ENVIRONMENTAL MANAGEMENT PLAN I Musfiq Substation ... · It has connections to three 220 kV...

Azerbaijan: Power Transmission ProjectENVIRONMENTAL MANAGEMENT PLAN

I Musfiq Substation

Replacement of Transformers

A. PROJECT DESCRIPTION – MUSFIQ SUBSTATION

The Azerbaijan Government has applied for funding from the International Bank for Reconstruction and Development (the World Bank) for aproject to develop transmission system control and to rehabilitate power transmission facilities. Some of the funds are planned used for investmentsat this substation.

The Musfiq facility is located to the west of Baku City on the periphery of the Greater Baku urban area. The substation is on quite steeply slopingground directly above Lake Ceyranbatan. There is no obvious sign of environmental damage to lands surrounding the substation. Site access isgood and will pose no problems for equipment installation and evacuation.

Musfiq 220/110 kV substation is one of the five main substations in the Apsheron load centre area, west of Baku city. The station was placed inservice in 1985/1986. It has connections to three 220 kV transmission lines, eight 110 kV lines and two 200 MVA autotransformers with a totalcombined rating of 400 MVA.

It is expected that load growth will maintain a high rate, considering the current development within the urban area serviced by the station.Moreover, the current loading conditions of the Mushfiq substation do not tolerate any maneuverability measures for the transformers. If for anyreason one of the two transformers fails, Azerenerji will not be able to transfer the entire load on the second transformer. A load amounting to 120MW will have to be shed.

Necessary rehabilitation / upgrading works subject of this EMP: Substitution of the existing transformers by two transformers rated 250 MVA each.

(Additional project work at the substation, but outside the scope of this EMP: Replacing the instrumentation and controls; and adaptation of thesubstation equipment for allowing installation of Remote Terminal Units for the SCADA/EMS system (transmission system control).)

The planned investment is expected to cost less than US$4 million.

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B. SCHEDULE – MUSFIQ SUBSTATION

Starting date Ending date

MITIGATION ACTIVITIESConstruction – preliminary estimate,depending on timing of World Bank loanOperation – preliminary estimate

March 1, 2006

October 1, 2006

October 1, 2006

MONITORING ACTIVITIESConstructionOperation

March 1, 2006October 1, 2006

October 1, 2006

Note: The Starting and Ending Dates shown hereinafter are conditional ones.Specific dates will be determined during evaluation of bidding documents.

Sections C through G of this Environmental Management Plan (EMP) are identical for the transformer/switchgear/breakers/batteries rehabilitationsubprojects of the Azerbaijan Power Transmission Project.

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II Imishli Substation


A. PROJECT DESCRIPTION – IMISHLI SUBSTATION


The Imishli substation is located some 1-2 kilometres from the urban area in relatively close proximity to a rail corridor. The access road to the siteis surfaced and in fair condition but any heavy traffic will have to pass through much of the urban area. The site and surrounding areas are very flatbut with no obvious high water table or contamination concerns. Agricultural land use adjacent to the site may have been intensive in the past butlevels of activity are now low.

Imishli 330/230/110 kV substation is a principal switching station in the southern area of Azerbaijan, on the borders with Iran. It is the mainconnection point to the Iranian grid. The station was initially placed in service in 1984 (1 x 125 MVA transformer) and has been subsequentlyupgraded in 1994 and 2000 (1 x 125 MVA and 1 x 250 MVA respectively). The connection to the Iranian grid is at the 230 kV level. The substationhas connections to two 330 kV transmission lines, one 230 kV line, six 110 kV lines, two 125 MVA autotransformers and one 250 MVAautotransformer with a total combined transformers rating of 500 MVA.

Currently, the loading of the 125 MVA transformers has reached a very critical limit (105 % at peak demand times). Imishli substation providessupply to a central railway power supply station, and growing industrial, agricultural and residential sectors in the area.

Necessary rehabilitation / upgrading works subject of this EMP: Substitution of the two existing 125 MVA transformers by two transformers rated200 MVA each.



4

B. SCHEDULE – IMISHLI SUBSTATION



March 1, 2006

October 1, 2006

October 1, 2006



October 1, 2006


5

III Gandja Substation


A. PROJECT DESCRIPTION – GANDJA SUBSTATION


The Gandja substation is located 10 km to the south of Gandja city within a rural landscape. Access to the site is good and there are no obviousproblems with ground condition.

