metric Tons


Buildings & Facilities 3,733 0.05 0.14 3,750.5

Streetlights &Traffic Signals 1,404 0.02 0.05 1,411

Water Delivery Facilities 4,122 0.05 0.15 4,142

Wastewater Facilities* 3,568 0.15 0.92 3,649

Port Facilities NA NA NA NA

Airport Facilities NA NA NA NA

Vehicle Fleet 3,766.3 0.10 0.17 3,798

Transit Fleet NA

Power Generation Facilities NA

Solid Waste Facilities NA

Other Process & Fugitive Emissions 0.65 462.5

Employee Commute 778 0.024 0.016 795

Biogenic Emissions 232 -- -- 232

Grand Total 17,597 0.61 1.43 18,240

* Includes Scope 3 emissions from biosolids transport.


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5 Summary of Results

This inventory identifies the magnitude, the source, and type of the GHG emissions from municipal operations. The GHG inventory serves to provide baseline GHG emissions that will be used by the City to guide planning and to identify practices and strategies that advance sustainability goals. On an overall basis, the largest contributor to GHG emissions is the vehicle fleet, closely followed by water distribution and wastewater treatment emissions. Fleet GHG emissions result from combustion of fossil fuels; GHG emissions from water distribution and wastewater treatment are primarily from the use of electricity. The City of Palm Bay is proactively reducing GHG emissions on a community-wide basis. For example, the City recently entered into a new franchise agreement with Waste Management that is expected to result in reduced GHG emissions through increased recycling and reduced fuel. The agreement transitions solid waste collection to a CART system with single-stream recycling and reduces waste collection from two days per week to one day per week. Moreover, other air quality improvements are anticipated from the purchase and use of fourteen new collection vehicles that will have the latest-technology pollution control devices and will be primarily automated. The new system will be fully operational in March 2011. Although solid waste collection is not within the City’s control, the transition to the new system should result in reduced GHG emissions on a community-wide basis, which can be better quantified by the vendor once the system is operational. Another way in which the City of Palm Bay reduces GHG emissions is the method used for disposal of wastewater effluent. The primary method of effluent disposal utilized at the

Figure 7. Total GHG Emissions by Sector.

3,751

1,411

4,142 3,649 3,798

463 795 232

Total GHG Emissionsmt CO2-3

Buildings & Facilities Streetlights & Traffic Signals Utilities - Water

Utilities - Wastewater Vehicle Fleet Other Process & Fugitive

Employee Commute Biogenic

Palm Bay - 2009 Governmental Operations Greenhouse Gas Emission Inventory

13

Wastewater Treatment Plant is the Deep Injection Well (DIW) facility, no treatment effluent is discharged directly to surface water. The DIW has a design capacity of 10.0 MGD and is permitted for an average daily effluent flow of 5.0 MGD. Disposing of the treatment effluent by way of a DIW eliminates pollution of any type to surface waters and eliminates the formation of N2O and its release from surface waters.

The City of Palm Bay has recently built a biosolids dewatering facility (belt filter press) at their Troutman Wastewater Plant. The installed equipment reduces the volume of water contained in the biosolids produced as a by-product of the wastewater treatment process. By reducing the volume of water, the number of trip for land apply the biosolids is reduced considerably. Furthermore, the dewatered biosolids can potentially be used as a soil amendment, alternate fuel source or fertilizer. The City is actively pursuing the feasibility of alternative energy production using dried biosolids, fats, oils, and greases, and other combustible waste, at the biosolids dewatering facility. The City of Palm Bay does not treat surface water and approximately 45% of its source water comes from deep wells drawing water from the Floridian Aquifer. Although treatment costs (energy costs) are greater (150% to 200% depending on treatment flows) to treat alternative source water to drinking water standards, the City has developed an alternative water source to provide for the long term growth of the city and to protect the ecological systems that are dependent on fresh water.

The City of Palm Bay will use the CACP software to estimate GHG emissions on an annual basis. The annual GHG emission estimation will demonstrate the progress the City is making toward meeting its sustainability goals. Formal GHG inventory reports will be prepared at least every five years, or more frequently if there are significant changes to the inventory. As shown in Table 7, the City of Palm Bay’s GHG emissions from municipal operations are similar to those reported by other Florida cities as a percent of total GHG emissions. For this comparison, we have selected only those Cities that have prepared a GHG emission inventory following the LGOP and have reported emissions for the same sectors as the City of Palm Bay.

Table 7. GHG Emissions from Municipal Operations for Florida Cities.

Palm Bay Sarasota Key West

Inventory Population 106,000 55,644 25,319

Number FTE Employees 835.9 638.42(a)

477(b)

Total GHG emissions

(metric tons CO2-e)

18,240 28,579 17,596

GHG emissions/FTE 21.9 44.8 36.9

Buildings & Facilities 19.5% 19.8% 17.9%

Streetlights& Traffic Signals 9.3% 8.3% 13.2%

Water Delivery & Wastewater

Treatment

42.7.% 38.5% 24.4%

Solid Waste -- 8.4% 15.7%

Vehicle Fleet 23.9% 13.7% 25.8%

Employee Commute 4.5% 11.4% 3.4%

(a) City of Sarasota, Funded staffing levels by department, 2009.

(b) City of Key West, Florida Comprehensive Annual Fiscal Report, Fiscal Year Ended September 30, 2009.


14

As shown in the table, GHG emissions per FTE employees are less for the City of Palm Bay. This shows that the City of Palm Bay is providing the same level of service in an energy efficient and GHG efficient manner. The City of Palm Bay is evaluating if the City will be able to economically meet Florida’s GHG reduction goals as established in Executive Order 07-126. This order calls for a 10 percent reduction in GHG emissions from 2007 levels by 2012, a 25% reduction by 2017 and a 40% reduction by 2025. The City of Palm Bay has already conducted energy audits at six municipal buildings. If all recommendations from the energy audits are implemented, the City can expect a reduction of 3.0% in GHG emissions. To meet the 10% reduction mandate for 2012 would require some significant changes and the 25% reduction mandate for 2017 would require a heavy dependence on renewable energy. Some potential reductions that could be obtained are:

Obtain a 10% reduction in electrical energy usage across all municipal operations. This would provide a 6.7% reduction in GHG emissions, if there is no change in the electrical energy supplier.

Obtain a 10% reduction in gasoline fuel usage. Potential ways to obtain this reduction are driver training, enhanced vehicle maintenance, implementation of a “no idling” policy and the use of hybrid vehicles. As vehicles are replaced, choose more fuel-efficient vehicles for replacement vehicles. A 10% reduction in gasoline usage translates to an overall reduction in GHG emissions of 0.9%. A switch to flexible fuel vehicles may not result in a net decrease in GHG emissions, as the fuel efficiency of the engine is different for each fuel. In general, vehicles using E85 are less efficient than vehicles combusting gasoline.

Replace 10% of the current electricity usage with electricity obtained from renewable sources such as solar, wind, or biomass. This would provide a 6.7% reduction in GHG emissions from baseline levels, if no other changes were made.

Find vendor’s information on all existing air conditioning and refrigeration units. Because specific information on the refrigerant charge was not available, the inventory has used the upper limit for that category of equipment. This resulted in GHG emissions of 405.4 mt CO2-e. This value may be overestimated by two orders of magnitude. Improving the baseline inventory can increase the potential gains from implementing electrical energy and fuel efficiency measures.

The balance of this report contains data to support the GHG emissions inventory and allow the City of Palm Bay to identify strategies to reduce GHG emissions. Attachment A of this document contains information on the distribution of energy consumption for City departments. Attachment B contains activity data used for the GHG inventory evaluation. Attachment C contains detailed information on GHG emissions associated with each individual building and facility owned by the City. In addition, Attachment D shows emissions associated with every individual vehicle and mobile equipment operated by the City. Attachment E identifies the emissions methodology used in estimating GHG emissions. Appendix F identifies data management practices to be implemented by the City of Palm Bay so that GHG inventories can be prepared. Attachment G is an inventory of mobile sources and activity data for calendar year 2009. .

Attachment A

Energy Analysis for Calendar Year 2009


A-1

Introduction The City of Palm Bay has prepared this GHG emission inventory to assist in meeting the goals of the energy strategy and sustainability plan. The energy strategy and sustainability plan goals are to:

Create green jobs

Reduce greenhouse gas (GHG) emissions while not affecting public services

Reduce municipal energy consumption and operating costs

Develop incentive-based sustainable land use policies and codes, and

Become a sustainability leader and lead by example. The City of Palm Bay has already conducted energy audits of six municipal buildings to identify actions to reduce municipal energy consumption and operating costs. These identified actions will also result in a direct reduction of GHG emissions. To assist the City in identifying opportunities for reducing energy consumption and GHG emissions, an analysis of energy consumption of municipal operations has been completed as part of this inventory. This analysis of energy consumption will help the City develop an effective strategy to reduce energy consumption from municipal operations as well as to reduce greenhouse gas (GHG) emissions. Municipal operations use two main forms of energy – electrical energy for cooling, lighting and powering of computers and other office equipment and fossil fuel combusted in vehicles, mobile equipment and emergency generators. Electricity is supplied to the city by Florida Power and Light (FPL). Fossil fuel used by the City includes gasoline and diesel fuel.

Energy Usage Electrical data use was obtained from FPL for all electricity accounts with the City listed as account holder. Fuel usage in vehicles, and mobile equipment was obtained from the Fleet Manager. Fuel usage in emergency generators was estimated based on equipment operating hours. All data is for calendar year 2009 operations. A breakdown by department is:

Electricity (kWh)

Fossil Fuel (MMBtu)

Fire Department 680,360 5,208

Police Department 1,308,940 22,869

Public Works* 2,682,154 17,878

Utilities – Water Treatment and Distribution 6,792,988 4,891

Utilities – Wastewater Treatment 5,196,436 4,471

Parks 1,309,618 2,892

City Administration & Other Office 2.450,106 861

*Includes street lighting and traffic signals.


A-2

Total energy consumption for calendar 2009 was 20,420,601 kWh of electrical energy and 59070 MMBtu of fossil fuels.

Electricity Consumption The largest electricity consumption is for water treatment and distribution, accounting for approximately 33.3% of the total electricity used in City operations. The next largest consumer of energy is for wastewater treatment at 25.5% of total electricity usage. A breakdown by department is shown in Figure A.1.

Figure A1. Electricity Consumption by Department.

Fuel Usage It is not surprising that the department that owns the majority of vehicles is the largest consumer of fuel. Fuel usage by the Police Department accounts for 38.7% of the total fuel energy usage during calendar year 2009. The Public Works Department is the next largest consumer, accounting for 30.3% of the total fuel used. Fuel usage by Department is shown in Figure A2.

680,360

1,308,940

2,682,154

6,792,988

5,196,436

1,309,618

2,450,106

Electricity Comsumption

Fire Police

Public Works Water Treatment & Distribution

Wastewater Parks

City Administration


A-3

Figure A2. Fossil Fuel Consumption by Department.

5,208

22,869

17,878

4,891 4,471 2,892

861

Fossil Fuel Comsumption

Fire Police

Public Works Water Treatment & Distribution

Wastewater Parks

City Administration


Attachment B

Activity Data


Page B-1

Table B1. Activity Data by Facility Location – Fire Department Facilities.

Name Address

Data Source Account Number/Model

Activity Data Units

Fire Station #1 2144 Palm Bay Road NE FPL 18345-05073 Electricity Use 129,298 kWh

2144 Palm Bay Road NE

City of Palm Bay Generator

Honda C56-6491-6005-A

(5 kW)

Gasoline Combustion 4.7 hrs



Onan 35EKL (35 kW)

LPG Combustion 238.7 gallons


City of Palm Bay Air Conditioner

Goodman CK60-1AB Refrigerant Charge AC #23

-- oz. R-22



Gold star LW-F1830CL Refrigerant Charge AC #24

3,520 oz. R-410a



York H20B036806A Refrigerant Charge AC #25

-- oz. R-22



Payne PH10JA036-C Refrigerant Charge AC #26

-- oz. R-22


City of Palm Bay Refrigerator

Unknown Refrigerant Charge – Refrigerator

(a)

17.6 oz. R-134a




(a)

17.6 oz. R-134a



Frigidaire Refrigerant Charge – Refrigerator

(a)

17.6 oz. R-134a




(a)

17.6 oz. R-134a




(a)

17.6 oz. R-134a




(a)

17.6 oz. R-134a




(a)

17.6 oz. R-134a



Kirkland Refrigerant Charge – Refrigerator

(a)

17.6 oz. R-134a

(a) Refrigerant charge information assumed to be worst-case value for equipment class. Values obtained from WRI/WBCSD, Calculating HFC and PFC Emissions from the Manufacturing, Installation, Operation and Disposal of Refrigeration & Air Conditioning Equipment. (Version 1.0) 2005.


Page B-2

Table B1 Continued. Activity Data by Facility Location – Fire Department Facilities.

Name Address Data Source Account Number/Model

Activity Data Units

Fire Station #1 (continued) 2144 Palm Bay Road NE


Kirkland Refrigerant Charge – Refrigerator

(a)

17.6 oz. R-134a



LG Refrigerant Charge – Refrigerator

(a)

17.6 oz. R-134a



Whirlpool Refrigerant Charge – Refrigerator

(a)

17.6 oz. R-134a


City of Palm Bay Ice Machine

Ice-o-Matic ICE0400FA2

Refrigerant Charge Ice Machine

29 oz. R-404a

Fire Station #1- Supply 2148 Palm Bay Road NE

FPL 18285-00015 Electricity Use Sign

0 kWh

2148 Palm Bay Road NE FPL 18435-00008 Electricity Use 73,707 kWh


FPL 22299-44240 Electricity Use - Lighting

944 kWh



Onan 15.0JC-3R/18661AA

(15 kW)

LPG Combustion 96.2 gallons



Goodman PCC120-1F

Refrigerant Charge AC #15

-- oz. R-22



Weatherking DFH06451E20AA


3,520 oz. R-410a



Goodman CK24-1B


-- oz. R-22



Atlantig AS09CA


3,520 oz. R-410a

Fire Station #2 150 Malabar Road NE FPL 77141-12914 Electricity Use 80,356 kWh

150 Malabar Road NE FPL 67551-17915 Electricity Use 3,450 kWh

150 Malabar Road NE


Onan 30.0SK-15R 9209

(30 kW)

LPG Combustion 238 gallons

(a) Refrigerant charge information assumed to be worst-case value for equipment class. Values obtained from WRI/WBCSD, Calculating HFC and PFC

Emissions from the Manufacturing, Installation, Operation and Disposal of Refrigeration & Air Conditioning Equipment. (Version 1.0) 2005.


Page B-3



Activity Data Units

Fire Station #2 (Continued) 150 Malabar Road NE


Byrant 661CJ048-E Refrigerant Charge AC #30

-- oz. R-22

150 Malabar Road NE


Carrier 52CQB315331AA


-- oz. R-22

150 Malabar Road NE


Goodman CK36-1B


-- oz. R-22

150 Malabar Road NE


GE GTS-18GB Refrigerant Charge – Refrigerator

(a)

17.6 oz. R-134a

150 Malabar Road NE


Ice-O-Matic ICEU150FA2


13.0 oz. R-404a

Fire Station #3 790 Jupiter Boulevard FPL Invoices 19186-26415 Electricity Use 114,248 kWh

790 Jupiter Boulevard


Kohler 135ROZJ 9208

(135 kW)

Diesel Combustion 29 hrs

790 Jupiter Boulevard City of Palm Bay System Design Septic System 1500 gallons



Carrier 38TKB060310 Refrigerant Charge AC #27

-- oz. R-22




-- oz. R-22




-- oz. R-22



Hotpoint HTH17CBTZRWW

Refrigerant Charge – Refrigerator

(a)

17.6 oz. R-134a



GE TBX14SA2CRWH


(a)

17.6 oz. R-134a



GE TBX14SA2CRWH


(a)

17.6 oz. R-134a

Fire Station #4 1200 San Filippo Drive SE FPL 16383-10944 Electricity Use 96,089 kWh

1200 San Filippo Drive SE City of Palm Bay System Design Septic System 1500 gallons (a) Refrigerant charge information assumed to be worst-case value for equipment class. Values obtained from WRI/WBCSD, Calculating HFC and PFC



Page B-4



Activity Data Units

Fire Station #4 (Continued)

1200 San Filippo Drive SE


Generac 1827010100 9210

(85 kW)




Payne PH10JA048-A


-- oz. R-22



Payne PH10JA048-A


-- oz. R-22



York E2HB030506A


-- oz. R-22




(a)

17.6 oz. R-134a



GE Refrigerant Charge – Refrigerator

(a)

17.6 oz. R-134a



GE Refrigerant Charge – Refrigerator

(a)

17.6 oz. R-134a





13.0 oz. R-404a

Fire Station #5 37 San Filippo Drive SE FPL 82686-92384 Electricity Use 46,497 kWh


FPL 86644-52029 Electricity Use - Lighting

1,056 kWh



Honda 2330/1500

(5 kW)

Gasoline Combustion 4.7 hrs



Carrier 50ZP-060-301 Refrigerant Charge AC #36

-- oz. R-22



Hotpoint


(a)

17.6 oz. R-134a



Hotpoint CTX14CYBJRWW


(a)

17.6 oz. R-134a




Page B-5



Activity Data Units

Fire Station #5 (Continued) 37 San Filippo Drive SE


GE RF3020XKQ


(a)

17.6 oz. R-134a





12 oz. R-404a

Fire Department Headquarters/ Emergency Services

899 Carlyle Avenue SE FPL Invoices 34717-68048 Electricity Use 134,715 kWh

899 Carlyle Avenue SE


Caterpillar Olympian D100PO10

(100 kW)




Trane TTA120B30SDA


3,520 oz. R-410a



Trane TTA120B30SDA


3,520 oz. R-410a



EMI SCC24DF000AAA0A


-- oz. R-22



Bard WA-372-10


-- oz. R-22



Bard WA-372-10


-- oz. R-22



Bard WA-372-10


-- oz. R-22



Roper Rt18BkxK000


(a)

17.6 oz. R-134a



Magic Chef MCBR1010W


(a)

17.6 oz. R-134a





13.0 oz. R-404a




Page B-6

Table B2. Activity Data by Facility Location – Police Department Facilities.


