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DESIGN OF ENERGY FACILITIES
Moscow, 2013
Inter RAO - Engineering is the engineering asset of Inter RAO Group
A leading engineering service provider focused on construction and rehabilitation of energy facilities in Russia and worldwide
10 successful projects (new construction and rehabilitation) with 2.7 GW of combined capacity
Current portfolio: 10 projects with combined capacity of 3,5 GW A team of 500 highly skilled professionals
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BOT/BOO project organization
Sales of core and auxiliary
equipment
Decommissioning of legacy equipment
Start-up and adjustment of new
facilities
Integrated offer based on 6FA gas
turbines
Owner's Engineering
Design of energy facilities
EPC/EPCM project management
Our Services
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Project Geography
10 completed projects with
combined capacity of 2.7 GW
10 projects in progress with combined
capacity of 3,5 GW
1. Sochinskaya TPP, 80 MW, 2009
2. Kaliningradskaya TPP-2, 450 MW, 2011
3. Urengoyskaya TPP, 491 MW, 2012
4. Kharanorskaya TPP, 225 MW, 2012
5. Ivanovskiye CPP, 325 MW, 2012
6. Tomskaya TPP-1, 15 MW, 2012
7. Omskaya TPP-3, 85 MW, 2013
8. Gusinoozyorskaya TPP, 210 MW, 2013
9. Dzhubginskaya TPP, 180 MW, 2013
10. Cherepetskaya TPP, 450 MW, 2013-2014
11. Yuzhnouralskaya TPP-2, 850 MW, 2013-2014
12. Nizhnevartovskaya TPP, 400 MW, 2014
13. Verkhnetagilskaya TPP, 420 MW, 2015
14. Permskaya TPP, 800 MW, 2015
Tajikistan 15. Sangtuda HPP-1, 670 MW, 2009
Venezuela 16. Delivery of gas turbines with combined rating of 423.8 MW for BARIVEN S.A., 2015
Ecuador 17. Toachi Pilaton Hydro Project, 252 MW, 2015
Kazakhstan 18. Ekibastuzskaya TPP-2, 636 MW, 2015
Ecuador 19. Termogas Machala TPP, 170 MW, 2016
Projects in Progress
Completed Projects
International projects
Russian projects
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Design of energy facilities
Today, this subsidiary has more than 40 professionals with many years of experience in design of energy facilities in Russia and other countries
The company offers a full range of services in design and development of thermal power generation, including general designer services:
Feasibility studies, design of concepts, system solutions and decisions on the core equipment of a
power plant based on the analysis of customer's technical requirements.
Design of projects (P Stage) and project documentation.
Development of working documents (design based on 3D model, development of project and
cost documentation, relaying of specific project activities on individual buildings and constructions
to local subcontractors).
Supervision of construction activities.
Development of standardized projects to reduce project costs and timeframes, improve financials
and minimize pre-investment workload and costs.
Participation in coordination of principal technical solutions, design timeframe analysis and
monitoring, and acceptance of project documentation designed by external project organizations.
In 2012, LLC Inter RAO — Engineering served as the base for the new project management division, Teploenergoproekt
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Our Advantage
Highly skilled team with many years of experience and unique expertise in design of energy facilities in Russia and other countries.
The reference list of our employees includes more than 40 energy design and construction projects. These include joint projects with the leading international partners such as ABB, Alstom Power, Siemens, GE Energy.
Stable partnerships with large energy project organizations in Russia.
One-of-a-kind completed project database helping to quickly find the best project solutions.
Modern design technologies including 3D modeling systems.
Ideal timeframes and costs.