Gandja 330/110 kV substation is a principal switching station in the eastern area of Azerbaijan. The station was initially placed in service in 1969(1 x 125 MVA transformer) and has been subsequently upgraded in 1992 (1 x 200 MVA). The substation has connections to three 330 kVtransmission lines, fifteen 110 kV lines, one 125 MVA autotransformers and one 200 MVA autotransformer with a total combined transformersrating of 325 MVA.

Currently, the loading of the 125 MVA transformers has reached a very critical limit (overloaded at peak demand). Considering that Gandja is thesecond biggest city, and the heavy industrial activities in this area, it is expected that load growth will continue. Moreover, this transformer hasexceeded its operational lifetime.

Necessary rehabilitation / upgrading works subject of this EMP: Substitution of the existing 125 MVA transformers by a new transformers rated200 MVA.



6

B. SCHEDULE – GANDJA SUBSTATION



March 1, 2006

October 1, 2006

October 1, 2006



October 1, 2006


7

IV Yashma Substation

Replacement of Circuit Breakers

A. PROJECT DESCRIPTION – YASHMA SUBSTATION


The Yashma substation is located just north of the Apsheron Peninsula some 20 km north of Sumqait City. It is an isolated complex set in anagricultural landscape in proximity to the main rail line between Baku and Russia and an associated, large rail yard. A small village is locatedapproximately 1km from the site. The area is low lying within the coastal plain. The water table is obviously high, with all major facilities, road,and rail elevated on bunds or embankments. Adjacent lands are actively utilized for agriculture and are set well below built development levels.

Yashma 330/220/110 kV substation is a principal switching station north of the Apsheron peninsula. It is one of the two main stations on theconnection link to the Russian grid. The station was initially placed in service in 1974 (1 x 200 MVA transformer) and has been subsequentlyupgraded in 1979 and 1983 (1 x 240 MVA and 1 x 200 MVA respectively). The substation has connections to two 330 kV transmission lines, one220 kV line, nine 110 kV lines, two 200 MVA autotransformers and one 240 MVA autotransformer with a total combined transformers rating of640 MVA.

The circuit breakers type Y-220 are physically worn out and have outlived their lifetime.

Necessary rehabilitation / upgrading works subject of this EMP: Replacing the three existing oil breakers type Y-220 with new GI motorized circuitbreakers.

(Additional project work at the substation, but outside the scope of this EMP: Adaptation of the substation equipment for allowing installation ofRemote Terminal Units for the SCADA/EMS system (transmission system control).)

The planned investment is expected to cost less than US$300,000.

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B. SCHEDULE – YASHMA SUBSTATION



March 1, 2006

October 1, 2006

October 1, 2006



October 1, 2006


9

V Qala Substation


A. PROJECT DESCRIPTION – QALA SUBSTATION


The substation is located on the southeast of the low-lying Apsheron peninsula, 25 kilometers to the east of Baku City. It is an isolated facility set ina heavily degraded industrial landscape comprising an onshore oilfield and other individual, generally abandoned, industrial units. All builtdevelopment in this area is on fill, and roads are placed on bunds suggesting high water tables. Widespread land contamination (predominantly oil)is evident in many areas in the vicinity of the site, but there is no evidence of contamination within the substation site or in its immediate proximity.

The substation was put in service in 1985. It has a single bus on the 110 kV voltage level with connections to six 110 kV transmission lines and two40 MVA autotransformers with a total combined transformers rating of 80 MVA. The substation also has a number of switchgears at 35 kV & 6 kVvoltage levels (9 cells on the 35 kV switchgear and 11 cells on the 6 kV switchgear).

The transformers are currently loaded at a critical limit. During winter, the transformers’ load reaches beyond 100%, and Azerenerji is forced toperform load-shedding maneuvers. It is expected that the load growth will continue at a high rate in this area. Qala substation provides powersupply mainly to oil industries and to residential complexes.

Necessary rehabilitation / upgrading works subject of this EMP: Substitution of the existing 40 MVA transformers by a new transformer rated 63MVA.


The planned investment is expected to cost less than US$1.5 million.

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B. SCHEDULE – QALA SUBSTATION



March 1, 2006

October 1, 2006

October 1, 2006



October 1, 2006


11

VI Kurdamir Substation


A. PROJECT DESCRIPTION – KURDAMIR SUBSTATION


The Kurdamir substation is located on agricultural lands within a few kilometres of the Kurdamir urban area. The access from the main road isstraightforward and would pose no problems. There is no obvious evidence of a high water table or difficult ground conditions at the site.