Activity Data Units

Police 130 Malabar Road SE FPL 67401-17921 Electricity Use 1,242,634 kWh

130 Malabar Road SE FPL 76892-29156 Electricity Use - Shed 7,778 kWh

130 Malabar Road SE


Caterpillar CAT SR 4 (400 kW)

Diesel Combustion 70 hrs

130 Malabar Road SE


Byrant 561CJ024-E


-- oz. R-22

130 Malabar Road SE


Ice-o-Matic IG806A2


40 oz. R-404a

130 Malabar Road SE


Sears Roebuck 1069304290


(a)

17.6 oz. R-134a

130 Malabar Road SE


White-Westinghouse RT173LCWO


(a)

17.6 oz. R-134a

130 Malabar Road SE


Hotpoint HTR17DBSDRWW


(a)

17.6 oz. R-134a

130 Malabar Road SE


Frigidaire FRT17G4BW9


(a)

17.6 oz. R-134a

130 Malabar Road SE


Frigidaire FRT17G4BW9


(a)

17.6 oz. R-134a

130 Malabar Road SE


Goldstar Refrigerant Charge – Refrigerator

(a)

17.6 oz. R-134a

130 Malabar Road SE


Frigidaire


(a)

17.6 oz. R-134a

130 Malabar Road SE


Whirlpool ET1MHKXMQ07


3.87 oz. R-134a

130 Malabar Road SE


Avanti


(a)

17.6 oz. R-134a

130 Malabar Road SE


Ewave EWR121W


(a)

17.6 oz. R-134a



Page B-7

Table B2 Continued. Activity Data by Facility Location – Police Department Facilities.

Police - (Continued) 130 Malabar Road SE


Dixie Narco DN 276E MC/S11-7


(a)

17.6 oz. R-134a

Police – (Continued) 130 Malabar Road SE


Dixie Narco DN5000


(a)

17.6 oz. R-134a

130 Malabar Road SE



(a)

17.6 oz. R-134a

130 Malabar Road SE


Royal Vendor RVCC660-9


(a)

17.6 oz. R-134a

Police – East District 1575 Main Street

FPL Invoices 35733-85063 Electricity Use 33,797 kWh

1575 Main Street


Trane 4TEC3F48B1000AA


3,520 oz. R-410a

1575 Main Street




3,520 oz. R-410a

1575 Main Street




3,520 oz. R-410a

1575 Main Street




3,520 oz. R-410a



Page B-8

Table B3. Activity Data by Facility Location – Public Works Facilities.


Activity Data Units

Public Works 1050 Malabar Road SW FPL 57350-10984 Electricity Use 282,982 kWh

1050 Malabar Road SW City of Palm Bay

Generator

Dayton 4LM43 (40 kW) LPG Combustion 201.6 gallons

1050 Malabar Road SW City of Palm Bay System Design Septic System 1500 Gallon

1050 Malabar Road SW


Trane BWD-090-300

Refrigerant Charge AC #43 3,520 oz. R-410a



Bard WA361


-- oz. R-22



Bard WA361


-- oz. R-22



Bard 48WA2


-- oz. R-22



Trane 2TWR2060A1000AA


-- oz. R-22



Trane 2TWR2060A1000AA


-- oz. R-22



Temstar CH7548UKA1

Refrigerant Charge AC #49a

-- oz. R-22



Bard WA484-A10


-- oz. R-22



Bard WA484-A10


-- oz. R-22



Bard WA484-A10


-- oz. R-22



Bard WA484-A10


-- oz. R-22



Bard WA484-A10


-- oz. R-22



Payne PA10JA030-C


-- oz. R-22


Page B-9

Table B3 Continued. Activity Data by Facility Location – Public Works Facilities.


Activity Data Units

Public Works (Continued) 1050 Malabar Road SW


Kenmore 8619782

Refrigerant Charge – Refrigerator -- oz. R-12



Hotpoint CTX18GGBR1


-- oz. R-12



Hotpoint HTS18GBSARWW


(a) 17.6 oz. R-134a



Roper RT2KMXKQ8


(a) 17.6 oz. R-134a



Hotpoint CTX18BABKRWW


(a) 17.6 oz. R-134a




Refrigerant Charge Ice Machine 60 oz. R-404a

Public Works 1750 Main Street FPL 39422-75177 Electricity Use 41,121 kWh

1750 Main Street FPL 44765-05294 Electricity Use 0 kWh

City of Palm Bay System Design Septic System 1500 Gallon

1750 Main Street City of Palm Bay

Generator

Generac 00521-41 2.5L

(40 kW) LPG Combustion 96.2 gallons

1750 Main Street


Carrier 38YCC030301

Refrigerant Charge AC #13 -- oz. R-22

1750 Main Street


Byrant 563GNX042000ABAA


1750 Main Street


Dwyer Rr19a

Refrigerant Charge – Refrigerator -- oz. R-12

1750 Main Street


Electrolux GLRT183TDBB


(a) 17.6 oz. R-134a

1750 Main Street


Sears Roebuck 25367800792


(a) 17.6 oz. R-134a

1750 Main Street



Refrigerant Charge Ice Machine 30 oz. R-404a



Page B-10

Table B3 Continued. Activity Data by Facility Location – Public Works Facilities.


Activity Data Units

Public Works 5330 Babcock Street NE FPL 52487-00295 Electricity Use 20,016 kWh

5330 Babcock Street NE City of Palm Bay System Design Septic System 1500 Gallon

Irrigation Pump 2460 Port Malabar Blvd NE FPL 32204-39263 Electricity Use 4,364 kWh

Irrigation Pump 607 Furth Road NW FPL 70327-61509 Electricity Use 112 kWh

Pump #1 1195 Malabar Road NE FPL 16355-65425 Electricity Use 1,586 kWh

Pump #2 2144 Palm Bay Road NE FPL 18405-08020 Electricity Use 1,295 kWh

Pump #3 2407 Emerson Drive SE FPL 25470-19253 Electricity Use 1930 kWh

Pump #4 2782 Jupiter Blvd SW FPL 95194-18298 Electricity Use 0 kWh

Pump #5 2808 Jupiter Blvd SE FPL 91520-82310 Electricity Use 0 kWh


Page B-11

Table B4. Activity Data by Facility Location – Utility Facilities.


Activity Data Units

LS-1 1033 Cabot Drive NE FPL 87328-51103 Electricity Use 23,211 kWh

LS-2 3054 Abbott Avenue NE FPL 29694-69036 Electricity Use 62,506 kWh

LS-3 1287 Bianca Drive NE FPL 69402-68433 Electricity Use 783 kWh

LS-4 2074 Port Malabar Blvd NE FPL 78795-98295 Electricity Use 25,102 kWh

LS-5 3100 Florin Road NE FPL 42236-37093 Electricity Use 1,468 kWh

LS-6 1656 Sunny Brook Lane NE FPL 82553-42480 Electricity Use 2,715 kWh

LS-7 4700 Babcock Street NE FPL 50617-28118 Electricity Use 2,022 kWh

LS-8 997 Sonesta Avenue NE FPL 08705-86534 Electricity Use 5,021 kWh

LS-9 630 Posen Court NE FPL 27959-28403 Electricity Use 36,621 kWh

LS-9 630 Posen Court NE City of Palm Bay

Generator Baldor

(125 kW) Diesel Combustion 250 gallons

LS-10 2661 School Drive NE FPL 58081-83379 Electricity Use 1,226 kWh

LS-11 1593 Par Street NE FPL 83368-02189 Electricity Use 7,006 kWh

LS-12 1461 Salem Street NE FPL 22935-36245 Electricity Use 18,787 kWh

LS-13 1601 Riviera Drive NE FPL 95561-52388 Electricity Use 5,896 kWh

LS-13

1601 Riviera Drive NE City of Palm Bay

Generator

Tradewinds TSC80 (80 kW) Diesel Combustion 185 gallons

LS-14 1020 Americana Blvd. NE FPL 28129-76369 Electricity Use 12,401 kWh

LS-15 890 Cayuga Avenue NE FPL 93847-46500 Electricity Use 3,946 kWh

LS-16 751 Chelsea Avenue NE FPL 90739-04535 Electricity Use 6,104 kWh

LS-17 1500 Mariposa Drive NE FPL 85385-85210 Electricity Use 5061 kWh

LS-18 1025 Mariposa Drive NE FPL 51294-43593 Electricity Use 3,457 kWh




Page B-12

Table B4 Continued. Activity Data by Facility Location – Utility Facilities.


