1. CapegateRenewableEnergyCapegate Renewable Energy has a special interest in solar energy. Solar energy as a renewable energy is used in the conversion for agriculture, chemical production, water treatment, also in areas of heating, cooling, ventilation for all purposes. This has been made possible by the use of ever-evolving technologies.

Solar Energy

The benefits of using solar energy include:

• It does not require diesel • Makes no noise • Greenhouse emission: Does not pollute the air • Can be used in remote places • Reliable in our weather situations

Solar Borehole

We provide services in the areas of solar-powered streetlights, solar boreholes, solar base station solutions, solar power plants for residential, commercial and

industrial purposes as well as installation, maintenance, training and consultancy services.

Solar Streetlights Wind Solar Streetlight

Solar Powered Base Station

Grid tiered System

Off Grid Tiered System

Wind Energy

Besides solar energy, Wind Energy plays a key role in our quest for alternative source of energy to help meet energy growing demand. The total amount of economically extractable power available from the wind is considerably more than present human power use from all sources. Wind power has been used for irrigation pumping and milling grain for centuries and in the 20th century, electricity production.

The ecological impact of wind energy is not significant. We consult with the Government and communities on appropriate planning and approval procedures in order to reduce environmental risks.

Wind Energy Powering a Residential Building

Other renewable energy we are involved in includes:

• Steam energy

• Hydrogen to energy

• Waste to Energy

Steam Energy

2. COAL

Coal, a fossil fuel, is the largest source of energy for the generation of electricity worldwide, as well as one of the largest worldwide anthropogenic sources of

carbon dioxide emissions. Gross carbon dioxide emissions from coal usage are slightly more than those from petroleum and about double the amount from natural gas. Coal is extracted from the ground by mining, either underground or in open pits.

Capegate has plans to drill site programs that define full coal reserves. We drill coal bed samples over burden rocks and underclay.

LIMESTONE

Limestone is a sedimentary rock composed largely of the mineral calcite. They are composed of grains, though most of the grains are skeletal fragments of marine organisms such as coral amongst others. Limestone is common in architecture, especially in Europe and North America. Train stations, banks, famous landmarks like the Great Pyramid are made from Limestone.

Capegate engages in the evaluation and mapping of limestone resource reserves. We will sustain and maintain a full cement production plant.

Limestone

3. Energy Conservation The largest consumer of electricity is lighting. It represents around 12 to 15 percent of the total level of carbon dioxide emission. The solution brought forward is energy saving lamps (CFL’s). However, these lamps aren’t perfect wondrous lamps; they are made of poisonous phosphor and mercury.

An LED Bulb

The LED lamp has a longer life span. Some of the LED lamps have 50,000 hours life span. They use very low voltage of about 10W which is equivalent to the 100W bulb. They also reduce the emission of carbon by several thousand tonnes during their life span. We deal in LED lamps and bulbs.

OVERVIEW OF WASTE-TO-ENERGY

The two methods we use in Waste-to-Energy conversion are;

v Anaerobic System: In this method, we plan, design, and install

Anaerobic Digester systems for turning manure and other organic

wastes into biogas for heat and renewable electric energy.

CAPEGATE BASIC LAYOUT OF ANAEROBIC SYSTEM

q WASTE - Collection and Separation

q ANAEOROBIC FERMANTATION - Biogas production q OUTPUT - Heat Energy production ( process, household, greenhouse

)

q OUTPUT - Electricity q OUTPUT - Organic fertilizer ( liqud or solid )

CAPEGATE ANAEROBIC SYSYTEM PLAN

Residence

ElectricEnergy

Biogas

v Plasma Gasification System: We are dedicated to the promotion of

the most current technologies for the recovery of energy from waste.

In our opinion, the waste "problem" is the solution to our energy

needs. We like to think of waste as an asset rather than a liability.

Current technologies using plasma gasification and pyrolysis

processes can convert almost any waste material into usable

products such as electricity, ethanol, vitrified glass and other

saleable products. This is a true waste to energy system that goes

way beyond the traditional incinerator and beyond standard

gasification processes. We promote technology that allows for 100%

Fertilizerstorage

Agriculturaluse BiodigesterBiofermantor

ReceptionZone

Farm intermediate storage

Reception Zone

BiodigesterBiofermentors

ElectricEnergy

Co-generation

FertilizerTreatmentandStorage

Farm Homes

conversion of waste to energy in a safe and environmentally friendly

manner. Plasma gasification and pyrolysis processes allow for the

virtual elimination of landfills, recycling without sorting, the

complete thermal conversion of all types of waste to energy in the

form of green electricity or ethanol.

PLASMA GASIFICATION PROCESS DESCRIPTION OVERVIEW

Capegate Waste Mgt. uses with the thermal transformation of waste to produce

a clean combustible gas referred to hereinafter as "Fuel Gas". The Fuel Gas is

used to produce electricity in a combined cycle gas/steam turbine. Alternatively,

the Fuel Gas can be used to produce ethanol (denatured ethyl alcohol), a fuel that

can either be blended with gasoline or burned in an engine as a neat fuel. Heat

generated by the process is used to produce electricity, superheat steam, heat

boiler feed water and to distill.

BENEFITS

• The conversion of any carbon-based material is in excess of 99%.