The Kurdamir 110/35/10 kV substation is an urban primary distribution station. It was initially placed in service in 1959 (1 x 15 MVA transformer)

and has been subsequently upgraded in 1970 (1 x 16 MVA transformer). It has a single bus on the 110 kV voltage level with connections to six 110

kV transmission lines, one 15 MVA transformer and one 16 MVA transformer with a total combined transformers rating of 31 MVA. The

substation also has a number of switchgears at 35 kV & 10 kV voltage levels.

The transformers are currently loaded at a critical limit. During winter, the transformers loading reaches 108 %, and Azerenerji is forced to perform

load-shedding maneuvers. Azerenerji expects that the load growth will continue at a high rate in this area.

Necessary rehabilitation / upgrading works subject of this EMP: Substitution of the existing 15 MVA transformer by a new transformer rated 25MVA.



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B. SCHEDULE – KURDAMIR SUBSTATION



March 1, 2006

October 1, 2006

October 1, 2006



October 1, 2006


13

VII Yevlakh Substation

Replacement of Switchgear

A. PROJECT DESCRIPTION – YEVLAKH SUBSTATION


Yevlakh 110/35/10 kV substation is an urban primary distribution station located at the outskirts of Yevlakh city. The substation site is locatedwithin a flat, rural setting just beyond the urban area.

The station was placed in service in 1966. The control building is in need of refurbishment. It has a single bus on the 110 kV voltage level withconnections to six 110 kV transmission lines and two 31.5 MVA autotransformers with a total combined transformers rating of 63 MVA. Thesubstation also has a number of switchgears at 35 kV & 10 kV voltage levels.

Azerenerji expects that city load growth rate will increase. Within a short period, the capacity of the existing 10 kV switchgear will not meet thedemand.

Necessary rehabilitation / upgrading works subject of this EMP: Replacement of the existing 10 kV switchgears (22 cubicles) by new ones andincreasing the number of cubicles to allow the connection of additional 10 kV feeders.



14

B. SCHEDULE – YEVLAKH SUBSTATION



March 1, 2006

October 1, 2006

October 1, 2006



October 1, 2006


15

VIII Alyat Substation

Replacement of DC Batteries

A. PROJECT DESCRIPTION – ALYAT SUBSTATION


Alyat 110/35/6 kV substation is an urban primary distribution station located at the outskirts of Alyat urban area, some 80kms to the south-east ofBaku. It is an isolated facility constructed on an extremely flat site. However, there are no obvious high water table concerns.

The station was initially placed in service in 1969 (2 x 20 MVA transformer) and has been subsequently upgraded in 1971 (1 x 15 MVA

transformer). It has a single bus on the 110 kV voltage level with connections to seven 110 kV transmission lines, two 20 MVA transformers and

one 15 MVA transformer with a total combined transformers rating of 55 MVA. The substation also has a number of switchgears at 35 kV & 6 kV

voltage levels.

The existing DC batteries type CK-12 are physically worn out.

Necessary rehabilitation / upgrading works subject of this EMP: Replacing the DC batteries type CK-12 by new ones with the same capacity.



16

B. SCHEDULE – ALYAT SUBSTATION



March 1, 2006

October 1, 2006

October 1, 2006



October 1, 2006

Sections C through G of this Environmental Management Plan (EMP) are identical for the transformer/switchgear/breakers/ rehabilitationsubprojects of the Azerbaijan Power Transmission Project.

However, in this case with only batteries replacement, remove items from the mitigation and monitoring plans concerning:• Air emissions• Noise• PCB• PCB soil contamination• Soil and subsoil• Electromagnetic field• Affected land and vegetation

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C. MITIGATION PLAN

Phase Issue MitigatingMeasure

Cost of Mitigation(if Substantial)

Responsibility*

a. Air emissions (dust) fromdemolition, removal of oldequipment, and/or topsoil levelingor removal, and vehicle/machinery exhausts

Spray with water, particularly during windy,dry conditions

Small Contractor

b. Noise. Adverse noise and vibrationimpacts may be generated by someactivities at construction site.Impacts not likely to be significantand will be short lived, highlylocalized in nature and generallyisolated from communities.