Activity Data Units

LS-20 748 Riviera Drive NE City of Palm Bay

Generator

Tradewinds TI40


LS-21 1600 Tree Ridge Lane NE FPL 43872-43167 Electricity Use 7,067 kWh

LS-22 291 Mystic Blvd NE FPL 25501-68427 Electricity Use 333 kWh

LS-23 151 Interchange Drive NE FPL 99348-79280 Electricity Use 6,937 kWh

LS-24 1804 Club Garden Drive NE FPL 49753-31432 Electricity Use 8,166 kWh

LS-25 1047 Port Malabar Blvd NE FPL 65930-70524 Electricity Use 497 kWh

LS-26 980 Port Malabar Blvd NE FPL 35871-93438 Electricity Use 2,621 kWh

LS-27 19 San Filippo FPL 07775-85431 Electricity Use 39,618 kWh

LS-27 19 San Filippo LS-27


Baldor 6068TF-150


LS-28 4751 Hollywood Blvd NE FPL 48563-25560 Electricity Use 8,912 kWh

LS-29 1098 Malabar Road SE FPL 25080-22247 Electricity Use 5,620 kWh

LS-30 1051 Cricket Drive NE FPL 78463-38411 Electricity Use 29,831 kWh

LS-31 298 Interstate Court SE FPL 52030-97513 Electricity Use 17,877 kWh

LS-32 2151 Sandy Pine Drive NE FPL 64887-83058 Electricity Use 7,932 kWh

LS-33 580 Community College Pkwy SE FPL 88223-72127 Electricity Use 3,169 kWh

LS-34 515 Azalea Avenue SE FPL 56549-64005 Electricity Use 2,556 kWh

LS-35 1311 Foundation Park Blvd SE FPL 90286-39426 Electricity Use 2,569 kWh

LS-36 1156 Meadowbrook Road NE FPL 98314-00271 Electricity Use 2,708 kWh

LS-37 1305 Culver Drive NE FPL 21304-41526 Electricity Use 1,025 kWh

LS-38 6455 Minton Road SE FPL 68693-03518 Electricity Use 12,370 kWh

LS-39 832 Americana Blvd NE FPL 62733-17252 Electricity Use 9,517 kWh

LS-40 1011 Dolores Road NE FPL 89169-98480 Electricity Use 2,753 kWh

LS-41 2496 Pacific Avenue NE FPL 59642-32556 Electricity Use 79,371 kWh


Page B-13



Activity Data Units

LS-41 2496 Pacific Avenue NE City of Palm Bay

Generator

Baldor IDLC100-JD


LS-42 1985 Danr Drive NE FPL 33155-04369 Electricity Use 31,795 kWh

LS-42 1985 Danr Drive NE City of Palm Bay

Generator Baldor


LS-43 1590 Richards Drive NE FPL 09226-27393 Electricity Use 29,160 kWh

LS-44 3310 Dixie Highway NE LS-44 FPL 99845-21246 Electricity Use 14,423 kWh

LS-45 1515 Water Drive NE FPL 07679-73134 Electricity Use 18,076 kWh

LS-45 1515 Water Drive NE City of Palm Bay

Generator

Baldor IDLC40-JD


LS-46 1369 Worth Court NE LS-46 FPL 06959-23474 Electricity Use 5,460 kWh

LS-47 4299 Dixie Highway NE FPL 76861-14500 Electricity Use 11,289 kWh

LS-48 1301 Elliott Road NE FPL 49922-56257 Electricity Use 9,140 kWh

LS-48 1301 Elliott Road NE City of Palm Bay

Generator

Tradewinds TI40


LS-49 1220 Knecht Road NE LS-49 FPL 84933-66184 Electricity Use 20,203 kWh

LS-50 1506 Bottlebrush Drive NE FPL 55787-68565 Electricity Use 57,795 kWh

LS-50 1506 Bottlebrush Drive NE City of Palm Bay

Generator

Baldor UCR74E (125 kW) Diesel Combustion 250 gallons

LS-51 3107 Bay Boulevard NE FPL 22828-37257 Electricity Use 8,780 kWh

LS-52 2378 Ersoff Blvd NE FPL 46981-31499 Electricity Use 8,763 kWh

LS-53 3096 Indian Drive NE FPL 41484-88572 Electricity Use 8,786 kWh

LS-54 2148 Harris Avenue NE FPL 14659-82302 Electricity Use 1,746 kWh

LS-56 995 Mandarin Drive NE FPL 72083-48545 Electricity Use 28,332 kWh


Page B-14



Activity Data Units

LS-57 2249 Gunpowder Drive NE FPL 91324-44432 Electricity Use 4,961 kWh

LS-58 5045 Dixie Highway NE FPL 92004-18516 Electricity Use 12,072 kWh

LS-59 23398 Commerce Park Drive FPL 37348-20404 Electricity Use 112 kWh

LS-60 3200 Pinewood Drive NE FPL 81214-98193 Electricity Use 4,454 kWh

LS-61 9890 Pinewood Drive FPL 51735-89101 Electricity Use 3,198 kWh

LS-63 500 Lakes of Melbourne Drive FPL 50718-67278 Electricity Use 3,202 kWh

LS-64 260 Lakes of Melbourne Drive FPL 15432-59392 Electricity Use 23,332 kWh

LS-65 1070 Castile Road SE FPL 08757-56496 Electricity Use 861 kWh

LS-66 2475 Hidden Pine Lane NE FPL 05026-74211 Electricity Use 2,875 kWh

LS-67 2029 Degroodt Road SW FPL 97598-54467 Electricity Use 7,870 kWh

LS-68 860 Coply Street SE FPL 07101-79425 Electricity Use 29,991 kWh

LS-69 761 Consumer Street SE FPL 22155-98406 Electricity Use 14,410 kWh

LS-70 3380 Jupiter Blvd SE FPL 52640-91306 Electricity Use 5,031 kWh

LS-71 108 Massini Avenue NW FPL 70161-93125 Electricity Use 4,026 kWh

LS-72 215 Nagel Road NW FPL 75518-48570 Electricity Use 5,865 kWh

LS-73 265 Melis Avenue NW FPL 79201-21279 Electricity Use 3,220 kWh

LS-74 260 Alcantarra Street NW FPL 60397-60407 Electricity Use 7,485 kWh

LS-75 489 Americana Blvd NW FPL 85375-14112 Electricity Use 8,570 kWh

LS-76 735 Ivanhoe Street NW FPL 48432-33562 Electricity Use 8,007 kWh

LS-77 198 Deauville Avenue NE FPL 32531-98554 Electricity Use 7,619 kWh

LS-78 316 Brookedge Street NE FPL 75860-51208 Electricity Use 2,268 kWh

LS-79 499 Brookedge Street NE FPL 35428-05449 Electricity Use 4,064 kWh

LS-80 454 Cellini AVENUE NE FPL 64385-87450 Electricity Use 4,059 kWh

LS-81 872 Eldron Blvd NE FPL 87986-87003 Electricity Use 3,674 kWh

LS-82 1799 Windbrook Drive SE FPL 49531-25335 Electricity Use 245 kWh


Page B-15



Activity Data Units

LS-83 3451 Bayside Lakes Blvd SE FPL 86115-28038 Electricity Use 16,910 kWh

LS-84 489 Cogan Drive SE FPL 83787-86035 Electricity Use 5,670 kWh

LS-85 3824 Bayside Lakes Blvd SE FPL 17533-98351 Electricity Use 22,725 kWh

LS-87 2040 Bramblewood Circle SE FPL 64340-94113 Electricity Use 2,569 kWh

LS-88 498 Riviera Drive NE LS-88 FPL 30609-38143 Electricity Use 3,755 kWh

LS-90 250 Thor Avenue SE FPL 52096-26190 Electricity Use 4,658 kWh

LS-92 340 Nardo Avenue SW FPL 65016-92062 Electricity Use 1,320 kWh

LS-93

9144 Babcock Avenue City of Palm Bay

Generator

Spectrum 250D5EB (250 kW) Diesel Combustion 475 gallons

LS-97 720 Cogan Drive SE FPL 99556-66202 Electricity Use 5,098 kWh

LS-99 2295 Snapdragon Drive NW FPL 90015-61332 Electricity Use 1,726 kWh

LS-100 975 Cogan Drive SE FPL 16656-33408 Electricity Use 0 kWh

LS-102 830 Cogan Drive SE FPL 76758-02479 Electricity Use 490 kWh

LS-? 743 Chateau Street SE FPL 18275-81073 Electricity Use 1,799 kWh

Well F-1 Port Malabar N Blvd FPL 04177-85540 Electricity Use 2,571 kWh

Well 9 Port Malabar Blvd FPL 17159-94321 Electricity Use 11,947 kWh


Well 10

Port Malabar Blvd City of Palm Bay

Generator

Baldor IDLC50-JD



Well 11

Port Malabar Blvd City of Palm Bay

Generator

Baldor IDLC40-JD



Well 13 Mid Cnl FPL 73142-10514 Electricity Use 54,971 kWh


Page B-16



Activity Data Units

Well 13

Mid Cnl City of Palm Bay

Generator

Baldor IDLC40-JD


Well 14 Port Malabar N Blvd FPL 83539-13075 Electricity Use 28,909 kWh

Well 15 997 Pine Creek Circle NE FPL 59253-15086 Electricity Use 61,105 kWh

Well 16 High Road NW FPL 99844-41056 Electricity Use 48,326 kWh

Well 17 1240 Clearmont Street NE FPL 28261-16390 Electricity Use 72,305 kWh

Well 17

1240 Clearmont Street NE City of Palm Bay

Generator

Taylor D575



Well 18 Port Malabar Blvd


Baldor (50 kW) Diesel Combustion 130 gallons

Well 20 Clearmont Street NE FPL 58658-85288 Electricity Use 60,193 kWh

Well 22 Clearmont Street NE FPL 68911-03274 Electricity Use 13,712 kWh

Well 23 Briar Creek Blvd FPL 16893-97568 Electricity Use 45,513 kWh


Well 25 1900 Port Malabar Blvd NE FPL 52650-75282 Electricity Use 7,743 kWh


Well 27 1180 Briar Creek Blvd FPL 19876-32492 Electricity Use 31,300 kWh

Well 28 Sandy Pines Drive FPL 65711-56162 Electricity Use 13,679 kWh

Well 30 Cayuga Avenue NE FPL 27744-84220 Electricity Use 49,962 kWh

Well 30 Cayuga Avenue NE City of Palm Bay

Generator

Taylor D575

(75kW) Diesel Combustion 170 gallons

Well 47 741 Riviera Drive NE FPL 84347-43434 Electricity Use 21,387 kWh

Well 49 Sandy Pines Drive FPL 53778-83375 Electricity Use 61,349 kWh



Page B-17



Activity Data Units

Well 50 490 Riviera Drive NE City of Palm Bay

Generator

Taylor D575

(75kW) Diesel Combustion 170 gallons

Well 51 1203 Mariposa Drive NE FPL 40557-98302 Electricity Use 44,488 kWh



Well 55 1241Riviera Drive NE City of Palm Bay

Generator

Baldor IDLC40-JD


Well 55 1241Riviera Drive NE FPL 64651-38011 Electricity Use 83,114 kWh


Well 56 1294 Riviera Drive NE City of Palm Bay

Generator

Baldor IDLC40-JD


Well 59 1270 Meadowbrook Road NE FPL 88563-70518 Electricity Use 49,102 kWh

Well 60 607 Dunbarton Circle NE FPL 65756-45095 Electricity Use 25,054 kWh

Well 64 1183 Craftsland Lane NE FPL 32569-58400 Electricity Use 39,175 kWh

Well 68 631 Posen Court NE FPL 67606-90518 Electricity Use 30,955 kWh

ASR/Well 15 City of Palm Bay

Generator

Taylor DS-100 (100kW) Diesel Combustion 205 gallons

ASR Well 2200 Sandy Pines Drive FPL 76170-93310 Electricity Use 25,423 kWh

F1/Well 16 City of Palm Bay

Generator

Taylor DS-75 (75kW) Diesel Combustion 170 gallons

Troutman WRF 1080 Troutman Blvd. NE FPL 92579-88536 Electricity Use 1,557,165 kWh

1080 Troutman Blvd. NE City of Palm Bay

Generator

Caterpillar SRCR



Page B-18



Activity Data Units

Troutman WRF 1080 Troutman Blvd. NE City of Palm Bay Air Conditioner

Bard WA241


-- oz. R-22

1080 Troutman Blvd. NE City of Palm Bay Air Conditioner

Carrier 38CKC060300


-- oz. R-22


Refrigerator Isotemp Plus

1000112 Refrigerant Charge

– Refrigerator (a)

17.6 oz. R-134a


Refrigerator Haier

HSP03WNAWW Refrigerant Charge


17.6 oz. R-134a


Refrigerator GE

WMR04BAPBBB Refrigerant Charge


17.6 oz. R-134a


Refrigerator Frigidaire

FRT18S6ABY Refrigerant Charge

– Refrigerator 4.5 oz. R-134a


Refrigerator Revco

BOD50A14 Refrigerant Charge


17.6 oz. R-134a

Troutman RO 1101 Troutman Blvd. NE FPL 69008-62357 Electricity Use 241,626 kWh

1101 Troutman Blvd. NE FPL 40262-08092 Electricity Use 1,076,883 kWh

1101 Troutman Blvd. NE FPL 84182-19419 Electricity Use 469,050 kWh


Generator

Kohler 100ROZJ71

(100 kW) Diesel Combustion 16.4 gallons


Generator

Katolight D105FRJ4 (100 kW) Diesel Combustion 16.4 gallons

1101 Troutman Blvd. NE

City of Palm Bay

Generator

DMT 60C-2



Generator

Kohler 400R02D71

(400 kW) Diesel Combustion 745 gallons (a) Refrigerant charge information assumed to be worst-case value for equipment class. Values obtained from WRI/WBCSD, Calculating HFC and PFC



Page B-19



Activity Data Units

Troutman RO (Continued) 1101 Troutman Blvd. NE


DMT 60C-2



Generator

DMT 60C-2



Generator

Lynx 605D



Generator

Caterpillar SR4



Generator

Caterpillar LC6


Troutman Maint. 1104 Troutman Blvd. NE FPL 68858-16048 Electricity Use 27,134 kWh

Troutman Bldg 1105 Troutman Blvd. NE FPL 12599-79050 Electricity Use 59,088 kWh


Generator

Baldar IDLC40-JD



Refrigerator Kenmore Refrigerant Charge


17.6 oz. R-134a


Refrigerator Frigidaire Refrigerant Charge


17.6 oz. R-134a




17.6 oz. R-134a


Refrigerator Ice-0-matic ICE0400FA

Refrigerant Charge – Refrigerator 32 oz. R-404a


Refrigerator Frigidaire Refrigerant Charge


17.6 oz. R-134a (a) Refrigerant charge information assumed to be worst-case value for equipment class. Values obtained from WRI/WBCSD, Calculating HFC and PFC Emissions from the Manufacturing, Installation, Operation and Disposal of Refrigeration & Air Conditioning Equipment. (Version 1.0) 2005.


Page B-20



Activity Data Units

Troutman Bldg (Continued) 1105 Troutman Blvd. NE

City of Palm Bay Refrigerator Unknown


(a) 17.6 oz. R-134a


Refrigerator GE Refrigerant Charge


17.6 oz. R-134a


Refrigerator Adora Refrigerant Charge


17.6 oz. R-134a




17.6 oz. R-134a


Refrigerator Hotpoint Refrigerant Charge


17.6 oz. R-134a


Refrigerator Ice-0-matic

ICE0400FA4 Refrigerant Charge

– Refrigerator 30 oz. R-404a


Refrigerator Manitowoc 5D0452A




Janitrol

CPKE60-18



Payne PA10JA036-C



Byrant 561AJ036-D




Fujitsu AOU12RL

Refrigerant Charge AC #6 28

oz. R-410A


Carrier 50TFF005-A-611



Byrant 561AJ036-F



Byrant 561AJ036-E



Byrant 113ANA018A

Refrigerant Charge AC #87 72 oz. R-410A



Page B-21



Activity Data Units

Troutman Bldg (Continued) 1105 Troutman Blvd. NE


Carrier 50TFQ005-511



Bard WA372A10XX4-

XXXX10KW Refrigerant Charge

AC #92 -- oz. R-22


Goodman CLJ36-1A



Bard WA372A10XX4-

XXX10KW Refrigerant Charge

AC #90 -- oz. R-22


Bard WA372A10XX4-


AC #91 -- oz. R-22


Bard WA372A10XX4-


AC #93 -- oz. R-22

1105 Troutman Blvd. NE- Modular FPL 94370-40182 Electricity Use 232 kWh

1105 Troutman Blvd. NE – bldg K FPL 78699-90072 Electricity Use 0 kWh

Troutman WWTP 1111 Troutman Blvd. NE FPL 75730-35289 Electricity Use 2,592,309 kWh


Generator

Cummings KTA50G52 (1100 kW) Diesel Combustion 2,000 gallons

Troutman Bldg C 1150 Troutman Blvd NE - Modular FPL 24101-18398 Electricity Use 20,459 kWh

Nash Booster 645 Nash Street NE FPL 81407-44445 Electricity Use 205,125 kWh

Nash Booster 645 Nash Street NE City of Palm Bay

Generator

Caterpillar SR4


Water Tank 1750 Main Street FPL 44765-05294 Electricity Use 0 kWh

SR Deep Injection Well 2590 Hermosa Avenue SE FPL 95110-10093 Electricity Use 23,058 kWh

SR Admin 3900 Emerson Drive SE FPL 76448-88583 Electricity Use 183,757 kWh


Page B-22



Activity Data Units

SR RO 250 Osmosis Drive SE FPL 74714-21144 Electricity Use 3,222,077 kWh

250 Osmosis Drive SE City of Palm Bay

Generator

Cummins DGDK5702719



Generator

Cummins DFLC-5699-7P3



Generator

Cummins DGDB-5702682


250 Osmosis Drive SE City of Palm Bay Air Conditioner

Carrier 38TRA024



Carrier 38TRA060



Carrier 38TRA060



Carrier 38TRA060



Carrier 38TRA060



Carrier 38AKS014



Carrier 38HDC024



Carrier 38HDC024



Carrier 38HDC024


250 Osmosis Drive SE


Kenmore

106.7421-2402

Refrigerant Charge – Refrigerator 17.6 oz. 134a


Carrier 38HDC024



Page B-23



Activity Data Units

SR RO (Continued) 250 Osmosis Drive SE


Carrier 38TRA018



Carrier 38HDC024



Carrier 38HDC024



Bard WA242BW5X3J



Addison RCA051004F


250 Osmosis Drive SE


Kenmore

106.742494

Refrigerant Charge – Refrigerator 17.6 oz. 134a


Refrigerator Ice-o-Matic ICE0400FA




Page B-24

Table B5. Activity Data by Facility Location – Parks and Recreation.

Name Address Data Source Account

Number/Model Activity Data Units

AIS Trail Park 2804 Hickory Avenue NE FPL 96447-54443 Electricity Use 3,316 kWh

Aquatic Center (BCC Pool) 420 Community College Parkway FPL 11848-89036

Electricity Use - Lighting 5,778 kWh

Bill Madden Park 2860 Eldron Blvd. SE FPL 37684-79275 Electricity Use 1,863 kWh

2860 Eldron Blvd. SE City of Palm Bay System Design Septic System 900 gallons

Castaway Point Park 2990 Bay Blvd. FPL 17816-33449 Electricity Use 984 kWh

2990 Bay Blvd. FPL 46952-66215 Electricity Use -

Lighting 5,823 kWh

2990 Bay Blvd. FPL 92192-46403 Electricity Use 6,218 kWh

Community Center 1502 Port Malabar Blvd FPL 57750-06033 Electricity Use 465,014 kWh

1502 Port Malabar Blvd City of Palm Bay Air Conditioner

Trane Raucc604bg0309


(a) 3,520 oz. R-410a


Trane TTA042C400A0


(a) 3,520 oz. R-410a


Carrier 38AK5016-610



Rudd 38AK5016-610


(a) 3,520 oz. R-410a


Bard P1060A1



Comfortmaker AD060F



Goodman CPHE48-1B

Refrigerant Charge AC #58 170 oz. R-410a

1502 Port Malabar Blvd City of Palm Bay

Refrigerator Roper

RT2ICMXK001 Refrigerant Charge

– Refrigerator(a)

17.6 oz. 134a




17.6 oz. 134a (a) Refrigerant charge information assumed to be worst-case value for equipment class. Values obtained from WRI/WBCSD, Calculating HFC and PFC Emissions from the Manufacturing, Installation, Operation and Disposal of Refrigeration & Air Conditioning Equipment. (Version 1.0) 2005.

http://www.palmbayflorida.org/parks/city_parks/aquatic.html


http://www.palmbayflorida.org/parks/city_parks/madden_park.html

http://www.palmbayflorida.org/parks/city_parks/castaway.html


http://www.palmbayflorida.org/parks/center/index.html



Page B-25

Table B5 Continued. Activity Data by Facility Location – Parks and Recreation.


Number/Model Activity Data Units Community Center (Continued) 1502 Port Malabar Blvd

City of Palm Bay Refrigerator Unknown


(a) 17.6 oz. 134a


Refrigerator Agion

Ice-o-Matic Refrigerant Charge

– Refrigerator 17.6 oz. 134a


Refrigerator Manitowoc

ice machine Refrigerant Charge

– Refrigerator -- oz. 502

Dade Circle Park 3251 Dade Circle FPL 90046-37212 Electricity Use -

Lighting 348 kWh

Driskell Park 2155 Monroe Street FPL 51838-05133 Electricity Use 9,943 kWh

Fred Lee Park 895 Emerson Drive FPL 66874-08010 Electricity Use -

Lighting 11,047 kWh

895 Emerson Drive FPL 66884-06047 Electricity Use -

Lighting 11,582 kWh

895 Emerson Drive FPL 66894-04074 Electricity Use 16,198 kWh

895 Emerson Drive FPL 66824-03099 Electricity Use -

Lighting 12,776 kWh

895 Emerson Drive City of Palm Bay

Refrigerator Cooler Refrigerant Charge


17.6 oz. 134a


Refrigerator Cooler Refrigerant Charge


17.6 oz. 134a


Refrigerator Unknown

LFFH2067DW2 Refrigerant Charge


17.6 oz. 134a


Refrigerator Unknown

FFCO5MICW Refrigerant Charge


17.6 oz. 134a

Goode Park (Captain's House) 1300 Bianca Drive


GE BTN736A100A1


(a) 3,520 oz. R-410a

1300 Bianca Drive City of Palm Bay Air Conditioner

GE BTN736A100A1


(a) 3,520 oz. R-410a




http://www.palmbayflorida.org/parks/city_parks/driskell.html

http://www.palmbayflorida.org/parks/city_parks/fred_lee.html

http://www.palmbayflorida.org/parks/city_parks/goode.html


Page B-26



Number/Model Activity Data Units Goode Park (Continued) 1300 Bianca Drive FPL 37953-09081 Electricity Use 42,863 kWh

1300 Bianca Drive City of Palm Bay

Refrigerator Beverage Air

6865 Refrigerant Charge


17.6 oz. 134a

1300 Bianca Drive City of Palm Bay Air Conditioner

Eubank W36CF00B1F00A


(a) 3,520 oz. R-410a

1300 Bianca Drive City of Palm Bay

Refrigerator Roper

RT188KX5000 Refrigerant Charge


17.6 oz. 134a

Hurricane Paintball Park 770 Hurricane St FPL 37609-63078 Electricity Use 4,143 kWh

Inspiration Park 751 Consumer St. FPL 23878-24044 Electricity Use 9,773 kWh

Knecht Park 1380 Glenham Drive NE FPL 17491-07049 Electricity Use 11,782 kWh

1380 Glenham Drive NE FPL 17441-00015 Electricity Use –

Field Lights 10,452 kWh

1380 Glenham Drive NE FPL 13177-07147 Electricity Use 40,741 kWh

1380 Glenham Drive NE FPL 17481-09012 Electricity Use 2,377 kWh

Lagoon House 3225 Dixie Highway City of Palm Bay Air Conditioner

Trane

TTA090A300EA Refrigerant Charge

AC #71(a)

3,520 oz. R-410a

3225 Dixie Highway City of Palm Bay Air Conditioner

Trane

TTA120A300EA Refrigerant Charge

AC #72 (a)

3,520 oz. R-410a

3225 Dixie Highway City of Palm Bay Air Conditioner

Trane

2tta0060a300aaa


Liberia Park 2197 Northview Street FPL 28378-81016 Electricity Use 334 kWh

FPL 17216-54166 Electricity Use -

Lighting 14,690 kWh

Liberty Park 895 Carlyle Avenue FPL 39483-33038 Electricity Use 142,298 kWh

895 Carlyle Avenue FPL 60239-77249 17,159 kWh (a) Refrigerant charge information assumed to be worst-case value for equipment class. Values obtained from WRI/WBCSD, Calculating HFC and PFC Emissions from the Manufacturing, Installation, Operation and Disposal of Refrigeration & Air Conditioning Equipment. (Version 1.0) 2005.


http://www.palmbayflorida.org/parks/city_parks/paintball.html


http://www.palmbayflorida.org/parks/city_parks/inspiration.html

http://www.palmbayflorida.org/parks/city_parks/liberia.html

http://www.palmbayflorida.org/parks/city_parks/liberty.html


Page B-27



Number/Model Activity Data Units

Liberty Park (Continued) 895 Carlyle Avenue FPL 65419-91110 5,787 kWh

895 Carlyle Avenue City of Palm Bay

Refrigerator

Southern H.D.