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References (1)
№ Country Project General designer Number of generation
units and capacity
1 Iran Working documents of Ramin TPP, units 5 and 6. JSC Zarubezhenergoproekt 2 х 300 MW
2 Russia
Development of working documents for Mutnovskaya GTPP. JSC Zarubezhenergoproekt 2 х 25 MW
3 Libya
Development of technical proposal and conceptual solutions for West Tripoli
TPP. JSC Zarubezhenergoproekt 2 х 325 MW
4 Hungary
Development of working documents for Geller TPP, PGU-240. JSC Zarubezhenergoproekt 1 х 240 MW
5 India
Development of working documents for Barh TPP. Boiler Island. JSC Zarubezhenergoproekt 3 х 660 MW
6 India
Development of working documents for Sipat TPP. Turbine Island. JSC Zarubezhenergoproekt 3 х 660 MW
7 Iraq
Development of working documents for Harta TPP. Replacement of boilers. JSC Zarubezhenergoproekt 2 х 210 MW
8 Greece
Development of working documents for Meliti-Ahlada TPP. Turbine Island. JSC Zarubezhenergoproekt 1 х 330 MW
List of facilities designed with the help of employees of Teploenergoproekt, the Ivanovo branch of LLC Inter RAO — Engineering
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№ Country Project General designer
Number
of generation units
and capacity
9 Russia Rehabilitation of Krasnodarskaya TPP. JSC Е4 – SibCOTES 1 х 410 MW
10 Russia
Technical support and adaptation of Unit 8 construction project
(PGU-420, TPP-26, a subsidiary of JSC Mosenergo) to Russian
standards, rules and regulations.
JSC Mosenergoproekt 1 х 420 MW
11 Russia
Technical proposal for turnkey construction of Unit 9 at
Novocherkasskaya TPP.
LLC EMAlliance –
Teploenergoproekt 1 х 330 MW
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Bosnia and
Herzegovina
Serbia
Technical proposal for turnkey construction of 330 MW Stanari TPP. LLC EMAlliance –
Teploenergoproekt 1 х 330 MW
13 Russia
Technical proposal for turnkey construction of 50 MW GTU-TPP at
Sinarsky Pipe Works.
LLC EMAlliance –
Teploenergoproekt 2 х 25 MW
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Bosnia and
Herzegovina
Serbia
Technical component of 350 MW Stanari TPP contract. LLC EMAlliance –
Teploenergoproekt
1 х 350 MW
15 Russia Tender documentation for the bid for PGU-470 construction for
Khabarovskaya TPP.
LLC EMAlliance –
Teploenergoproekt 1 х 470 MW
References (2)
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№ Country Project General designer
Number
of generation units
and capacity
16 Iran Technical proposal for the boiler island of two 325 MW units for
Tabas TPP.
LLC EMAlliance –
Teploenergoproekt 2 х 325 MW
17 Venezuela Technical proposal for the construction of TPP. LLC EMAlliance –
Teploenergoproekt
1 х 300 MW
(1 boiler +1 steam
turbine)
18 Russia Development of core equipment source data for the construction of
90 MW PGU at Omskaya TPP-3 for the general designer. JSC Е4 –SibCOTES
1 х 90 MW
(2 gas turbines + 2
boilers + 1 steam turbine)
19 Russia Working documents for the construction of Unit 8, PGU-420, TPP-26,
a subsidiary of JSC Mosenergo.
LLC EMAlliance –
Teploenergoproekt
1 х 420 MW
(1 gas turbine + 1 boiler
+ 1 steam turbine)
20 Ukraine Development of working documents for the reconstruction of boiler 1
at Zaporiska DRES.
LLC EMAlliance –
Teploenergoproekt
1 х 300 MW
(1 boiler +1 steam
turbine)
21 Ukraine Technical proposal for rehabilitation of Unit 3 at Zaporiska DRES. LLC EMAlliance –
Teploenergoproekt
1 х 300 MW
(1 boiler +1 steam
turbine)
22 Russia Technical proposal for the construction of GTPP at the site of
Kuznetskaya TPP.
LLC EMAlliance –
Teploenergoproekt
2 х 136 MW
(2 GTUs)
References (3)
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№ Country Project General designer
Number
of generation units
and capacity
23 Russia Technical proposal for the construction of Units 2 & 3 of the Energy Complex
at Yuzhnouralskaya TPP-2.
LLC EMAlliance –
Teploenergoproekt 2 х 400 MW
24 Serbia
Development of Technical Concept of Energy Infrastructure Rehabilitation for
the City of Belgrade
Installation of gas turbines in existing main building of Novi Beograd power
plant.
LLC EMAlliance –
Teploenergoproekt
3 х 32 MW
25 Serbia
Development of Technical Concept of Energy Infrastructure Rehabilitation for
the City of Belgrade
Construction of steam turbine unit on the site of Novi Beograd power plant.
LLC EMAlliance –
Teploenergoproekt
2 х 76.5 MW
+ 1 х 77 MW
26 Serbia
Development of Technical Concept of Energy Infrastructure Rehabilitation for
the City of Belgrade
Construction of gas turbine unit and TPP on the site of Vozdovac power plant.