Substation works will be carried out duringdaylight hours. If power outages are required, itmay be necessary to carry out some works atnight or weekends. In such cases, the localpopulation will be informed sufficiently inadvance through local media.

Small Contractor

c. Wastes generated fromconstruction and demolitionactivities (metals, ceramics, glass,wood, oil, concrete, battery acid,etc.).

Wastes to be sorted and placed in temporarystorage on-site. Subsequently, removed bylicensed contractors for disposal atgovernment- approved sites, or sold forreprocessing to companies with legitimateoperating permits.

Small Contractor

d. PCB. Existingtransformers/switchgear /breakers(to be replaced) to be tested forPCBs.

If PCBs are present, they will be disposed byinternationally accepted procedures.

Small Contractor

I.Construction

e. Harmful and dangerous material Temporary storage on-site at a location that isspecially prepared to receive these materials(impervious base, fenced and locked with onlyauthorized access etc.) and removed by firmswith valid license recognized by theenvironmental authorities.

Small Contractor

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Phase Issue MitigatingMeasure

Cost of Mitigation(if Substantial)

Responsibility*

f. PCB soil contamination Soil testing to be conducted by licensedlaboratory. If PCBs are found to be present atlevels exceeding international (EU orequivalent) standards, the contaminated soilwill be removed and treated by licensedcontractors in accordance with internationallyaccepted practice.

Small Contractor

g. Affected land and vegetation Ecological reshaping by filling holes, soilleveling, and re-vegetation. No pesticides willbe used for any land clearing operations (e.g.new equipment platforms, access roadspreparation, etc.). All land clearing will bedone by manual or mechanical methods.

Small Contractor

h. New equipment .New equipment is not to contain any PCBs. Small Contractora. Noise Any new equipment purchased shall limit

operational noise to levels within Azerbaijanstandards and/or in accordance with goodinternational practices

Small Operator

b. Electromagnetic field Any new equipment purchased shall limitelectromagnetic field levels to withinAzerbaijan standards and/or in accordance withgood international practices

Small Operator

II. Operation

c. Soil and subsoil All new equipment will be placed uponimpervious bases with bunding high enough tocontain any liquid spills or with channeling ofspills to other safe, temporary depository.

Small Operator

* Items indicated to be the responsibility of the contractor shall be specified in the bid documents.

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D. MONITORING PLAN

Phase What parameter isto be monitored?

Whereis the parameter to

be monitored?

Howis the parameter tobe monitored/ type

of monitoringequipment?

Whenis the parameter to

be monitored-frequency of

measurement orcontinuous?

Monitoring CostWhat is the cost of

equipment orcontractor charges

to performmonitoring

Responsibility

a. Air emissions(dust)

On site Visual Dry, windyperiods

Small Contractor

b. Noise On site, nearbypopulation centers

DB[A] meter During noisyequipmentoperation

Small Contractor

c. Wastesgenerated fromconstruction anddemolitionactivities

On site Visual During/afterremoval of oldequipment

Small Contractor

d. PCB. PossiblePCB content oftransformer/switchgear/breaker to bereplaced

Approvedlaboratory

Chromatography Prior to disposal ofspent coolant

Small Contractor

e. Harmful anddangerousmaterial

On site, under ornear potentiallyleaking equipmentto be replaced

Visual Withinconstructionperiod

Small Contractor

I. Construction

f. PCB soilcontamination

At certifiedlaboratory

Chromatography Before starting thenew construction

Small Contractor

20

Phase What parameter isto be monitored?

Whereis the parameter to

be monitored?

Howis the parameter tobe monitored/ type

of monitoringequipment?

Whenis the parameter to

be monitored-frequency of

measurement orcontinuous?

Monitoring CostWhat is the cost of

equipment orcontractor charges

to performmonitoring

Responsibility

g. Affected landand vegetation

On site Visual Withinconstructionperiod

Small Contractor

a. Noise On site, nearbypopulation centers

DB[A] meter If local complaints Small Head of substation

b. Electromagneticfield

Near high-voltageequipment

Electrometer andmagnetometer

When newequipment isenergized

Small Operator

II. Operation

c. Soil and subsoil On site Visual Permanent Small Head of substation

21

E. INSTITUTIONAL STRENGTHENING 1. Equipment Purchases1

Type of equipment Noise-measuring system (analyzer +software)