GON26 Refrigerant Charge


17.6 oz. 134a


Refrigerator 2-dr Coke Refrigerant Charge


17.6 oz. 134a


Refrigerator Scottsman Refrigerant Charge


17.6 oz. 134a




17.6 oz. 134a




17.6 oz. 134a




17.6 oz. 134a


Refrigerator Ice-o-Matic Refrigerant Charge

– Ice Machine oz. R-404a

Lynbrook Park 695 Lynbrook Street FPL 28982-10931 Electricity Use 47,843 kWh

City of Palm Bay System Design Septic System 900 gallons

McGriff Park 1150 Degroot Road SW FPL 75805-69031 Electricity Use 13,373 kWh

1150 Degroot Road SW FPL 13382-13083 Electricity Use 70,500 kWh

1150 Degroot Road SW- Portable City of Palm Bay

Generator

Ingersoll Rand G125


1150 Degroot Road SW- Portable City of Palm Bay

Generator

Ingersoll Rand G125


1150 Degroot Road SW City of Palm Bay Air Conditioner

Heil ACS036A2B1


1150 Degroot Road SW City of Palm Bay Air Conditioner

Byrant 561CJ048-F



http://www.palmbayflorida.org/parks/city_parks/lynbrook.html


Page B-28



Number/Model Activity Data Units McGriff Park (Continued) 1150 Degroot Road SW


Carrier 38HDF036301


1150 Degroot Road SW City of Palm Bay

Refrigerator Dixie Narco

DNCB368MC Refrigerant Charge


17.6 oz. 134a

1150 Degroot Road SW City of Palm Bay

Refrigerator Whirlpool

ET1MTKXKT03 Refrigerant Charge

– Refrigerator 4 oz. R-134a

Oakwood Park 490 Koutnick Road SE FPL 30679-51388 Electricity Use 8,806 kWh

Palm Bay Regional Park 1951 Malabar Road FPL 77154-48002 Electricity Use 1,766 kWh

Pollak Park 1455 Main Street FPL 77156-12300 Electricity Use 20,041 kWh

1455 Main Street FPL 53952-24263 Electricity Use 3,493 kWh

1455 Main Street City of Palm Bay Air Conditioner

Trane 4twr2060a1000ab

Refrigerant Charge AC #70 3,520 oz. R-410A


Refrigerator Estate

tt19tkx5000 Refrigerant Charge


17.6 oz. 134a


Refrigerator Flair Refrigerant Charge


17.6 oz. 134a

Riviera Park 550 Riviera Drive FPL 28629-98412 Electricity Use 10,072 kWh

Stearns Point Center 4295 Dixie Highway NE FPL 96726-10228 Electricity Use 3,600 kWh

4295 Dixie Highway NE (LS-47) FPL 76861-14500 Electricity Use 11,289 kWh

4295 Dixie Highway NE City of Palm Bay

Generator Baldor


4295 Dixie Highway NE City of Palm Bay

Generator Tradewinds


The Nature Center 1518 Santiago Drive


Kenmore 79565214V2


(a) 17.6 oz. 134a


http://www.palmbayflorida.org/parks/city_parks/oakwood.html

http://www.palmbayflorida.org/parks/city_parks/regional.html


http://www.palmbayflorida.org/parks/city_parks/pollak.html

http://www.palmbayflorida.org/parks/city_parks/riviera.html

http://www.palmbayflorida.org/parks/city_parks/stearns.html



Page B-29



Activity Data Units

The Nature Center (Continued) 1518 Santiago Drive FPL 57820-07016 Electricity Use 9,125 kWh

1518 Santiago Drive

City of Palm Bay Refrigerator Holiday


(a) 17.6 oz. 134a

Veterans Memorial Park 2201/2225 Port Malabar Blvd. FPL 09348-45090 Electricity Use 12,661 kWh

2201/2225 Port Malabar Blvd. FPL 17234-03026 Electricity Use 50,760 kWh



2201/2225 Port Malabar Blvd. City of Palm Bay

Refrigerator Roper

RT18DKXWLO1 Refrigerant Charge


17.6 oz. 134a

2201/2225 Port Malabar Blvd. City of Palm Bay

Refrigerator Bryant

561CJ030-D Refrigerant Charge

AC #42 -- oz. R-22

Victoria Park 2501 Victoria Drive FPL 87395-37283 Electricity Use 2,758 kWh

West Oaks 1161 Lamplighter Drive NW - IRR FPL 58696-98414 Electricity Use 57 kWh

1161 Lamplighter Drive NW FPL 29369-75164 Electricity Use 5,994 kWh

1161 Lamplighter Drive NW FPL 13809-62280 Electricity Use 138,848 kWh

1161 Lamplighter Drive NW City of Palm Bay System Design Septic System 900 gallons

1161 Lamplighter Drive NW City of Palm Bay

Refrigerator Frigidaire

FRT21156b5p Refrigerant Charge


17.6 oz. 134a

1161 Lamplighter Drive NW City of Palm Bay

Refrigerator Ice-o-Matic Refrigerant Charge

– Ice Machine oz. R-404a (a) Refrigerant charge information assumed to be worst-case value for equipment class. Values obtained from WRI/WBCSD, Calculating HFC and PFC Emissions from the Manufacturing, Installation, Operation and Disposal of Refrigeration & Air Conditioning Equipment. (Version 1.0) 2005.

http://www.palmbayflorida.org/parks/city_parks/veterans.html



Page B-30

Table B6. Activity Data by Facility Location – City Other.


Activity Data Units

Community Charter School 1350 Wyoming Drive SE FPL 40094-26208 Electricity Use 4,371 kWh

1350 Wyoming Drive SE FPL 51506-65205 Electricity Use 918,000 kWh

? 1361 Florida Avenue NE FPL 49751-00225

Electricity Use - lighting 3,792 kWh

? 3790 Dixie Highway NE #B FPL 94222-32497 Electricity Use 10,797 kWh

? 190 Malabar Road SW # 103 FPL 45627-32042 Electricity Use 25,405 kWh

? 590 Malabar Road SE # 2 FPL 43396-37227 Electricity Use 20,696 kWh

RBC Bank Building 5240 Babcock Street, N.E Square footage -NA- Electricity Use 614,175 kWh

City Hall 120 Malabar Road SE 67341-14975 Electricity Use 858,196 kWh

1624 Pace Drive NW 80889-70440 Electricity Use 395 kWh

200 Christensen Avenue SE 02186-27289


2191 Port Malabar Blvd NE 46213-83340 2,838 kWh

2271 Randolph Street NE 68470-44085


341 Emerson Drive NW Park/Ride 60213-19105 Electricity Use 5,612 kWh

600 Sturbridge Ter SE 30592-22020 Electricity Use 0 kWh

788 Brookfield Street SE Radio Tower 36024-14991 Electricity Use 503 kWh

Public Works Malabar & San Filippo Red Light Camera 60326-03505 Electricity Use 501 kWh

Malabar & Emerson Red Light Camera 65364-66482 Electricity Use 501 kWh

Malabar & Minton Red Light Camera 78644-10589 Electricity Use 501 kWh

Street Lights City Hall FPL 52237-05236 Electricity Use 1,788,486 kWh

Traffic Lights City of Palm Bay FPL 52167-04253 Electricity Use 427,190 kWh

Street Lights South US Highway 1 from Conlan to University FPL 03131-99291 Electricity Use 78,624 kWh


Page C-1

Attachment C GHG Emissions by Facility Location


Page C-2

Table C1. GHG Emissions by Facility Location – Fire Department

Name Address Emission Activity CO2 (kg)

CH4 (gm)

N2O (gm)

HFC s (gm)

CO2-e (mt)

Fire Station #1 2144 Palm Bay Road NE Scope 1 Stationary Combustion

1,387 241 13 0 1.39

Scope 2 Electricity Use 77,332 2,693 994 0 77.7

Scope 1 Air Conditioning 0 0 0 20,000 34.5

Scope 1 Refrigeration 0 0 0 31.6 0.04

Total Emissions 78,719 2,934 1,007 20,032 114

Fire Station #1 Supply 2148 Palm Bay Road NE Scope 1 Stationary Combustion

552 96 5 0 0.6


Scope 2 Electricity Use - Sign 0 0 0 0 0.0

Scope 2 Electricity Use - Lighting

565 20 7 0 0.6


Total Emissions 565 20 7 20,000 35

Fire Station #2 150 Malabar Road NE Scope 1 Stationary Combustion

1,367 238 13 0 1.4


Scope 1 Air Conditioning 0 0 0 0 0


Total Emissions 51,490 1,984 657 4 52

Fire Station #3 790 Jupiter Blvd Scope 1 Stationary Combustion

2,712 408 22 0 2.7




Scope 1 Septic System 0 39,447 0 0 0.82

Total Emissions 68,331 41,827 878 8 70


Page C-3

Table C1 Continued. GHG Emissions by Facility Location – Fire Department

Name Address Emission Activity CO2 CH4 N2O HFC s CO2-e

(kg) (gm) (gm) (gm) (mt)

Fire Station #4 1200 San Filippo Drive SE Scope 1

Stationary Combustion 1,334 234 13 0 1.3





Total Emissions 58,804 51,543 751 10,009 77

Fire Station #5 37 San Filippo Drive SE Scope 1 Stationary

Combustion 16 2 0 0 0.0

Scope 2 Electricity Use 27,810 968 357 0 27.9

Scope 2 Electricity Use -

Lighting 632 22 8 0 0.6


Scope 1 Refrigeration 9.2 0.01

Total Emissions 28,442 990 365 9 29

Fire Department Headquarters/ 899 Carlyle Avenue SE Scope 1

Stationary Combustion 3,807 664 36 0 3.8

Emergency Services Scope 2 Electricity Use 80,572 2,806 1,035 0 81.0



Total Emissions 84,379 3,470 1,071 20,007 119


Page C-4

Table C2. GHG Emissions by Facility Location – Police Department



Police 130 Malabar Road Scope 1 Stationary

Combustion 19,394 2,916 159 0 19.5

Scope 2 Electricity Use 743,211 25,833 9,548 0 746.7

Electricity Use - Shed 4,652 162 60 0 4.7

Scope 1 Air Conditioning 0 0 0 0 0.0


Total Emissions 767,257 28,911 9,767 39 771

Police – East District 1575 Main Street Scope 2 Electricity Use 20,214 704 260 0 20.3


Total Emissions 20,214 704 260 40,000 89

PAL 190 Malabar Road SW #103 Scope 2 Electricity Use 15,195 529 195 0 15.3



Page C-5

Table C3. GHG Emissions by Facility Location – Public Works



Public Works 1050 Malabar Road Scope 1 Stationary Combustion

1,158 202 11 0 1.2




Scope 1 Refrigeration 0 0 0 12 0.0

Total Emissions 170,408 94,852 2,185 15,012 198.9

Public Works 1750 Main Street Scope 1 Stationary Combustion

552 96 5 0 0.6

Scope 2 Electricity Use - Water Tank

0 0 0 0 0.0





Total Emissions 25,146 89,168 862 5 27.4

Pump #1 1195 Malabar Road NE Scope 2 Electricity Use 949 33 12 0 1.0

Pump #2 2144 Palm Bay Road NE Scope 2 Electricity Use 775 27 10 0 0.8

Pump #3 2407 Emerson Drive SE Scope 2 Electricity Use 1,154 40 15 0 1.2

Pump #4 2782 Jupiter Blvd SW Scope 2 Electricity Use 0 0 0 0 0

Pump #5 2808 Jupiter Blvd SE Scope 2 Electricity Use 0 0 0 0 0

Total Emissions 2,878 100 37 2.0

Public Works 5330 Babcock Street NE Scope 2 Electricity Use 11,997 4,185 1,547 0 12.6


Total Emissions 11,997 92,941 1,547 0 14.5


Page C-6

Table C4. GHG Emissions by Facility Location – Utilities

Name Address Emission Activity CO2 CH4 N2O HFC s CO2-e (kg) (gm) (gm) (gm) (mt)

Utilities LS-1 1033 Cabot Drive NE Scope 2 Electricity Use 13,882 483 178 0 13.9

Utilities LS-2 3054 Abbott Avenue NE Scope 2 Electricity Use 37,384 1,302 480 0 37.6

Utilities LS-3 1287 Bianca Drive NE Scope 2 Electricity Use 468 16 6 0 0.5

Utilities LS-4 2074 Port Malabar Blvd NE Scope 2 Electricity Use 15,013 523 193 0 15.1

Utilities LS-5 3100 Florin Road NE Scope 2 Electricity Use 878 31 11 0 0.9

Utilities LS-6 1656 Sunny Brook Lane NE Scope 2 Electricity Use 3,526 123 45 0 3.5

Utilities LS-7 4700 Babcock Street NE Scope 2 Electricity Use 1,209 42 16 0 1.2

Utilities LS-8 997 Sonesta Avenue NE Scope 2 Electricity Use 3,003 105 39 0 3.0

Utilities LS-9 630 Posen Court NE Scope 1 Stationary

Combustion 2,536 381 21 0 2.6

Utilities LS-9 630 Posen Court NE Scope 2 Electricity Use 21,903 763 281 0 22.0

Utilities LS-10 2661 School Drive NE Scope 2 Electricity Use 733 26 9 0 0.7

Utilities LS-11 1593 Par Street NE Scope 2 Electricity Use 4,190 146 54 0 4.2

Utilities LS-12 1461 Salem Street NE Scope 2 Electricity Use 11,236 391 144 0 11.3

Utilities LS-13 1601 Riviera Drive NE Scope 1 Stationary

Combustion

Utilities LS-13 1601 Riviera Drive NE Scope 2 Electricity Use 17,440 607 224 0 17.5

Utilities LS-14 1020 Americana Blvd. NE Scope 2 Electricity Use 7,417 258 95 0 7.5

Utilities LS-15 890 Cayuga Avenue NE Scope 2 Electricity Use 2,360 82 30 0 2.4

Utilities LS-16 751 Chelsea Avenue NE Scope 2 Electricity Use 3,651 127 47 0 3.7

Utilities LS-17 1500 Mariposa Drive NE Scope 2 Electricity Use 3,027 105 39 0 3.0

Utilities LS-18 1025 Mariposa Drive NE Scope 2 Electricity Use 2,068 72 27 0 2.1


Utilities LS-20 748 Riviera Drive NE Scope 1 Stationary

Combustion 1,471 221 12 0 1.5


Page C-7

Table C4 Continued. GHG Emissions by Facility Location – Utilities



Utilities LS-21 1701 Tree Ridge Lane NE Scope 2 Electricity Use 1,624 57 21 0 1.6

Utilities LS-22 255 Mystic Blvd NE Scope 2 Electricity Use 199 7 3 0 0.2

Utilities LS-23 1155 Malabar Road NE Scope 2 Electricity Use 4,149 144 53 0 4.2

Utilities LS-24 1800 Club Garden Drive NE Scope 2 Electricity Use 147 5 2 0 0.1

Utilities LS-25 1047 Port Malabar Blvd NE Scope 2 Electricity Use 297 10 4 0 0.3

Utilities LS-26 980 Port Malabar Blvd NE Scope 2 Electricity Use 1,568 55 20 0 1.6

Utilities LS-27 19 San Filippo Scope 1 Stationary

Combustion 2,536 381 21 0 2.6

Utilities LS-27 19 San Filippo LS-27 Scope 2 Electricity Use 23,695 825 304 0 23.8

Utilities LS-28 4751 Hollywood Blvd NE Scope 2 Electricity Use 5,330 186 68 0 5.4

Utilities LS-29 1098 Malabar Road SE Scope 2 Electricity Use 3,361 117 43 0 3.4

Utilities LS-30 1051 Cricket Drive NE Scope 2 Electricity Use 17,842 621 229 0 17.9

Utilities LS-31 298 Interstate Court SE Scope 2 Electricity Use 10,692 372 137 0 10.7

Utilities LS-32 2151 Sandy Pine Drive NE Scope 2 Electricity Use 4,744 165 61 0 4.8

Utilities LS-33 580 Community College Pkwy SE Scope 2 Electricity Use 1,895 66 24 0 1.9

Utilities LS-34 515 Azalea Avenue SE Scope 2 Electricity Use 1,529 53 20 0 1.5

Utilities LS-35 1311 Foundation Park Blvd SE Scope 2 Electricity Use 1,751 61 22 0 1.8

Utilities LS-36 1156 Meadowbrook Road NE Scope 2 Electricity Use 1,620 56 21 0 1.6