LLC EMAlliance –
Teploenergoproekt 3 х 55 MW
27 Russia Development of working documents for TPP-5 PGU capital construction project
in Ufa.
Customer: JSC KOTES
28 Russia Development of working documents for direct steam pipes and superheater
for the generation unit of Station 9 at Novocherkasskaya TPP.
Customer: ZAO PIK
Energotrust
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Moldova Delivery of pre-feasibility study for the rehabilitation of PGU-250 units of
Stations 11 and 12 of Moldova TPP with replacement of existing GT-35-770-3
turbines with modern gas turbines.
Client:
Moldova TPP
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References (4)
Development of concept projects and investment justifications
# Contents
Project scope
In-house With
third parties
1. General annotation X X
2. General plan and transport X
3. Heat mechanics solutions X
4. Water treatment and schedule X
5. Electrotechnical solutions X
6. Communications and alarms X
7. Industrial control system for technology process X
8. Hydraulic solutions X
9. Key construction solutions X
10. Considerations for construction arrangements X
11. Human resources and social development X
12. Technology and economics X X
13. Assessment of environmental footprint X
Project documentation competencies (1)
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Development of individual sections of project documentation as per Resolution 87 of 16.02.2008 of the Government of Russia
# Contents Project scope
In-house With third parties
1. Annotation X X
2. Parcel development plan X
3. Architectural solutions X
4. Structural and spatial design X
5.
Details of engineering equipment and infrastructure, list of engineering steps and contents of engineering solutions
X X
a) Power Supply System X b) Water Supply System X c) Drainage System X d) HVAC and heating pipelines X e) Communications networks X f) Gas supply X g) Technology solutions, including the following: X X
- Start-up circuit and calculation of power balances Х X - Solid fuel delivery X - Hydraulic infrastructure X - Thermal insulation and rust-proofing X - Water treatment X
6. Construction management project X
7. Demolition and dismantling management project X
8. List of environmental protection initiatives X
9. Fire safety initiatives X
10. Accessibility initiatives X
11. Capital construction estimate X X
- Return on investment, technology and economics X
12. Other documents mandated by federal laws X
Project documentation competencies (2)
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Project documentation competencies (3)
Development of working documents for integrated construction project
# Contents Project scope
In-house With third
parties
1. General plan X
2. Main building, including water treatment facilities X X
2.1
Construction component, including the following: X X
- Turbine foundations X
- Building structure, including the foundations X
- Chimney X
- Architectural and planning charts Х
- Engineering systems X X
2.2. Technology components X
2.3 Electrotechnical solutions, including the following: X X
- Electric lighting and welding wiring X
2.4 Industrial control system and measuring instruments X
2.5 Communications and alarms X
2.6 Telemechanics and energy metering systems of the master infrastructure X
3. Electrotechnical constructions, including the following: X X
- High-voltage distributors X
4. Solid fuel handling equipment X
5. Liquid fuel and oil handling equipment X
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Development of working documents for integrated construction project
# Contents
Project scope
In-house With third parties
6. Gaseous fuel handling equipment X
7. Water treatment stations at the industrial site Х
8. Production and supply of specialty gases X
9. Process water supply (with coolers and recharge systems)
Х
10. Technology communications Х
11. Heat delivery Х
12. Process and drinking water supply, including hot water supply
Х
13. Process and fire water supply Х
14. Sewer, process and rainwater drainage X
15. Hydro cleaning of fuel supply X
16. Deashing X
17. External dust removers X
18. Utility buildings X
19. Civil defense infrastructure X
20. Transportation infrastructure X
21. Repair and maintenance workshops X
22. Warehousing X
Project documentation competencies (4)
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Аppendix
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SRO Certificate (1)
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SRO Certificate (2)
TITLE THANK YOU!
LLC Inter RAO - Engineering
Russia, 123610,
Moscow, Krasnopresnenskaya Naberezhnaya 12.
Phone: +7 (495) 664-88-40
Fax: +7 (495) 664-88-41
E-mail: [email protected]
Teploenergoproekt
Russian Federation, 153000,
Ivanovo, Bagaeva 59, Office 6.
Phone: +7 (4932)-41-55-20;
+7 (4932)-41-55-35
E-mail: [email protected]