• Number of units 1• Total cost About US$5,000 • Local or international

purchase International

Type of equipment Electric and magnetic field measurement equipment

• Number of units 1• Total cost About $5,000 • Local or international


2. Training Type of Training Mitigation, monitoring • Number of students

1 (Environmental person in the Project Implementation Unit)

• Total costs US$5,000 (if travel) • Local or international


• Comment Azerenerji will consider training for more personnel, i.e. beyond the specific needs related to the World Bank project components

3. Consultant Services Type of Services Mitigation and

monitoring training • Cost

Indicatively $20,000

• Comment

Environmental training planned as one of several components in a broader project implementation consultancy contract

• Local or international purchase

International

1 The cost of equipment is approximate and may change depending on the kind of equipment to be bought.

22

F. INSTITUTIONAL ARRANGEMENTS Decision Making Chain of Command for Environmental Management Activity Institution(s) Responsible Environmental Monitoring Head of Substation Environmental Data Analysis (project phase)

Project Implementation Unit

Environmental Report Preparation (project phase)

Project Implementation Unit

Environmental Decision Operator Environmental Management Authority

Operator

G. CONSULTATION WITH LOCAL NGOs AND PROJECT-AFFECTED GROUPS

The announcements on consultations were done by radio broadcasting in local radio networks, and by telephone, and by notices located at places where peoples usually crowded: close to markets, shops, schools, bus stations. Moreover, special letters were sent to appropriate persons and authorities. By Azerenerji’s initiative, the EMPs were disclosed and considered in the framework of the regular Conference of the “Caspian Basin Greenhouse Gas Emission Reduction Training Program”, funded by the Canadian International Development Agency. The Conference was arranged on October 5-8, 2004, in Baku with participation of representatives of the local environmental authorities and different non-governmental institutions. The meeting for sub-projects and EMPs public consideration in Imishli was carried out on November 8, 2004; in Kurdamir such meeting took place on November 9, 2004. In Imishli the information about the works under sub-projects around the region was provided by Mr. A. Samedov, Director of the Ali-Bayramli High Voltage Power Network Enterprise, and appropriate information in Kurdamir was provided by Mr. N. Djabrailov, Chief Engineer of the same Enterprise. The appropriate sub-projects and EMPs public consideration in Yevlakh was carried out on November 15, 2004; in Gandja corresponding meeting was held on November 18, 2004. The report about the sub-project and EMP in Yevlakh was presented by Mr. A. Farzaliyev, Head of Yevlakh Region Department of Gandja High Voltage Power Network Enterprise. In Gandja corresponding sub-projects and relevant EMPs were advised to the public by Mr. E. Mamedov, Director of the Gandja High Voltage Power Network Enterprise. The following persons were invited specially: No Name and Surname Organization/Occupation Address Tel. No. 1 Khayyam Rahimov National Academy of Sciences, Head of

laboratory c. Baku 492-67-21

home 439-33-54 office

23

No Name and Surname Organization/Occupation Address Tel. No. 2 Jamila Akhmedova National Academy of Sciences, Scientist c. Baku 439-33-54

office 3 Rasim Aliyev Ministry of Industry and Energy,

Leading engineer c. Baku 444-02-60

office 320-89-12 mob.

4 Arif Sadigov SOCAR, Leading engineer c. Baku 492-23-19 office

5 Arif Agakishiyev “Azneft” Production Unit, Engineer c. Baku 497-37-15 office

6 Abdulxalig Heydarov “Azerenerji” JSC, Chief specialist c. Baku 498-41-84 office

7 Feride Rzayeva “Azerbaijan Scientific and Technical Project and Gas Institute”, Scientist

c. Baku 490-43-59 office

8 Liliya Lavrova “Azerbaijan Scientific and Technical Project and Gas Institute”, Scientist


9 Baba Askerov Executive authority of Sumgayit city, Head of department

c. Sumgayit

5-23-08

10 Zarifa Guliyeva Ministry of Economic Development, advisor


11 Talat Kengerli “Chevra” Non-Governmental Organization, Manager

c. Baku 439-52-12 home

12 Feyzulla Muradov “Chevra” Non-Governmental Organization, Leading specialist

c. Baku 439-52-02

13 Israfil Gurbanov “Chevra” Non-Governmental Organization, Leading specialist


14 Ali Orujov Ministry of Ecology and Natural Resources, Advisor


15 Basharat Aliyev Ministry of Ecology and Natural Resources, Leading advisor


16 Umayra Tagiyeva Hydrometeorology Forecast Bureau, Head of bureau


17 Lyudmila Piyakina Hydrometeorology Forecast Bureau, Head of department


18 Irina Poltovets Hydrometeorology department, Specialist


19 Maharram Mehdiyev Ozone and Climatic Changes Centre, Director


20 Gulmali Suleymanov Ozone and Climatic Changes Centre, Head of department


21 Elnur Akhmedov Ozone and Climatic Changes Centre, Leading specialist

c. Baku 708-13-56 mob.