Utilities LS-37 1305 Culver Drive NE Scope 2 Electricity Use 613 21 8 0 0.6

Utilities LS-38 6455 Minton Road SE Scope 2 Electricity Use 7,398 258 95 0 7.4

Utilities LS-39 832 Americana Blvd NE Scope 2 Electricity Use 5,692 198 73 0 5.7

Utilities LS-40 1011 Dolores Road NE Scope 2 Electricity Use 1,647 57 21 0 1.7

Utilities LS-41 2496 Pacific Avenue NE Scope 2 Electricity Use 47,471 1,653 610 0 47.7


Page C-8



Utilities LS-42 1985 Danr Drive NE Scope 1 Stationary

Combustion 2,536 381 21 0 2.6

Utilities LS-42 1985 Danr Drive NE Scope 2 Electricity Use 19,016 662 244 0 19.1

Utilities LS-43 1590 Richards Drive NE Scope 2 Electricity Use 3,266 114 42 0 3.3

Utilities LS-44 3310 Dixie Highway NE LS-44 Scope 2 Electricity Use 8,626 300 111 0 8.7

Utilities LS-45 1515 Water Drive NE Scope 1 Stationary

Combustion 1,167 175 10 0 1.2

Utilities LS-45 1515 Water Drive NE Scope 2 Electricity Use 10,811 377 139 0 10.9

Utilities LS-46 1369 Worth Court NE LS-46 Scope 2 Electricity Use 2,614 91 34 0 2.6

Utilities LS-47 4299 Dixie Highway NE Scope 2 Electricity Use 0 0 0 0.0

Utilities LS-48 1301 Elliott Road NE Scope 1 Stationary

Combustion 1,471 221 12 0 1.5

Utilities LS-48 1301 Elliott Road NE Scope 2 Electricity Use 5,467 190 70 0 5.5

Utilities LS-49 1220 Knecht Road NE LS-49 Scope 2 Electricity Use 12,083 421 155 0 12.1

Utilities LS-50 1506 Bottlebrush Drive NE Scope 1 Stationary

Combustion 2,536 21 381 0 2.7

Utilities LS-50 1506 Bottlebrush Drive NE Scope 2 Electricity Use 34,567 1204 444 0 34.7

Utilities LS-51 3107 Bay Boulevard NE Scope 2 Electricity Use 5,251 183 67 0 5.3

Utilities LS-52 2378 Ersoff Blvd NE Scope 2 Electricity Use 5,241 183 67 0 5.3

Utilities LS-53 3096 Indian Drive NE Scope 2 Electricity Use 5,255 183 68 0 5.3

Utilities LS-54 2148 Harris Avenue NE Scope 2 Electricity Use 1,044 36 13 0 1.0

Utilities LS-56 995 Mandarin Drive NE Scope 2 Electricity Use 16,945 590 218 0 17.0

Utilities LS-57 2249 Gunpowder Drive NE Scope 2 Electricity Use 2,967 103 38 0 3.0

Utilities LS-58 5045 Dixie Highway NE Scope 2 Electricity Use 7,220 251 93 0 7.3

Utilities LS-59 23398 Commerce Park Drive Scope 2 Electricity Use 67 2 1 0 0.1

Utilities LS-60 3200 Pinewood Drive NE Scope 2 Electricity Use 2,664 93 34 0 2.7

Utilities LS-61 9890 Pinewood Drive Scope 2 Electricity Use 1,913 67 25 0 1.9

Utilities LS-63 500 Lakes of Melbourne Drive Scope 2 Electricity Use 1,915 67 25 0 1.9


Page C-9



Utilities LS-64 260 Lakes of Melbourne Drive Scope 2 Electricity Use 13,955 486 179 0 14.0

Utilities LS-65 1070 Castile Road SE Scope 2 Electricity Use 515 18 7 0 0.5

Utilities LS-66 2475 Hidden Pine Lane NE Scope 2 Electricity Use 1,720 60 22 0 1.7

Utilities LS-67 2029 Degroodt Road SW Scope 2 Electricity Use 4,884 170 63 0 4.9

Utilities LS-68 860 Coply Street SE Scope 2 Electricity Use 17,937 625 230 0 18.0

Utilities LS-69 761 Consumer Street SE Scope 2 Electricity Use 8,619 300 111 0 8.7

Utilities LS-70 3380 Jupiter Blvd SE Scope 2 Electricity Use 3,009 105 39 0 3.0

Utilities LS-71 108 Massini Avenue NW Scope 2 Electricity Use 2,408 84 31 0 2.4

Utilities LS-72 215 Nagel Road NW Scope 2 Electricity Use 3,508 122 45 0 3.5

Utilities LS-73 265 Melis Avenue NW Scope 2 Electricity Use 1,926 67 25 0 1.9

Utilities LS-74 260 Alcantarra Street NW Scope 2 Electricity Use 4,477 156 58 0 4.5

Utilities LS-75 489 Americana Blvd NW Scope 2 Electricity Use 5,126 179 66 0 5.2

Utilities LS-76 735 Ivanhoe Street NW Scope 2 Electricity Use 4,789 167 62 0 4.8

Utilities LS-77 198 Deauville Avenue NE Scope 2 Electricity Use 4,707 164 60 0 4.7

Utilities LS-78 316 Brookedge Street NE Scope 2 Electricity Use 1,356 47 17 0 1.4

Utilities LS-79 499 Brookedge Street NE Scope 2 Electricity Use 2,431 85 31 0 2.4

Utilities LS-80 454 Cellini AVENUE NE Scope 2 Electricity Use 2,428 85 31 0 2.4

Utilities LS-81 872 Eldron Blvd NE Scope 2 Electricity Use 2,197 77 28 0 2.2

Utilities LS-82 1799 Windbrook Drive SE Scope 2 Electricity Use 4,227 147 54 0 4.2

Utilities LS-83 3451 Bayside Lakes Blvd SE Scope 2 Electricity Use 10,114 352 130 0 10.2

Utilities LS-84 489 Cogan Drive SE Scope 2 Electricity Use 3,445 120 44 0 3.5

Utilities LS-85 3824 Bayside Lakes Blvd SE Scope 2 Electricity Use 13,592 473 175 0 13.7

Utilities LS-87 2040 Bramblewood Circle SE Scope 2 Electricity Use 4,557 159 59 0 4.6

Utilities LS-88 498 Riviera Drive NE LS-88 Scope 2 Electricity Use 2,246 29 78 0 2.3

Utilities LS-90 250 Thor Avenue SE Scope 2 Electricity Use 2,786 97 36 0 2.8

Utilities LS-92 340 Nardo Avenue SW Scope 2 Electricity Use 789 27 10 0 0.8


Page C-10



Utilities LS-93 9144 Babcock Avenue Scope 1 Stationary

Combustion 4,818 725 40 0 4.8

Utilities LS-97 720 Cogan Drive SE Scope 2 Electricity Use 3,049 106 39 0 3.1

Utilities LS-99 2295 Snapdragon Drive NW Scope 2 Electricity Use 1,032 36 13 0 1.0

Utilities LS-100 975 Cogan Drive SE Scope 2 Electricity Use 0 0 0 0 0.0

Utilities LS-102 830 Cogan Drive SE Scope 2 Electricity Use 293 10 4 0 0.3

Utilities LS-? 743 Chateau Street SE Scope 2 Electricity Use 1,076 37 14 0 1.1

Well F-1 Port Malabar Road Scope 2 Electricity Use 1,538 54 20 0 1.5

Well 9 Port Malabar Road Scope 2 Electricity Use 7,145 249 92 0 7.2

Well 10 Port Malabar Road Scope 2 Electricity Use 29,740 1,036 382 0 29.9

Well 10 Port Malabar Road Scope 1 Stationary

Combustion 1,319 198 11 0 1.3


Well 11 Port Malabar Road Scope 1 Stationary

Combustion 1,167 175 10 0 1.2


Well 13 Mid Cnl Scope 2 Electricity Use 32,878 1,145 422 0 33.0

Well 13 Mid Cnl Scope 1 Stationary

Combustion 1,167 175 10 0 1.2

Well 14 Port Malabar Road Scope 2 Electricity Use 17,290 602 222 0 17.4

Well 15 997 Pine Creek Circle NE Scope 2 Electricity Use 36,546 1,273 470 0 36.7

Well 16 High Road NW Scope 2 Electricity Use 28,903 1,007 371 0 29.0

Well 17 1240 Clearmont Street NE Scope 2 Electricity Use 43,245 1,506 556 0 43.4

Well 17 1240 Clearmont Street NE Scope 1 Stationary

Combustion 1,724 259 14 0 1.7

Well 18 Port Malabar Blvd Scope 2 Electricity Use 28,484 992 366 0 28.6

Well 18 Port Malabar Blvd Scope 1 Stationary

Combustion 1,319 198 11 0 1.3


Page C-11



Well 20 Clearmont Street NE Scope 2 Electricity Use 36,001 1,254 463 0 36.2

Well 22 Clearmont Street NE Scope 2 Electricity Use 8,201 286 105 0 8.2

Well 23 Briar Creek Blvd Scope 2 Electricity Use 27,221 948 350 0 27.3


Well 25 1900 Port Malabar Blvd NE Scope 2 Electricity Use 4,631 161 59 0 4.7


Well 27 1180 Briar Creek Blvd Scope 2 Electricity Use 18,720 652 241 0 18.8

Well 28 Sandy Pines Drive Scope 2 Electricity Use 8,181 285 105 0 8.2

Well 30 Cayuga Avenue NE Scope 1 Stationary

Combustion 1,724 259 14 0 1.7

Well 30 Cayuga Avenue NE Scope 2 Electricity Use 29,882 1,041 384 0 30.0

Well 47 741 Riviera Drive NE Scope 2 Electricity Use 12,791 445 164 0 12.9

Well 49 Sandy Pines Drive Scope 2 Electricity Use 36,692 1,278 471 0 36.9

Well 50 490 Riviera Drive NE Scope 1 Stationary

Combustion 1,724 259 14 0 1.7

Well 50 490 Riviera Drive NE Scope 2 Electricity Use 31,216 1,087 401 0 31.4

Well 51 1203 Mariposa Drive NE Scope 2 Electricity Use 26,608 927 342 0 26.7

Well 52 710 Riviera Drive NE Scope 2 Electricity Use 29,446 1,025 378 0 29.6


Well 55 1241Riviera Drive NE Scope 1 Stationary

Combustion 1,167 175 10 0 1.2

Well 55 1241Riviera Drive NE Scope 2 Electricity Use 49,710 1,731 639 0 49.9

Well 56 1294 Riviera Drive NE Scope 1 Stationary

Combustion 1,167 175 10 0 1.2


Well 59 1270 Meadowbrook Road NE Scope 2 Electricity Use 29,368 1,023 377 0 29.5

Well 60 607 Dunbarton Circle NE Scope 2 Electricity Use 14,985 522 193 0 15.1


Page C-12



Well 64 1183 Craftsland Lane NE Scope 2 Electricity Use 23,430 816 301 0 23.5

Well 68 631 Posen Court NE Scope 2 Electricity Use 18,538 646 238 0 18.6

F1/Well 16 Scope 1 Stationary

Combustion 1,724 259 14 0 1.7

ASR/Well 15 Scope 1 Stationary

Combustion 2,080 313 17 0 2.1

ASR Well 2200 Sandy Pines Drive Scope 2 Electricity Use 15,205 530 195 0 15.3

Troutman WRF 1080 Troutman Blvd NE Scope 1 Stationary

Combustion 11,057 1,663 91 0 11.1




Total Emissions 942,387 34,097 12,056 13.14 947

Troutman RO 1101/1103 Troutman Blvd Scope 1 Stationary

Combustion 22,672 3,409 186 0 22.8

Scope 2 Electricity Use - RO 144,515 5,033 1,857 0 145.2

Scope 2

Electricity Use - WTP 644,047 22,429 8,274 0 647.1

Scope 2

Electricity Use - WPB 280,536 9,770 3,604 0 281.9



Total Emissions 1,091,770 40,641 13,921 0 1,097

Troutman Maintenance 1104 Troutman Blvd Scope 2 Electricity Use 16,229 565 208 0 16.3

16,229 565 208 0 16.3

Troutman WWTP 1111 Troutman Blvd NE Scope 1 Stationary

Combustion 20,288 3051 166 0

Scope 2 Electricity Use 1,550,443 53,995 19,919 0

Total Emissions 1,747,704 57,046 20,085 1,578


Page C-13



Troutman Bldg C 1150 Troutman Blvd NE Scope 2 Electricity Use 12,236 426 157 0 12.3

Total Emissions

12,236 426 157

12.3

Irrigation Pump 2460 Port Malabar Road NE Scope 2 Electricity Use 2,610 91 34

2.6

607 Furth Road NW Scope 2 Electricity Use 67 2 1

0.1

Total Emissions

2,677 93 35

2.7

Troutman 1105 Troutman Blvd Scope 1 Stationary

Combustion 93 14 1 0 0.1


Scope 2

Electricity Use - Modular 12,236 426 157 0 12.3

Scope 2

Electricity Use - Bldg K 0 0 0 0 0.0



Total Emissions

35,572 1,250 457 10,303 65.7

Nash Booster 645 Nash Street NE Scope 1 Stationary

Combustion 6,644 999 54 0

6.7

Scope 2 Electricity Use - RO 122,684 4,273 1,576 123.3

Total Emissions

129,328 5,272 1,630

130

Water Tank 1750 Main Street Scope 2 Electricity Use 0 0 0 0 0

Total Emissions

0 0 0

0

SR Deep Injection Well 2590 Hermosa Avenue SE Scope 2 Electricity Use 13,791 480 177 0 13.90

Total Emissions

13,791 480 177 0 13.9

SR Admin 3900 Emerson Drive SE Scope 2 Electricity Use 109,904 3,827 1,412 0 110.4

Total Emissions

109,904 3,827 1,412 0 110.4


Page C-14


Name Address Emission Activity CO2

(kg) CH4

(gm) N2O (gm)

HFC s (gm)

CO2-e (mt)

SR RO 250 Osmosis Drive SE Scope 1 Stationary

Combustion 27,592 4,149 226 28

Scope 2 Electricity Use 1,927,103 67,113 24,758 1936

Scope 1 Air Conditioning 0 0 0 636.36 1

Scope 1 Refrigeration 0 0 0 5.95 0

Total Emissions 1,954,695 71,262 24,984 642.31 1965


Page C-15

Table C5. GHG Emissions by Facility Location – Parks and Recreation


(kg) CH4

(gm) N2O (gm)

HFC s (gm)

CO2-e (mt)

AIS Trail Park 2804 Hickory Avenue NE Scope 2 Electricity Use 1983 69 25 0 2.0

Total Emissions 1983 69 25 0 2.0

Aquatic Center (BCC Pool)

420 Community College Parkway Scope 2 Electricity Use 3456 120 44 0 3.5


Bill Madden Park 2860 Eldron Blvd SE Scope 1 Septic System 0 147,926 0 0 3.1

Scope 2 Electricity Use 1114 39 14 0 1.1

Total Emissions 1114 147,965 14 0 4.2

Castaway Point Park 2990 Bay Blvd. Scope 2 Electricity Use 7202 251 93 0 7.2


Lighting 589 20 8 0 0.6


Community Center 1502 Port Malabar Blvd Scope 2 Electricity Use 278122 9686 3573 0 279

Scope 1 Air Conditioning 0 0 0 30482.95 53


Total Emissions 278122 9686 3573 30498.92 332

Dade Circle Park 3251 Dade Circle Scope 2 Electricity Use 208 7 3 0 0.2


Driskell Park 2155 Monroe Street Scope 2 Electricity Use 5947 207 76 0 6.0


Fred Lee Park 895 Emerson Drive Scope 2 Electricity Use 9688 337 124 0 0


Lighting 21175 737 272 0 0

Scope 1 Refrigeration

Total Emissions 30863 1074 396 0 0



http://www.palmbayflorida.org/parks/city_parks/madden_park.html



http://www.palmbayflorida.org/parks/city_parks/driskell.html

http://www.palmbayflorida.org/parks/city_parks/fred_lee.html


Page C-16

Table C5 Continued. GHG Emissions by Facility Location – Parks and Recreation


(kg) CH4

(gm) N2O (gm)

HFC s (gm)

CO2-e (mt)

Goode Park (Captain's House)

1300 Bianca Drive Scope 2 Electricity Use 0 0 0 0 0


Scope 1 Refrigeration 0 0 0 0 0

Total Emissions 0 0 0 30,000 51.75

Hurricane Paintball Park

770 Hurricane St


Total Emissions 2,478 86 32 0 2.5

Inspiration Park 751 Consumer St.