Non-carbon-based materials which are converted into vitrified glass.

Molten metals are separated from the glass and recovered.

• The Fuel Gas produced is much cleaner than standard gasification

processes.

• The sole discharge into the air is from the turbine.

• Heat from the process is used internally to produce electricity, distill

ethanol and distill HCL.

PROCESS FLOW DESCRIPTION

The following is a description of Capegate Waste Mgt. Services process for

transforming Municipal Solid Waste (MSW) and other waste materials into

energy and useable by-products. The process can be broken down into four sub-

systems: material handling, thermal transformation or plasma gasification, gas

clean up, steam and energy production.

CAPEGATEPROCESSFLOWDIAGRAM

One of our key projects of interest is Biogas Waste-to-Energy project in the

FCT and Kaduna State of Nigeria where we have an estimated electricity

generation of about 40MW & 42MW of electricity respectively.

The preliminary feasibility studies of the two projects havebeen conducted

by Capegate Local and Foreign/technical partners.

CAPEGATE BIO-ENERGY

Capegate Bio-Energy has been established as a Subsidiary of Capegate Group to pioneer the provision of Renewable Energy and Energy Efficiency Solutions in Nigeria. It is poised to pursue opportunities that will meet the Nigeria’s current and future energy demands using alternative energy source (Green), with focus in the area of Production, Marketing and investment in Biofuels using Sugarcane and Jatropha as feedstock for Fuel Ethanol and Biodiesel respectively thereby linking the agricultural sector with the Oil & Gas industry, Capegate Bio-energy also focuses on Bio electricity from Biomass, Biogas, waste management solutions, Bio plastic, organic fertilizer, off-grid solar Power solutions, hydrogen to energy technology and Energy Efficiency solutions.

We support our clients at all stages of their projects (design, engineering, implementation, operation and maintenance). Capegate Bio-Energy team can provide turnkey solutions to execute any Renewable Energy Project.

We have been able to leverage the excellent commercial and governmental relationships both to facilitate the expansions of our renewable energy operations and to build new approach in Nigeria and West Africa sub region.

Our Projects are in line with supplementary ACT A/AS.3/07/13 on the ECOWAS Renewable Energy Policy and supplementary ACT A/AS.2/07/13 on the ECOWAS Energy Efficiency Policy as well as the Nigerian Renewable Energy Master Plan and the Nigerian National Biofuels Policy and Incentives.

Purpose

To be a global player in the Biofuels business by linking Agriculture with the Oil and Gas industry while developing other Renewable Energy resources that are environmentally benign, socially suitable and economically profitable.

Vision

To provide quality Renewable Energy and Energy efficiency solutions with Global standards.

Mission statement:

To lead in the sustainable production and commercializing cost effective Renewable Energy and bioenergy products through innovation and advanced technology.

Core values

• We believe stakeholder engagement with esteem and trust.

• We develop through creativity, and innovation.

• We integrate honesty, integrity, business ethics and professionalism in all aspects of our Business.

1. 105,000 ha Fuel Ethanol and Sugar Venture using Sugarcane as feedstock in Kogi, Benue and Gombe states of Nigeria.

Jatropha Biological fencing as part of Great Green Wall programme with a twin object biodiesel and electricity generation and conflict resolution mechanism between farmers and headsmen while producing

Waste to Energy with Biogas as the main Product in the F.C.T using landfill to produce Biogas

Off-grid Solar Solutions and energy efficiency for villages in Jega Local Government Area of State, Nigeria

Capegate Integrated Jatropha Biodiesel Project

Project concept flow

Key Drivers of the project

Key Drivers of the Project:

The prevailing reasons for venturing into biofuels business by Capegate as an investment outfit are:

§ Land availability

§ Market for finished products(Jatropha Methyl Ether & Aviation Fuel)

§ Market for co-products (glycerol, Electricity, etc.)

§ Potential for earning Carbon Credit under the UNFCCC Clean Development Mechanism (CDM)Project

§ The presence of regulatory framework in form of supplementary ACT A/AS.3/07/13 on the ECOWAS Renewable Energy Policy and supplementary ACT A/AS.2/07/13 on the ECOWAS Energy Efficiency Policy as well as the Nigerian Renewable Energy Master Plan and the gazetted Nigerian National Biofuels Policy and Incentives.

§ Economic viability of the project in terms of profits and returns on investment.

Organization: Capegate Bio- Energy Limited Main contact name:

Bashir Namadina Jega Chairman/CEO capegateinvestment@yahoo.com; bashirjega@capegategroup.com +2347042020202 Expertise: Project Management, Investment Analysis, Business Administration &Management, Business Development, Negotiation and Conflict Resolution Strategies

Other Contacts:

1.Umar, Abdu Azia Manager Feedstock Development probiongl@yahoo.com; umaruazia@capegategroup.com +234(0)94343468 Expertise: Agro-forestry, policy formulation, Rural economy, Climate change, Reforestation. Land restoration.

Mailing Address:

Melita Plaza, D14/F13/A29, Second Floor, Ahmadu Bello Way, Area 11 Abuja, Nigeria.

Phone Number:

+2347042020202

Email: Capegate.bioenergy@yahoo.com; capegate.bioenergy@capegategroup.com

City, State and Country

Abuja, F.C.T. Nigeria