22 Muslim Gurbanov “Ekoil” Non-Governmental Organization, Director

c. Baku 494-12-14 home 312-60-19 mob.

23 Zemfira Isgenderova “Ekoil” Non-Governmental Organization, Specialist


24 Giyas Bayramov “Azerneftyag” oil refinery, Deputy Chief Engineer


25 Ramil Mamishov Executive Authority of Baku city, Advisor


26 Hamlet Akhmedov Baku Ecology and Natural Resources department, Leading advisor


24

No Name and Surname Organization/Occupation Address Tel. No. 27 Rafig Abdullayev 1st District Heating Enterprise, Head of

department c. Baku 471-59-74

office 471-20-34 office

28 Aligulu Mehdiyev 2nd District Heating Enterprise, Head of department

c. Baku 491-22-54 office 491-12-56 office

29 Rena Lazimova State Statistical Committee, Head of department


30 Sevil Aliyeva State Statistical Committee, Deputy Head of department


31 Aygun Narimanova Ozone and Climatic Changes Centre, Head of department


32 Gunel Amirli Ozone and Climatic Changes Centre, Leading specialist

c. Baku 631-03-84 mob.

33 Amina Agayeva Ozone and Climatic Changes Centre, Specialist


34 Jamila Aliyeva Ozone and Climatic Changes Centre, Specialist


35 Vusala Abdullayeva Ozone and Climatic Changes Centre, Specialist


36 Mahbuba Mammadova Ozone and Climatic Changes Centre, Specialist

c. Baku 662-34-09 mob.

37 Vusala Jafarova Ozone and Climatic Changes Centre, Specialist

c. Baku 648-54-80 mob.

38 Anar Mehdiyev Ozone and Climatic Changes Centre, Leading specialist

c. Baku 300-07-40 mob.

39 Aynur Piriyeva Ozone and Climatic Changes Centre, Specialist


40 Fuad Aslanov Ozone and Climatic Changes Centre, Specialist


41 Xanlar Ismayilov Executive Authority of Yevlakh city, Administrative representative

c.Yevlakh 6-46-08 office

42 Xalis Akhmedov Executive Authority of Yevlakh city, Deputy Head of construction and architectural department


43 Rasim Kazimov Executive authority of Yevlakh city, 1st Deputy Head of Authority

c. Imishli 229-77-02 mob.

44 Sekhavet Shirinov Head of Imishli Municipality c. Imishli 336-25-64 mob.

45 Aydin Mammadov State Cartography and Land Committee of Azerbaijan Republic, Imishli branch, Head of department


46 Sabit Khalilov Executive Authority of Kurdamir city, 1st Deputy Head of Authority

c. Kurdamir

349-82-28 mob.

47 Nizami Garibov Head of Kurdamir Municipality c. Kurdamir

220-17-95 mob.

48 Gulbala Askerov State Cartography and Land Committee of Azerbaijan Republic, Kurdamir branch, Head of department

c. Kurdamir

49 Shahmali Javadov Executive Authority of Ganja city, Deputy Head of Authority

c. Ganja 332-85-69 mob.

50 Chingiz Muxtarov Executive authority of Kapaz c. Ganja 312-08-88

25

No Name and Surname Organization/Occupation Address Tel. No. administrative district of Ganja city, Head of Authority

mob.

The following persons attended at consultations and meetings: No Name and Surname Organization/Occupation Address Tel. No. 1 Khayyam Rahimov National Academy of Sciences, Head of

laboratory c. Baku 492-67-21

home 439-33-54 office

2 Jamila Akhmedova National Academy of Sciences, Scientist c. Baku 439-33-54 office

3 Rasim Aliyev Ministry of Industry and Energy, Leading engineer

c. Baku 444-02-60 office 320-89-12 mob.