Knecht Park 1380 Glenham Drive NE


Scope 2 Electricity Use - Lighting

6,251 218 80 0 6.3

Total Emissions 39,087 1,362 502 0 39.3

Lagoon House 3225 Dixie Highway Scope 1 Air Conditioning 0 0 0 20,000 34.5

Total Emissions 0 0 0 20,000 34.5

Liberia Park 2197 Northview Street Scope 2 Electricity Use 200 7 3 0 0.2


Lighting 8,786 306 113 0

8.8


Liberty Park 895 Carlyle Avenue Scope 2 Electricity Use 98,831 3,442 1,269 0 99.3


Total Emissions 98,831 3,442 1,269 20 99.3

Lynbrook Park 695 Lynbrook Street Scope 1 Septic System 0 147,926 0 0 3.1

Scope 2 Electricity Use 28,615 997 368 28.8

Total Emissions 28,615 148,923 368 0 31.9



http://www.palmbayflorida.org/parks/city_parks/inspiration.html

http://www.palmbayflorida.org/parks/city_parks/liberia.html

http://www.palmbayflorida.org/parks/city_parks/liberty.html

http://www.palmbayflorida.org/parks/city_parks/lynbrook.html


Page C-17



(kg) CH4

(gm) N2O (gm)

HFC s (gm)

CO2-e (mt)

McGriff Park 1150 Degroot Road SW Scope 2 Electricity Use 42166 1468 542 0 0

Scope 1 Air Conditioning 0 0 0 193.18 .333

Scope 1 Refrigeration 0 0 0 18.41 .054

Scope 1 Stationary Combustion

0 0 0 0 0

Total Emissions 42166 1468 542 211.59 0.387

Oakwood Park 490 Koutnick Road SE

Scope 2 Electricity Use 5267 183 68 5 5


Palm Bay Regional Park 1951 Malabar Road

Scope 2 Electricity Use 1056 37 14 1 1


Pollak Park 1455 Main Street Scope 2 Electricity Use 14075 490 181 14.1

14.1

Total Emissions 14075 490 181 0 14.1

Riviera Park 550 Riviera Drive

Scope 2 Electricity Use 6024 210 77 6.1 6.1


Stearns Point Center 4295 Dixie Highway NE Scope 2 Electricity Use 2153 75 28 2.2 2.2

Scope 1

Stationary Combustion 0 0 0 0.0 0.0


Turkey Creek Sanctuary 1518 Santiago Drive Scope 1 Refrigeration 0 0 0 0.0 0.0

Total Emissions 0 0 0 2.5 0.0

Veterans Memorial Park 2201/2225 Port Malabar Blvd. Scope 2 Electricity Use 31291 836 309 31.4 31.4


Total Emissions 31291 836 309 0 31.4

Victoria Park 2501 Victoria Drive Scope 2 Electricity Use 1650 57 21 1.7 1.7


http://www.palmbayflorida.org/parks/city_parks/oakwood.html


http://www.palmbayflorida.org/parks/city_parks/pollak.html


http://www.palmbayflorida.org/parks/city_parks/turkey_creek.html



Page C-18



(kg) CH4

(gm) N2O (gm)

HFC s (gm)

CO2-e (mt)

West Oaks 1161 Lamplighter Drive Scope 2 Electricity Use 86,663 3,018 1,113 0 87

Scope 1 Refrigeration 0 0 0 0 0


Total Emissions 86,663 150,944 1,113 0 90.1


Page C-19

Table C6. GHG Emissions by Facility Location – City Other


(kg) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)

Charter Community School 1350 Wyoming Drive Scope 2 Electricity Use 549,050 19,121 7,054 551.6 551.6

Total Emissions 549,050 19,121 7,054 0 552

Evan Market 1361 Florida Avenue NE Scope 2 Electricity Use 2,268 79 29 2.3 2.3


BCRA Office 3790 Dixie Highway Scope 2 Electricity Use 6,458 225 83 6.5 6.5


City Clinic 590 Malabar Road SE #2 Scope 2 Electricity Use 12,378 431 159 0 12.4


RBC Bank Building 5240 Babcock Street, N.E Scope 2 Electricity Use 368 12,800 4,750 0.0 369.9

Total Emissions 368 12,800 4,750 0 369.9

City Hall 120 Malabar Road Scope 2 Electricity Use 513,281 17,875 6,594 515.7

Total Emissions 513,281 17,875 6,594 0 516

? 1624 Pace Drive NW Scope 2 Electricity Use 236 8 3 0.2


? 200 Christensen Avenue SE Scope 2 Electricity Use 2,913 101 37 2.9


? 2191 Port Malabar Blvd NE Scope 2 Electricity Use 1,697 59 22 1.7


? 2271 Randolph Street NE Scope 2 Electricity Use 629 22 8 0.6


? 341 Emerson Drive NW Park/Ride Scope 2 Electricity Use 3,356 117 43 3.4


? 600 Sturbridge Ter SE Scope 2 Electricity Use 0 0 0 0 0



Page C-20

Table C6 Continued. GHG Emissions by Facility Location – City Other


(kg) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)

Radio Tower 788 Brookfield Street SE Radio Tower



Street Lights/Traffic Malabar & San Filippo Red Light Camera



Street Lights/Traffic Malabar & Emerson Red Light Camera



Street Lights/Traffic Malabar & Minton Red Light Camera



Street Lights/Traffic City Hall Scope 2 Electricity Use 1,069,681 37,252 13,742 0 1074.7

Total Emissions 1,069,681 37,252 13,742 0 1075

Street Lights/Traffic City of Palm Bay Scope 2 Electricity Use 255,499 8,898 3282 0 256.7

Total Emissions 255,499 8,898 3282 0 257

Street Lights/Traffic South US Highway 1 from Conlan to University Scope 2 Electricity Use 47,024 1,638 604 0 47

Total Emissions 47,024 1,638 604 0 47


Page D-1

Attachment D Fleet & Mobile Equipment GHG Emissions


Page D-2

Table D1. GHG Emissions from Mobile Source by Department – Fire Department.

ID # Model Year Manufacturer Vehicle Type

Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)

6012 2009 INTERNATIONAL Diesel Heavy-Duty Vehicle 550 4.49 1.04 1.178 1.109 4.49

5192 2007 FERRARA Diesel Heavy-Duty Vehicle 3,484 28.46 6.59 6.003 5.645 28.46

5182 2005 FERRARA Diesel Heavy-Duty Vehicle 2,437 19.90 4.61 4.513 4.248 3.2 19.90


5186 2004 FERRARA Diesel Heavy-Duty Vehicle 2,892 23.62 5.47 4.687 4.411 1.8 23.63


6011 2008 CHEVY Gasoline Light-Duty Truck 817 7.18 136.9 55.44 7.2




5109 1995 GMC Diesel Light-Duty Truck 91 0.74 0.17 1.198 1.863 0.74





5131 2000 INTERNATIONAL Diesel Heavy-Duty Vehicle 1,818 14.85 3.44 3.238 3.048 14.85

5151 2000 PIERCE Diesel Heavy-Duty Vehicle 2,102 17.17 3.97 4.294 4.042 17.17

5149 1995 PIERCE Diesel Heavy-Duty Vehicle 707 5.77 1.34 1.040 0.979 5.77

5115 1993 FORD Diesel Heavy-Duty Vehicle 168 1.37 0.32 0.382 0.360 1.37

5137 1986 E-ONE Diesel Heavy-Duty Vehicle 924 7.54 1.75 1.703 1.603 7.55

5142 1986 E-ONE Diesel Heavy-Duty Vehicle 456 3.73 0.86 1.142 1.075 3.73

6004 1984 AM GENERAL Diesel Heavy-Duty Vehicle 513 4.19 0.97 1.020 0.960 4.19





Page D-3

Table D1. Continued. GHG Emissions from Mobile Source by Department – Fire Department.


Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)





5184 2004 CHEVY Gasoline Light-Duty Truck 1,507 13.23 209.4 181.8 13.29




6010 1984 AM GENERAL Diesel Heavy-Duty Vehicle 289 2.95 0.785 0.739 2.95

5113 1982 FORD Diesel Heavy-Duty Vehicle 99 1.01 0.928 0.874 1.01

5177 2001 CHEVY Gasoline Light-Duty Truck 355 3.12 51.96 56.43 0.91 4.32




5124 1968 KAISER Diesel Heavy-Duty Vehicle 143 0.81 0.19 0.337 0.317 0.81











Page D-4

Table D1. Continued. GHG Emissions from Mobile Source by Department – Fire Department.


Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)

5100 1995 FUEL KEY Gasoline Construction Equipment 365 3.21

-- -- 3.21

5200 1995 FUEL KEY Gasoline Construction Equipment 3 0.03 -- -- 0.03

5140 1968 KAISER Diesel Heavy-Duty Vehicle 30 0.25 0.06 14.7 22.3 0.25


5191 2006 MEDTEC Diesel Light-Duty Truck 178 1.45 0.34 0.06 0.09 1.45

6001 2008 GMC Diesel Light-Duty Truck 89 0.73 0.17 14.7 22.3 0.73


Page D-5

Table D2. GHG Emissions from Mobile Source by Department – Police Department.


Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)

5130 1995 FREIGHTLINER Diesel Light-Duty Truck 18 0.14 0.033 0.030 0.046 0.14

5789 2009 Chevy Gasoline Light-Duty Truck 732 6.43 244.4 98.94 6.47

5790 2009 Chevy Gasoline Passenger Car 648 5.69 163.9 36.21 5.70


2003 2008 Chevy Gasoline Light-Duty Truck 1,323 11.62 398.0 161.2 11.68





















5773 2008 CHEVY Gasoline Passenger Car 438 3.85 238.8 52.76 3.87


Page D-6

Table D2. GHG Emissions from Mobile Source by Department – Police Department.


Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)




5777 2008 CHEVY Gasoline Passenger Car 1,222 10.73 340.4 75.20 12.85
























Page D-7

Table D2 Continued. GHG Emissions from Mobile Source by Department – Police Department.


Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)

























5708 2005 CHRYSLER Gasoline Light-Duty Truck 313 2.75 99.6 64.1 2.77



Page D-8



Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)













5740 2006 CHEVY Gasoline Passenger Car 1,532 13.45 293.7 104.0 0.45 14.07















Page D-9



Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)



















5711 2005 CHEVY Gasoline Passenger Car 7.54 178.1 95.7 7.57

4115 2004 CHEVY Gasoline Light-Duty Truck 2.78 79.7 69.2 2.80








Page D-10



Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)




5611 2006 BOMBARDIER Gasoline Agricultural Equipment 5 0.04 5.796 1.012 0.05












5673 2004 CHEVY Gasoline Passenger Car 1,101 9.66 192.0 109.9 0.45 10.28




5639 2003 CHEVY Gasoline Passenger Car 524 4.60 76.6 90.71 1.81 6.98








Page D-11



Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)















5625 2002 BUICK Gasoline Passenger Car 738 6.48 170.9 244.3 6.56

5626 2002 BUICK Gasoline Passenger Car 347 3.04 81.9 117.1 0.9 4.25








5671 2001 FORD Gasoline Light-Duty Truck 1,776 15.60 358.1 388.9 15.73

5506 2001 LEASE Gasoline Passenger Car 748 6.57 124.3 178.6 6.63



Page D-12



Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)

5508 2001 LEASE Gasoline Passenger Car 1,555 13.65 172.7 248.1 13.73


5542 2001 LEASE Gasoline Passenger Car 1,254 11.01 211.1 303.3 11.11












5000 1995 FUEL KEY Diesel Construction Equipment 485 3.96 0.92 281.1 126.0 3.96








5806 2001 LEASE Gasoline Passenger Car 163 1.43 1,683 2,417 2.21





Page D-13



Fuel Usage (gallons)

CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)















5768 1981 CHRYSLER Gasoline Light-Duty Truck 35 0.31 3.90 4.97 0.31



Page D-14

Table D3. GHG Emissions from Mobile Source by Department – Public Works


Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)

6554 2003 FORD Diesel Light-Duty Truck 486 3.97 0.92 2.92 4.37 3.97

6822 2009 INTERNATIONAL Diesel Construction Equipment 1,235 10.09 2.33 716.2 321.0 10.14

6826 2009 INTERNATIONAL Diesel Construction Equipment 1,458 11.91 2.76 845.7 379.1 11.95

6599 2007 INTERNATIONAL Diesel Heavy-Duty Vehicle 3,417 27.91 6.46 6.22 5.86 27.91

6827 2009 INTERNATIONAL Diesel Construction Equipment 2,324 18.98 4.39 1,348 604.2 1.35 19.04

6574 2005 STERLING Diesel Heavy-Duty Vehicle 2,067 16.88 3.91 4.82 4.54 16.88

6540 2001 STERLING Diesel Heavy-Duty Vehicle 147 1.20 0.28 0.16 0.15 1.20


5147 1987 KENWORTH Diesel Heavy-Duty Vehicle 471 3.84 0.89 1.21 1.14 3.84

6588 2007 INTERNATIONAL Diesel Construction Equipment 2,412 19.70 4.56 1,399 627.0 19.79








6586 2006 HARBEN Diesel Construction Equipment 21 0.17 0.04 11.89 5.33 0.17

6815 2008 FORD Gasoline Light-Duty Truck 626 5.49 84.06 34.04 5.50









Page D-15

Table D3 Continued. GHG Emissions from Mobile Source by Department – Public Works


Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)









6569 2005 GMC Gasoline Light-Duty Truck 914 8.02 160.9 103.5 8.06


6571 2005 GMC Gasoline Light-Duty Truck 1,127 9.90 154.7 99.53 9.93



6555 2004 ISUZU NPR Gasoline Light-Duty Truck 2,601 22.84 318.8 276.8 22.93



6553 2003 FORD Gasoline Light-Duty Truck 1,057 9.28 105.5 77.6 0.9 10.48






6587 2006 BOWIE Gasoline Construction Equipment 14 0.12 7.10 3.12 0.12

6591 2006 JOHN DEERE Gasoline Agricultural Equipment 152 1.34 191.6 33.5 1.35

6403 1998 KOMATSU Diesel Construction Equipment 942 7.70 1.78 546.5 245.0 7.73

6411 1998 SAMSUNG Diesel Construction Equipment 1,249 10.20 2.36 724.3 324.7 10.24


Page D-16



Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)

6417 1993 CHAMPION Diesel Construction Equipment 725 7.40 1.37 420.6 188.5 7.47

6418 1979 MASSEY FER Diesel Construction Equipment 192 1.96 0.36 111.4 50.0 1.98

6419 1992 INGERSOLL Diesel Construction Equipment 109 0.89 0.21 63.0 28.3 0.89

6449 1996 CHAMPION Diesel Construction Equipment 1,261 10.30 2.38 731.3 327.8 10.34

6454 1993 CASE Diesel Construction Equipment 741 6.05 1.40 429.9 192.7 6.07

6458 1986 GENERAC Diesel Construction Equipment 19 0.16 0.04 11.1 4.97 0.16

6478 1982 CATERPILLAR Diesel Construction Equipment 394 3.22 0.74 228.4 102.4 3.23

6498 1994 CATERPILLAR Diesel Construction Equipment 662 5.41 1.25 383.9 172. 5.41

6513 1994 CATERPILLAR Diesel Construction Equipment 1,396 11.41 2.64 809.9 363.1 11.45

6559 2004 STERLING Diesel Construction Equipment 1,223 9.99 2.31 709.3 317.9 10.04



6521 1999 INGERSOLL Diesel Construction Equipment 197 1.61 0.37 114.0 51.1 1.61

6522 1999 CASE Diesel Construction Equipment 1,655 13.52 3.13 960 430.4 13.55

6527 1999 KOMATSU Diesel Construction Equipment 1,293 10.56 2.44 749.8 336.1 10.58

6528 1998 SAMSUNG Diesel Construction Equipment 974 7.95 1.84 564.8 253.2 1.35 9.76

6573 2005 FORD Diesel Light-Duty Truck 1,154 9.43 2.18 8.78 13.2 9.43

6538 2000 THOMPSON Diesel Construction Equipment 73 0.59 0.14 42.1 18.9 0.60

6539 2000 THOMPSON Diesel Construction Equipment 26 0.21 0.05 14.96 6.7 0.21

6542 2000 VOLVO Diesel Construction Equipment 1,051 8.58 1.99 609.3 273.1 8.62

6550 2002 BROCEBROOM Diesel Construction Equipment 185 1.51 0.35 107.2 48.05 1.52

6551 2003 FORD Diesel Construction Equipment 882 7.20 1.67 511.3 229.2 7.25

6556 2004 TAKEUCHI Diesel Construction Equipment 945 7.72 1.79 548.3 245.8 7.75

6557 2004 JOHN DEERE Diesel Agricultural Equipment 1,698 13.87 3.21 2,446 441.6 13.95


6817 2002 HYSTER Diesel Construction Equipment 54 0.44 0.10 31.0 13.91 0.44


Page D-17



Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)

6441 2001 STERLING Diesel Construction Equipment 340 2.78 0.64 197.3 88.45 2.80


6564 2004 JOHN DEERE Diesel Construction Equipment 257 2.10 0.49 149.1 66.9 2.12

6565 2004 JOHN DEERE Diesel Construction Equipment 604 4.93 1.14 350.4 157.1 4.98

6566 2004 CATERPILLAR Diesel Construction Equipment 2,868 23.42 5.42 1,663 745.5 23.49


6537 2001 STERLING Diesel Construction Equipment 1,209 9.87 2.28 701 314.2 9.90

6585 2006 JOHN DEERE Diesel Agricultural Equipment 932 7.61 1.76 1,341 242.1 7.68

6532 2000 STERLING Diesel Construction Equipment 729 5.95 1.38 422.5 189.4 0.9 7.16