4 Arif Sadigov SOCAR, Leading engineer c. Baku 492-23-19 office

5 Arif Agakishiyev “Azneft” Production Unit, Engineer c. Baku 497-37-15 office

6 Abdulxalig Heydarov “Azerenerji” JSC, Chief specialist c. Baku 498-41-84 office

7 Feride Rzayeva “Azerbaijan Scientific and Technical Project and Gas Institute”, Scientist


8 Liliya Lavrova “Azerbaijan Scientific and Technical Project and Gas Institute”, Scientist


9 Baba Askerov Executive authority of Sumgayit city, Head of department

c. Sumgayit

5-23-08

10 Zarifa Guliyeva Ministry of Economic Development, advisor


11 Talat Kengerli “Chevra” Non-Governmental Organization, Manager


12 Ali Orujov Ministry of Ecology and Natural Resources, Advisor


13 Basharat Aliyev Ministry of Ecology and Natural Resources, Leading advisor


14 Umayra Tagiyeva Hydrometeorology Forecast Bureau, Head of bureau


15 Lyudmila Piyakina Hydrometeorology Forecast Bureau, Head of department


16 Irina Poltovets Hydrometeorology department, Specialist


17 Maharram Mehdiyev Ozone and Climatic Changes Centre, Director


18 Gulmali Suleymanov Ozone and Climatic Changes Centre, Head of department


19 Elnur Akhmedov Ozone and Climatic Changes Centre, Leading specialist

c. Baku 708-13-56 mob.

20 Muslim Gurbanov “Ekoil” Non-Governmental Organization, Director

c. Baku 494-12-14 home 312-60-19 mob.

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21 Feyzulla Muradov “Chevra” Non-Governmental Organization, Leading specialist

c. Baku 439-52-02

22 Israfil Gurbanov “Chevra” Non-Governmental Organization, Leading specialist


23 Giyas Bayramov “Azerneftyag” oil processing plant, Deputy Chief engineer


24 Ramil Mamishov Executive authority of Baku city, Advisor


25 Hamlet Akhmedov Baku Ecology and Natural Resources department, Leading advisor


26 Rafig Abdullayev 1st Heating administration, Head of department


27 Aligulu Mehdiyev 2nd Heating administration, Head of department


28 Rena Lazimova State Statistical Committee, Head of department


29 Sevil Aliyeva State Statistical Committee, Deputy Head department


30 Zemfira Isgenderova “Ekoil” Non-Governmental Organization, Specialist


31 Aygun Narimanova Ozone and Climatic Changes Centre, Head of department


32 Gunel Amirli Ozone and Climatic Changes Centre, Leading specialist

c. Baku 631-03-84 mob.

33 Amina Agayeva Ozone and Climatic Changes Centre, Specialist


34 Jamila Aliyeva Ozone and Climatic Changes Centre, Specialist


35 Vusala Abdullayeva Ozone and Climatic Changes Centre, Specialist


36 Mahbuba Mammadova Ozone and Climatic Changes Centre, Specialist

c. Baku 662-34-09 mob.

37 Vusala Jafarova Ozone and Climatic Changes Centre, Specialist

c. Baku 648-54-80 mob.

38 Anar Mehdiyev Ozone and Climatic Changes Centre, Leading specialist

c. Baku 300-07-40 mob.

39 Aynur Piriyeva Ozone and Climatic Changes Centre, Specialist


40 Fuad Aslanov Ozone and Climatic Changes Centre, Specialist


41 Vugar Heydarov “Azerenerji” JSC, Engineer c. Baku 490-09-67 office

42 Xanlar Ismayilov Executive authority of Yevlakh city, Administrative representative


43 Xalis Akhmedov Executive authority of Yevlakh city, Deputy Head of construction and architectural department


44 Rasim Kazimov Executive authority of Yevlakh city, 1st Deputy Chief executive


45 Sekhavet Shirinov Head of Imishli municipality c. Imishli 336-25-64 mob.

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46 Aydin Mammadov State Cartography and Land Committee of Azerbaijan Republic, Imishli branch, Head of department


47 Alirza Samedov “Ali-Bayramli YGES” High Voltage Network Enterprise, Director

c. Ali-Bayramli

4-55-25 office 223-45-56 mob.

48 Sarraf Gedimov “Ali-Bayramli YGES” High Voltage Network Enterprise, Head of technical department

c. Ali-Bayramli

376-77-19 mob.