6811 2007 JOHN DEERE Gasoline Agricultural Equipment 211 1.86 266.2 46.5 1.88




6595 2006 CATERPILLAR Diesel Construction Equipment 2,771 22.63 5.24 1,607 720.5 22.69

6534 2000 STERLING Diesel Construction Equipment 1,201 9.81 2.27 696. 312.2 9.85


6541 2000 TRAILER JET Diesel Construction Equipment 107 0.88 0.20 62.2 27.9 0.89


6806 2007 JOHN DEERE Diesel Agricultural Equipment 615 5.02 1.16 885.7 159.9 5.07




6812 2007 LEEBOY Diesel Construction Equipment 109 0.89 0.21 63.1 28.3 0.90

6519 1999 FREIGHTLINER Diesel Construction Equipment 388 3.17 0.73 224.8 100.8 3.19




Page D-18




CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)

6520 1999 FREIGHTLINER Diesel Construction Equipment 507 4.14 0.96 293.8 131.7 4.17

6823 2008 MULTIQUIP Diesel Construction Equipment 3 0.02 0.01 1.74 0.78 0.03




6832 2009 LEEBOY Diesel Construction Equipment 6 0.05 0.01 3.48 1.6 0.05












6400 1995 FUEL KEY Gasoline Construction Equipment 12,948 113.68 6,474 2,849 114.7






6514 1994 EXCEL Diesel Agricultural Equipment 28 0.23 0.05 39.9 7.20 0.23




Page D-19



Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)

6706 1985 TCM Diesel Construction Equipment 69 0.56 0.56 39.96 17.91 0.57









13.25 5.83 0.23


Page D-20

Table D4. GHG Emissions from Mobile Source by Department – Utilities


Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)

6300 1995 FUEL KEY Gasoline Construction Equipment 241 2.12 44 19 2.13

6368 1995 DMT Diesel Construction Equipment 95 0.78 0.18 22 10 0.78

6369 1995 DMT Diesel Construction Equipment 199 1.63 0.38 6 3 1.63

6307 1996 ACME/SYKES Diesel Construction Equipment 30 0.25 0.06 2 1 0.25

6366 1996 CATERPILLAR Diesel Construction Equipment 26 0.21 0.05 14 6 0.21

6375 1999 INGERSOLL Diesel Construction Equipment 65 0.53 0.12 24 11 0.53

6320 2000 GMC Gasoline Light-Duty Truck 1,143 10.03 284 510 0.91 11.38

6301 2001 STERLING Diesel Construction Equipment 633 5.17 1.20 99 44 5.19

6333 2001 CHEVY Gasoline Light-Duty Truck 223 1.96 57 61 1.98

6376 2001 CHEVY Gasoline Light-Duty Truck 384 3.37 55 60 0.45 3.98



6379 2001 CHEVY Gasoline Light-Duty Truck 1,432 12.57 95 103 12.60


6381 2001 CHEVY Gasoline Light-Duty Truck 1,360 11.94 171 186 0.91 13.18


6388 2001 YALE Gasoline Construction Equipment 10 0.09 0 0 0.09


6389 2002 STOW Gasoline Construction Equipment 2 0.02 0 0 0.02








Page D-21

Table D4 Continued. GHG Emissions from Mobile Source by Department – Utilities


Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)


6398 2002 FORD Diesel Light-Duty Truck 1,377 11.24 2.60 13 20 11.25


6302 2003 FORD Gasoline Light-Duty Truck 871 7.64 208 153 7.69

6315 2003 FORD Gasoline Light-Duty Truck 1,471 12.92 120 88 12.95


6317 2003 FORD Gasoline Light-Duty Truck 1,226 10.76 127 94 10.79

6318 2003 FORD Gasoline Light-Duty Truck 2,141 18.80 133 98 0.45 19.42

6305 2004 STERLING Diesel Construction Equipment 181 1.48 0.34 218 98 1.51

6311 2004 GMC Gasoline Light-Duty Truck 776 6.82 132 115 6.85


6343 2004 GMC Gasoline Light-Duty Truck 1,339 11.75 226 196 11.82

6344 2004 COMPLETE Diesel Construction Equipment 69 0.57 0.13 107 48 0.58


6902 2004 FORD Diesel Light-Duty Truck 675 5.51 1.28 7 10 0.91 6.70

6903 2004 FORD Diesel Light-Duty Truck 642 5.24 1.21 6 9 5.24


6998 2004 FUEL KEY Diesel Construction Equipment 585 4.78 1.11 0 0 4.78

6999 2004 FUEL KEY Diesel Construction Equipment 116 0.95 0.22 0 0 0.95









Page D-22



Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)


6913 2005 SULLAIR Diesel Construction Equipment 134 1.09 0.25 85 38 1.11








6924 2007 INTERNATIONAL Diesel Heavy-Duty Vehicle 2,075 16.95 3.92 4 3 16.95









6934 2007 EH WACHS CO. Gasoline Construction Equipment 32 0.28 76 33 0.29


6375 1999 INGERSOLL Diesel Construction Equipment 65 0.66 37.47 16.80 0.67

6320 2000 GMC Gasoline Light-Duty Truck 1,143 10.03 284.4 510.4 0.9 11.36

6307 1996 ACME/SYKES Diesel Construction Equipment 30 0.31 17.40 7.80 0.31

6323 2004 CATERPILLAR Diesel Construction Equipment 451 4.61 261.7 117.3 4.65

6344 2004 COMPLETE Diesel Construction Equipment 69 0.71 40.25 18.04 0.72



Page D-23



Fuel Usage

(gallons) CO2

(mt)

Bio CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)

6368 1995 DMT Diesel Construction Equipment 95 0.97 55.04 24.67 0.98

6369 1995 DMT Diesel Construction Equipment 199 2.03 115.4 51.74 2.05



120.6 53.09 2.14

6937 2007 TEREX Diesel Construction Equipment 63 0.64 36.60 16.41 0.65


6944 2007 MAGNUM PRODUCTS Diesel Construction Equipment 10 0.11 5.97 2.68 0.11

6945 2007 MGS Diesel Construction Equipment 48 0.49 27.61 12.38 0.49



Page D-24

Table D5. GHG Emissions from Mobile Source by Department – Parks



CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)





4204 1994 FORD Diesel Agricultural Equipment 66 0.68 95.62 17.26 10.44

4228 2001 JOHN DEERE Diesel Agricultural Equipment 57 0.58 82.22 14.85 1.86

4254 2006 BOBCAT Diesel Construction Equipment 179 1.83 104.0 46.64 6.03

4265 2006 ALLMAND Diesel Construction Equipment 7 0.07 3.83 1.72 1.2




4272 2008 INGERSOLL Diesel Construction Equipment 51 0.52 29.58 13.26 6.52





4250 2005 FORD Diesel Construction Equipment 57 0.58 32.94 14.77 7.29












Page D-25

Table D5 Continued. GHG Emissions from Mobile Source by Department – Parks



CO2

(mt) CH4

(gm) N2O (gm)

HFC s (kg)

CO2-e (mt)









5175 2001 FORD Diesel Light-Duty Truck 429 4.38 5.13 7.69 4.38


4227 2001 CHEVY Gasoline Light-Duty Truck 1,122 9.85 204.3 221.8 1.8 12.26



4202 1999 SUMMERCAMP Gasoline Light-Duty Truck 37 0.33 0.00 0.00 0.33




3200 1995 FUEL KEY Gasoline Construction Equipment 35 0.31 17.45 7.68 0.31

4200 1995 FUEL KEY Gasoline Construction Equipment 2,937 25.79 1,468 646.1 26.02


4240 2004 FORD Diesel Light-Duty Truck 557 5.69 5.99 8.99 5.69


Page E-1

Attachment E GHG Calculation Methodology


Page E-2

Emission quantification This attachment describes the methodologies used to estimate GHG emissions for the City’s emission sources included in the organizational boundary. The City is using the ICLEI’s Clean Air Climate Protection (CACP) software to estimate and report GHG emissions. The software estimates GHG emissions based on the methods recommended in the LGOP. It is difficult to monitor and measure GHG emissions from sources such as automobiles, emergency generators and air conditioning units. For this reason, the LGOP recommends the use of activity data coupled with documented emission factors to estimate GHG emissions. When activity data is not available, other techniques such as mass balance may be used. Following LGOP guidance, Scope 1 and Scope 2 emissions are reported separately. To aid transparency, the City separately estimates and reports Scope 2 emissions for each building, park or recreation center. Scope 1 emissions from mobile sources are reported by department. The City has estimated GHG emissions from employee commuting. These are reported separately as Scope 3 emissions. Employee commute emissions do not include commuting emissions from staff that use City-owned vehicles. These GHG emissions are included in as Scope 1 emissions.

Calculation Methodology ICLEI’s Clean Air Climate Protection (CACP) software was used to estimate and report GHG emissions. The software estimates GHG emissions based on the methods recommended in the LGOP.

Scope 1 Emissions Fuel Combustion Scope 1 emissions from fossil fuel combustion are calculated using the methodology recommended in the LGOP. Fossil fuel combustion produces three different GHGs – CO2, CH4 and N2O. GHG emissions from stationary combustion sources are determined by multiplying the amount of fuel used during the calendar year by the appropriate emission factor for CO2, CH4 and N2O. Next, the amount of each GHG emitted is multiplied by its Global Warming Potential (GWP) to convert the value to carbon dioxide equivalents (CO2-e). Total GHG emissions are reported as CO2-e. The formula used to calculate Scope 1 emissions is: GHG emission in CO2-e= (Amount of fuel) x (Emission factor for GHG per unit of fuel) x GWP of GHG The following calculation demonstrates how GHG emissions from LPG combustion are determined assuming 250 gallons are used annually.


Page E-3

GHG emission in CO2-e= [(250 gallons x 5.79 kg CO2/gallon fuel x 1) + (250 gallons x 0.001 kg CH4/gallon fuel x 21) + (250 gallons x 0.0001 kg N2O/gallon fuel x 310)]/1000 GHG emission in CO2-e= [1447.5 + 5.25 + 7.75]/1000 GHG emission in CO2-e= 1.46 metric tons CO2-e The City of Palm Bay uses Biodiesel 20 in vehicles and heavy equipment. Biodiesel 20 is blend or 20% biodiesel fuel and 80% diesel fuel. Carbon dioxide emissions from the combustion of the fuel must be reported separately as scope 1 emissions and biogenic emissions. The emissions of nitrous oxide and methane are the same for the biodiesel fuel or diesel fuel. To estimate Scope 1 emissions and biogenic emissions, from combustion of the biodiesel fuel, the following methodology was used. GHG emissions attributed to the portion of the fuel that is diesel fuel were estimated from the emission factor in Table E1 and by assuming 80% of the fuel by volume was diesel fuel. These CO2 emissions were reported as Scope 1 emissions. Biogenic CO2 emissions were determined using the emission factor in Table E1 and assuming that 20% of the fuel by volume was biodiesel fuel. Table E1 below contains the emission factors for fuel combustion. Table E2 contains the GWPs for GHGs emitted by City operations. Table E1. Fossil Fuel Emission Factors.

Fuel CO2 Factor CH4 Factor N2O Factor

LPG 5.79 kg/gallon 0.001 kg/gallon 0.0001 kg/gallon

On-road Gasoline

8.81 kg/gallon 0.0147 g/mile (car) 0.0157 g/mile (vans, SUVs)

0.0326 g/mile (trucks, buses)

0.0079 g/mile (car) 0.0101 g/mile (vans, SUVs)


On-road Diesel 10.15 kg/gallon 0.0005 g/mile (car) 0.0010 g/mile (vans, SUVs)




On-road Biodiesel

9..45 kg/gallon 0.0005 g/mile (car) 0.0010 g/mile (vans, SUVs)




Off-road Diesel(a)

10.15 kg/gallon 0.0015 kg/gallon 0.0001 kg/gallon

(a)

CH4 and N2O emission factors from Table G-4, of the Local Government Operations Protocol.

Table E2. Global Warming Potentials (GWPs). Greenhouse Gas Symbol Global Warming Potential

Carbon Dioxide CO2 1

Methane CH4 21

Nitrous Oxide N2O 310

Hydrofluorocarbon-134 C2H2F4 1000

Hydrofluorocarbon-134a C2H2F4 1300

Hydrofluorocarbon-404a C2H2F4/C2HF5/ C2H3F3 3260

Hydrofluorocarbon-410a C2HF5/ CH3F2 1725

Refrigerant Blend R-502 ---- 0


Page E-4

Wastewater Process Emissions The LGOP requires the estimation of fugitive emissions from wastewater treatment operations. For the City of Palm Bay, there are two sources of fugitive GHG emissions – N2O emissions from the overall wastewater process and fugitive CH4 emissions from septic systems. All wastewater process emissions were estimated using population data. For calendar year 2009, wastewater treatment plant operations served a total population of 37,635. Annual N2O emissions (grams/year) = (Ptotal x Find-com) x EF w/o nit/denit Where: Ptotal is the population served by the WWTP adjusted for industrial discharge, if

applicable (person) Find-com is the factor for industrial and commercial co-discharge waste into the sewer

system (default value is 1.25) EF w/o nit/denit is the emission factor for a WWTP without nitrification/denitrification

(g N2O/person/year) To obtain GHG emissions in CO2-e from wastewater treatment processes: GHG emissions in CO2-e = Annual N2O emissions (grams/year) x 310 grams CO2-e per

gram N2O x 1 Metric ton/1,000,000 grams There are eight septic systems that serve two fire stations, three city parks and three public works buildings. Fugitive CH4 emissions are produced from waste decomposition in the septic system. These emissions were estimated following the LGOP and using a population estimate based on the design capacity of the septic systems. Annual CH4 emissions (kg/year) = Ptotal x 365.25 x BOD5 load x Bo x MCF septic Where: Ptotal is the population served by the septic system (person) 365.25 is the number of days per year BOD5 load is the amount of BOD5 produced per person per day (default value is

0.09 kg BOD5 /person/day) Bo is the maximum CH4 producing capacity for domestic wastewater (default value is 0.6

kg CH4/kg BOD5 removed) MCF septic is a CH4 correction factor for septic systems (default value is 0.5) To obtain GHG emissions in CO2-e from septic systems: GHG emissions in CO2-e = Annual CH4 emissions (grams/year) x 21 grams CO2-e per

gram CH4 x 1 Metric ton/1,000 kg


Page E-5

Refrigerant Emissions Fugitive emissions from air conditioners and equipment that use refrigerants were calculated using an alternate method recommended by the LGOP. This method is an alternate mass balance method that relies on equipment inventory, the type of refrigerant used, and default emission factors. Because the default emission factors are highly uncertain, Scope 1 GHG emissions may be over or under estimated using this approach. Emissions were calculated as follows. For each type of equipment, the highest refrigerant capacity listed in the table was used. The capacity was multiplied by the appropriate emission factors for the actions that were applicable to that equipment during calendar year 2009. This estimation assumes no installation or disposal of equipment during the base year. For an existing refrigerator that only operated during the year: GHG emissions = Capacity of refrigerant in equipment x Operating Factor GHG emissions CO2-e = GHG emissions of refrigerant x GWP of refrigerant Table E3 includes default emission factors for refrigerant equipment. Global Warming Potentials used in the emissions estimation are provided in Table E2. Table E3. Emission Factors for refrigerants. Emission factors in percent of capacity.

Type of Equipment Capacity of Unit (kg)

Installation Operating Remaining at

Disposal

Recovery Efficiency

Domestic Refrigeration 0.05 – 0.5 1% 0.5% 80% 56%

Chillers 10-2000 1% 15% 100% 90%

Residential & Commercial Air Conditioning

0.5-100 1% 10% 80% 64%

Scope 2 Emissions The use of purchased electricity at City owned and operated buildings, wastewater lift stations, parks and recreation centers produce Scope 2 GHG emissions. When possible, Scope 2 emissions are calculated from metered electricity data and appropriate emission factors. Annual electricity data was obtained from FPL for each account held by the City of Palm Bay. The monthly electricity consumption in kWh was added up for each month of 2009 to calculate the total CY 2009 electricity consumption. The energy usage was adjusted for January and December 2009 to account for additional or fewer days during the billing period. For example, for a bill ending 12/22/2009, the January 2010 daily usage was multiplied by the remaining days in December 2009. Similarly, for a bill ending 01/22/2009, only the days in January 2009 were accounted for in the annual calculation. The emission factors used in the calculation depend on the fuel mix of the electrical generator. Emission factors were taken from the most recent (2007) EPA eGRID database. Emission factors reflect the type of fuel mix of electric generating utilities in the FRCC sub region,


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applicable to all of the state of Florida south of the Georgia/Florida state line. Emission factors used for this inventory are provided in Table E4. The amount of each GHG emitted is multiplied by its Global Warming Potential (GWP) to convert the value to carbon dioxide equivalents (CO2-e). Total GHG emissions are reported as CO2-e. The formula is: GHG emission in CO2-e= (Amount of electricity) x (Emission factor from eGRID for GHG) x GWP of GHG Emission factors used for this inventory are provided in Table E4.