49 Vahid Manafov “Ali-Bayramli YGES” High Voltage Network Enterprise, Imishli branch, Chief engineer

c. Imishli 5-22-15 office

50 Sabit Khalilov Executive authority of Kurdamir city, 1st Deputy Chief executive

c. Kurdamir

349-82-28 mob.

51 Nizami Garibov Head of Kurdamir municipality c. Kurdamir

220-17-95 mob.

52 Gulbala Askerov State Cartography and Land Committee of Azerbaijan Republic, Kurdamir branch, Head of department

c. Kurdamir

53 Nushiravan Jahangirov “Ali-Bayramli YGES” High Voltage Network Enterprise, Chief engineer

c. Ali-Bayramli

376-77-28 mob.

54 Adil Nasibov “Ali-Bayramli YGES” High Voltage Network Enterprise, Agsu branch, Director

c. Agsu

55 Shahmali Javadov Executive authority of Ganja city, Deputy Chief executive

c. Ganja 332-85-69 mob.

56 Chingiz Muxtarov Executive authority of Kapaz administrative district of Ganja city, Chief executive

c. Ganja 312-08-88 mob.

57 Hagverdi Allahverdiyev “Ganja YGES” High Voltage Network Enterprise, Head on regime

c. Ganja 57-42-46 office

58 Akif Akhmedov “Ganja YGES” High Voltage Network Enterprise, substations maintenance service, Head


59 Ali Ferzaliyev “Ganja YGES” High Voltage Network Enterprise, Yevlakh branch, Director

c. Yevlakh

6-02-47 office

60 Ildirim Efendiyev “Ganja YGES” High Voltage Network Enterprise, Yevlakh branch, Engineer

c. Yevlakh

-

61 Mamedali Huseynov “Ali-Bayramli YGES” High Voltage Network Enterprise, Imishli branch, Leading engineer


62 Asif Dadashov “Ali-Bayramli YGES” High Voltage Network Enterprise, Imishli branch, mechanician


63 Abid Huseynov “Ali-Bayramli YGES” High Voltage Network Enterprise, Agsu branch, Leading engineer

c. Kurdamir

-

64 Ramiz Mammedov “Ali-Bayramli YGES” High Voltage Network Enterprise, Agsu branch, Engineer

c. Kurdamir

-

65 Novruz Abdullayev pensioner c. Ganja - 66 Yevgeniya Kerimova pensioner c. Ganja - 67 Rafig Hashimov pensioner c. Ganja - 68 Hasan Gambarov pensioner c. Ganja -

28

69 Javanshir Mammedov pensioner c. Ganja - 70 Ilyas Orujov pensioner c.

Yevlakh -

71 Asli Ismayilova pensioner c. Yevlakh

-

72 Ganim Mammedov pensioner c. Yevlakh

-

73 Hasanali Mammedov Pensioner c. Yevlakh

-

74 Nisa Khanlarova Pensioner c. Yevlakh

-

75 Vahid Osmanov “Ganja YGES” High Voltage Network Enterprise, Yevlakh branch, Chief engineer

c. Yevlakh

6-07-06

76 Elburus Mammedov “Ganja YGES” High Voltage Network Enterprise, Director


77 Zahid Mammedov “Ganja YGES” High Voltage Network Enterprise, Chief engineer


78 Vahid Hasanov “Ali-Bayramli YGES” High Voltage Network Enterprise, Agsu branch, Chief engineer

c. Agsu 5-36-73 office

79 Agasultan Kerimov “Ali-Bayramli YGES” High Voltage Network Enterprise, Agsu branch, Head foreman on TLs

c. Agsu 645-74-12 mob.

80 Elmar Mammedov “Ali-Bayramli YGES” High Voltage Network Enterprise, Imishli branch, Leading engineer on relay protection


The consultation meetings in Yevlah and Ganja caused no particular comments from the participants, and the meetings concluded that the rehabilitation works would have no negative impact on the environment. In the meetings in Kurdamir and Imishli, representatives from municipalities stated that the rehabilitation would have minimal or no impact on the environment. In the meeting in Baku, similar statements were made by NGOs and representatives of academia and scientific institutes.

ENVIRONMENTAL MANAGEMENT PLAN I Musfiq Substation ... · It has connections to three 220 kV...

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Transcript of ENVIRONMENTAL MANAGEMENT PLAN I Musfiq Substation ... · It has connections to three 220 kV...