Table E4. eGRID Electricity Emissions Factors for base year inventory. Greenhouse Gas Emission Factor

(lbs/MWh)

Carbon Dioxide 1,318.57

Nitrous Oxide 0.0169

Methane 0.0459

Source: eGRID2007 Version 1.1 NERC Region Location (Operator)-based File (Year 2005 Data)

Electricity usage at City-leased properties is included in the rent paid by the City. There are not separate electric meters for each tenant in these buildings. Electricity consumption in these buildings was estimated by multiplying the ratio of the floor space occupied by city operations to total floor space of the building by the total electricity usage for the building. The property owner provided electricity and square footage data to the City.

Scope 3 Emissions Several activities produce Scope 3 emissions such as emissions from municipal solid wastes, land application of biosolids, and public transit. Scope 3 emissions are all other indirect emissions not defined as Scope 2 emissions. These are GHG emissions resulting from City actions, but occurring elsewhere. As required by ICLEI, Scope 3 emissions estimated in the present report include employee commute emissions. The City plans to report other Scope 3 emissions in future emission inventories when they can be quantified accurately. Scope 3 GHG emissions from employee commuting were estimated using data on the distance each employee typically drives one-way to their work location. For calendar year 2009, the total estimated mileage was 1,864,333 miles. Using an average fuel economy of 21.1 mpg, this is equivalent to 88,357 gallons of gasoline.


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Data from the US DOT was used to obtain a distribution of the number of passenger cars to light trucks for use in estimating CH4 and N2O emissions. GHG emission in CO2-e= [Amount of fuel x CO2 per unit of fuel x GWP of CO2] + [Annual mileage x N2O per mile x GWP of N2O] + [Annual mileage x CH4 per mile x GWP of CH4] At an average fuel economy of 21.1 mpg, the GHG emissions are 795 mt CO2-e.

Scope 3 GHG Emissions from Biosolids Transport

During calendar year 2009, the ultimate disposal for biosolids produced from wastewater treatment was application to land. The transport of the biosolids from the wastewater treatment plant to the disposal sites is conducted by outside vendors. For calendar year 2009, biosolids haulers completed 804 trips, traveling 256 miles per round trip. Vehicles used for biosolids hauling are 6,000 gallon diesel-fueled tanker trucks. GHG emissions from transport of biosolids are Scope 3 emissions. GHG emissions were estimated in the following manner. Methane and N2O emissions were estimated using the annual mileage and LGOP emission factors. Carbon dioxide emissions were estimated from total fuel consumption. Annual mileage was used to estimate annual diesel fuel consumption of the tanker trucks. An average heavy-duty vehicle efficiency of 5.619 mpg was assumed for this estimate. Based on the annual mileage of 205,824 miles, the annual diesel fuel consumption is 36,630 gallons.

GHG emissions are: CO2 = 36,630 gallons x 10.15 kg/gallon/1000 kg/metric ton CO2 = 371.8 metric tons CO2 CH4 = (0.0051 grams CH4/mile x 804 trips x 256 miles per trip)/ (1000 g/kg x 1 metric ton/1000kg) CH4 = 0.00105 metric tons CH4

N2O = (0.0048 grams N2O mile x 804 trips x 256 miles per trip)/(1000 g/kg x 1 metric ton/1000kg) N2O = 0.000988 metric tons N2O GHG emissions = 1 x 371.8 metric tons CO2 + 21 x 0.00105 kg CH4 + 310 x 0.000988 kg N2O GHG emissions = 372.1 metric tons CO2-e


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Attachment F Data Management


Page F-1

Data Management The fleet manager has access to fuel purchase records and uses software to monitor fuel usage and mileage on a per vehicle basis. The records include vehicle manufacturer, model, model year, vehicle identification number, City identification number and annual mileage. Fuel purchases are tracked by Department and by the individual vehicle. The City uses monthly utility bills to track facility electricity usage. A spreadsheet keeps monthly usage data by utility account number, address and facility name. Table F1 provides the data sources for Scope 1 and Scope 2 emission sources. Table F1. Scope 1 and Scope 2 Emission Activity Data Sources.

Emission Source Activity Data Data Origin Records

Responsibility

Vehicles Quantity of fuel used Purchasing records Fleet Manager

Vehicles Annual mileage Maintenance records Fleet Manager

Heavy Equipment Quantity of fuel Purchasing records Fleet Manager

Buildings & Facilities Electricity used FPL Facilities Manager

Emergency Generators Operating hours Operating records Facilities Manager

Vehicle Air Conditioning Refrigerant replaced. Maintenance records Fleet Manager

Building Air Conditioning Refrigerant capacity Vendor records Facilities Manager

Refrigeration Units Refrigerant capacity Vendor records Facilities Manager

Water Treatment & Distribution

Electricity used FPL Utilities Manager

Wastewater Process Population Served City records Utilities Manager

Septic Systems Population Served City records Facilities Manager

Employee Commute Mileage to/from

workplace City GIS Facilities Manager

Data Normalization The City of Palm Bay has not set a specific GHG reduction goal. The City will use GHG emissions/square foot to normalize data from buildings, parks and recreation centers. GHG emissions from water and wastewater treatment will be normalized to million gallons treated. Mobile source emissions will be normalized by total vehicles owned and operated by City staff.

Quality Assurance and Data Security Each year the City Manager’s staff will review data collection methods to improve the accuracy of the GHG emission inventory. All utility invoices are scanned upon receipt and stored electronically. Fuel purchase records are received and stored electronically. Paper backup copies are stored in the accounting department. The City Manager’s office will maintain an inventory supporting documentation list, identifying the sources of data used in the inventory and the location where the records can be found.


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Reporting Frequency The developers of the LGOP expect local governments to make a good faith effort to provide a complete, accurate and consistent accounting of their GHG emissions. For this reason, the City has indentified in this document what emission sources have not been evaluated and the reason for not evaluating these emissions. Calendar year 2009 data will be used to complete an ICLEI Quick Action Report and to establish data collection and analyses requirements for completing future inventories. The City will begin reporting on an annual basis starting with calendar year 2010 data. For reporting purposes, the City has adopted the ICLEI significance-reporting threshold of 5%. Emission sources that cumulatively equal less than 5% of the total Scope 1 and Scope 2 GHG emissions can be computed less rigorously.

Adjustment to Base Year Emissions The City of Palm Bay evaluated GHG emissions for calendar year 2009 to understand the magnitude of GHG emissions from City operations and to identify what information would allow the City to more accurately estimate GHG emissions. Palm Bay has prepared a sustainability plan, which identifies actions planned to reduce overall energy consumption, increase the use of renewable energy and in turn, reduce GHG emissions. These changes – the addition or deletion of emission sources in the inventory boundary will require the recalculation of the base year inventory in order to accurately track changes in GHG emissions. Base year emissions will be recalculated for structural changes, methodology changes or discovery of errors in the base year calculations that exceed a significance level of one (1) percent of the total base year emission inventory. This ensures data consistency, so that comparisons of GHG emissions can be made over time. For purposes of the GHG emission inventory, structural changes are:

The acquisition or divestiture of property or assets,

The acquisition or divestiture of leased property or assets, and

Changes to the geographic boundary of the City. The baseline GHG inventory will be adjusted to include the new acquisition or to exclude the divestiture, if the GHG emissions from the property exceed the significance threshold. For inventory purposes, there is no partial-year ownership, lease or divestiture. As recommended by the GHG Protocol produced by the World Resource Institute, methodology changes that may require a recalculation of the base year include changes to emission factors, improvements in accuracy of activity data, or changes to the method used to calculate emissions. In order to evaluate the progress towards reducing GHG emissions over time, a base year is chosen for which verifiable emission data are available. The City of Palm Bay has selected


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calendar year 2009 as the base year because it is the first year for which they will have accurate activity data. Secondarily, this year is representative of conditions prior to implementation of measures that will result in reduced fossil fuel consumption and consequently, reduced GHG emissions.


Page G-1

Attachment G Inventory of Mobile Sources


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Table G1. Mobile Source List for Baseline Year 2009 – Fire Department

Model Year Manufacturer Model Vehicle Type Vehicle

ID Annual Mileage

Fuel (gallons)

1994 CHEVY S10 Gasoline Light-Duty Truck 5128 227 15

1997 CHEVY BLAZER 4X4 Gasoline Light-Duty Truck 5153 11,219 663

1997 CHEVY TAHOE 4X4 Gasoline Light-Duty Truck 5155 3,469 213


1995 GMC 2500 Diesel Light-Duty Truck 5109 1,331 91


1997 CHEVY S10 Gasoline Light-Duty Truck 5170 3,151 237

1998 CHEVY 3500 Gasoline Light-Duty Truck 5172 138 52



2001 CHEVY SUBURBAN Gasoline Light-Duty Truck 5177 3,441 355

2001 CHEVY SUBURBAN Gasoline Light-Duty Truck 5178 14,159 1,283


2001 CHEVY ASTRO VAN Gasoline Light-Duty Truck 5179 3,835 251


2002 CHEVY 2500 4X4 Gasoline Light-Duty Truck 4232 357 63

2004 CHEVY TRAILBLAZR Gasoline Light-Duty Truck 5183 8,844 633


2004 CHEVY COLORADO Gasoline Light-Duty Truck 5185 4,365 279

2005 CHEVY G20 Gasoline Light-Duty Truck 5187 871 77


2009 CHEVY G30 Gasoline Light-Duty Truck 6011 8,400 817






Page G-2


ID Annual Mileage

Fuel (gallons)




2006 MEDTEC C4500 Diesel Light-Duty Truck 5191 117 178

2009 GMC C4500 Diesel Light-Duty Truck 6001 59 89




Page G-3

Table G2. Mobile Source List for Baseline Year 2009 – Police


ID Annual Mileage

Fuel (gallons)

1995 FREIGHTLINER FL60 Diesel Light-Duty Truck 5130 33 18



1981 CHRYSLER PEACE KEEPER Gasoline Light-Duty Truck 5768 48 35

2009 CHEVY IMPALA Gasoline Passenger Car 5790 9,528 648















2009 CHEVY MALIBU Gasoline Passenger Car 5807 3,368 150




1997 CHEVY 2500 Gasoline Light-Duty Truck 6604 1,448 171

1998 CHEVY 2500 CARGO Gasoline Light-Duty Truck 5517 2,224 53




Page G-4


ID Annual Mileage

Fuel (gallons)


2009 CHEVY IMPALA Gasoline Passenger Car 5774 16,672 1,222










2007 CHEVY COBALT Gasoline Passenger Car 4255 4,825 179

















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ID Annual Mileage

Fuel (gallons)























1999 CHEVY BLAZER 4X4 Gasoline Light-Duty Truck 5538 7,616 419




2000 CHEVY G30 12PASS Gasoline Light-Duty Truck 5034 489 52


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ID Annual Mileage

Fuel (gallons)

2001 CHEVY BLAZER Gasoline Light-Duty Truck 5670 9,946 752


















2001 FORD EXPEDITION Gasoline Light-Duty Truck 5671 23,712 1,776

2001 CHEVY 2500 12PAS Gasoline Light-Duty Truck 3201 6,136 551









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ID Annual Mileage

Fuel (gallons)





























Page G-8


ID Annual Mileage

Fuel (gallons)


























2002 CHEVY 3500 15PAS Gasoline Light-Duty Truck 5633 7,995 730

2004 CHEVY TAHOE Gasoline Light-Duty Truck 5650 22,033 1,444


Page G-9


ID Annual Mileage

Fuel (gallons)

2004 CHEVY TAHOE Gasoline Light-Duty Truck 5651 11,788 841









2002 BUICK CENTURY Gasoline Passenger Car 5625 15,970 738









2004 CHEVY COLORADO Gasoline Light-Duty Truck 5664 313 9

2001 LEASE LEASE Gasoline Passenger Car 5506 11,303 748


2001 LEASE LEASE Gasoline Passenger Car 5508 15,702 1,555


2001 LEASE LEASE Gasoline Passenger Car 5542 19,195 1,254





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ID Annual Mileage

Fuel (gallons)

2001 CHEVY IMPALA Gasoline Passenger Car 5606 946 74



2005 CHEVY VAN CARGO Gasoline Light-Duty Truck 5707 13,480 1,150

2005 CHRYSLER VAN 10 Gasoline Light-Duty Truck 5708 6,343 313


2005 CHEVY VAN CARGO Gasoline Light-Duty Truck 5709 17,835 1,454









2000 CHEVY LUMINA Gasoline Passenger Car 5569 11,834 573





2009 CHEVY TRAILBLAZR Gasoline Light-Duty Truck 2003 24,418 1,323








Page G-11


ID Annual Mileage

Fuel (gallons)






2009 CHEVY EQUINOX Gasoline Light-Duty Truck 5789 14,991 732


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Table G3. Mobile Source List for Baseline Year 2009 – Public Works


ID Annual Mileage

Fuel (gallons)

1999 FORD F550 Diesel Light-Duty Truck 6601 3,947 538


2003 FORD F550 SPRAY Diesel Light-Duty Truck 6554 2,916 486

1994 CHEVY 3500 SIGN Gasoline Light-Duty Truck 6490 3,811 589


1995 GMC 2500 Gasoline Light-Duty Truck 6499 4,831 591

1996 CHEVY S10 BLAZER Gasoline Light-Duty Truck 7004 2,278 177


1998 CHEVY 2500 4X4 Gasoline Light-Duty Truck 6322 7,807 652









2000 GMC 3500 4X4 Gasoline Light-Duty Truck 6442 5,278 663


2001 CHEVY 3500 4X4 Gasoline Light-Duty Truck 6544 9,142 1,131








Page G-13


ID Annual Mileage

Fuel (gallons)


2003 FORD F250 Gasoline Light-Duty Truck 6553 6,808 1,057


2004 ISUZU NPR TILTCABTRK Gasoline Light-Duty Truck 6555 20,972 2,601




2005 GMC 2500 Gasoline Light-Duty Truck 6571 9,854 1,127



2005 FORD F550 4X4 Diesel Light-Duty Truck 6573 8,780 1,154












2009 FORD F350 4X4 Gasoline Light-Duty Truck 6813 9,661 1,450


2009 FORD F250 Gasoline Light-Duty Truck 6815 5,157 626




Page G-14


ID Annual Mileage

Fuel (gallons)







2009 FORD F550 4X4 Diesel Light-Duty Truck 6820 6,559 812



Page G-15

Table G4. Mobile Source List for Baseline Year 2009 – Utilities


ID Annual Mileage

Fuel (gallons)


2003 FORD F550 Diesel Light-Duty Truck 6316 8,339 1,073







2007 FORD E450 Diesel Light-Duty Truck 6936 3,706 591


2000 GMC 3500 Gasoline Light-Duty Truck 6320 8,219 1,143




2001 CHEVY 2500 Gasoline Light-Duty Truck 6379 6,307 1,432





2002 CHEVY TAHOE Gasoline Light-Duty Truck 6399 15,299 889

2002 CHEVY S10 Gasoline Light-Duty Truck 6387 575 39





2002 CHEVY 2500 4X4 Gasoline Light-Duty Truck 6396 8,815 1,201



Page G-16


ID Annual Mileage

Fuel (gallons)

2002 CHEVY 2500 CARGO Gasoline Light-Duty Truck 6391 9,419 1,009






2004 GMC 2500 4X4 Gasoline Light-Duty Truck 6343 14,874 1,339


2005 FORD RANGER Gasoline Light-Duty Truck 6121 11,613 643

2005 GMC 2500 Gasoline Light-Duty Truck 6906 954 107




2005 CHEVY COLORADO Gasoline Light-Duty Truck 6910 14,120 1,065






2006 CHEVY C3500 Gasoline Light-Duty Truck 6923 9,247 1,084

2007 CHEVY G20 Gasoline Light-Duty Truck 6932 4,603 452








Page G-17


ID Annual Mileage

Fuel (gallons)


2009 FREIGHTLINER SPRINTER Diesel Light-Duty Truck 6957 13,337 1,022

2009 FREIGHTLINER SPRINTER Diesel Light-Duty Truck 6959 5,052 450

2009 FREIGHTLINER SPRINTER Diesel Light-Duty Truck 6960 1,756 178










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Table G5. Mobile Source List for Baseline Year 2009 – Parks and Recreation


ID Annual Mileage

Fuel (gallons)

1994 GMC 3500 TP314 Gasoline Light-Duty Truck 6704 6,296 711








1999 SUMMERCAMP LEASE Gasoline Light-Duty Truck 4202 0 37










2004 CHEVY 3500 VAN Gasoline Light-Duty Truck 4241 2,200 155






2005 CHEVY G30 15PA Gasoline Light-Duty Truck 4249 2,729 252


2001 FORD F350 CREW Diesel Light-Duty Truck 5175 5,125 429


Page G-19


ID Annual Mileage

Fuel (gallons)



2007 CHEVY G30 15PASS Gasoline Light-Duty Truck 4262 2,338 180

2007 GMC C3500 Gasoline Light-Duty Truck 4269 5,141 568








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Table G6. Mobile Source List for Baseline Year 2009 – Administrative


ID Annual Mileage

Fuel (gallons)








2002 CHEVY ASTRO VAN Gasoline Light-Duty Truck 3203 916 31



2006 CHEVY COLORADO Gasoline Light-Duty Truck 6125 729 67




2006 FORD RANGER Gasoline Light-Duty Truck 6124 4,576 168





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