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JSV “Belzarubezhstroy“ www.bzs.by 1

Certificate of compliance of the management system with ISO 9001:2015 in the field of civil and structural engineering, construction and installation works and engineering services, issued by the German certification authority for management systems and personnel, TUV Thuringen e.V., registration No. TIC 15 100 117480, valid from 20.05.2017 till 19.05.2020.

Certificate of compliance of the management system with ISO 14001:2015 and BS OHSAS 18001:2007 in the field of civil and structural engineering, construction and installation works and engineering services, issued by the German authority for certification of management systems and personnel TUV Thuringen e.V., registrations No. TIC 15 104 131116, TIC 15 116 13471, valid from 09.08.2016 till 08.08.2019.

The history of JSV “Belzarubezhstroy“ started in the 50’s of the twentieth century, when the leading Belarusian construction companies — JSV “Gomelpromstroy“ (Gomel) and “Stroytrest“ No. 8 (Brest) — were founded. In May 2007 these organizations became equity holders of the newly formed JSV

“Belzarubezhstroy“, and formed the engineering core of the new company.

With a free-zone company Alm Investments FZE (UAE) and Reshenie Bank Joint-Stock Company (Minsk) becoming shareholders of the company, JSV “Belzarubezhstroy“ came to a totally new level of development through combining a significant engineering and construction, production and technical capacity with extensive financial and investment opportunities.

Currently the main activities of JSV “Belzarubezhstroy” are design and construction of residential, office and industrial buildings and structures, wholesale trading in cars, road and construction machinery, industrial equipment.

Company background

Company background

The mission of JSV “Belzarubezhstroy” in the power industry

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The mission of JSV “Belzarubezhstroy” in the power industry

• Construction, reconstruction and modernization of energy facilities.• Conservation of natural resources.• Reduction of environmental impact.• Power industry engineering and consulting services outside of the Republic of Belarus.• Application of energy-efficient and eco-friendly technologies in our projects.

Belzarubezhstroy offers supply and installation of power plant equipment, construction of power plants and combined heat and power plants (CHP) as an EPC contractor and ensures that the equipment reaches its target performance, provides maintenance of the facilities during and after the guarantee period.

With a range of ready-made solutions for various environmental conditions and our comprehensive engineering and construction services, we can promptly make a business offer and commission power plants and combined heat and power plants (CHP) which operate on different types of fuel and have a wide output range.

Our customers will be able to sort out through our offers easily and enquire about the solutions that are of interest, and we will fulfill their orders just as quickly.

Our range of electrical and heat plants with a breakdown by output, equipment, and type of fuel

Item

Fuel

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Gas engine power plants and CHP Unit size - up to 20 MW

+ + + + + + + + + ✳ ✳ ✳

Gas turbine power plants and CHPUnit size – up to 110 MW

+ + +

Steam turbine power plants and CHPUnit size – up to 150 MW

+ + + + + + + + + + + +

Combined cycle power plants and CHPUnit size – up to 300 MW

+ + + +

Photovoltaic power plants with capacity of up to 150MW for commercial production and delivery of electric energy to public electrical networks

✳ Fuel gasification required

For more information about power plant solutions and services provided by Belzarubezhstroy please see this product guide or contact our representatives.


JSV “Belzarubezhstroy” delivers commercial 100 MWp photovoltaic power plants with the following technical characteristics:

• installed capacity — 100 MWp;• PV module mounting system — metal rack on metal supports driven into the ground;• grid connection voltage at least 10 kW;• optionally, the plant can be fitted with battery banks. Batteries capacity — up to 70 000 kWh (accumulation for compensation of short-term production drop due to weather conditions, or for provision of peak loads);

Photovoltaic power plant flow diagram

A photovoltaic power plant produces energy by directly converting solar energy into electrical energy with the help of photoviltaic (PV) modules. The PV modules are mounted on steel racks at an angle that allows to capture the maximum solar radiation and, consequently, to generate the maximum power.

PV power plant equipment consists of: combiner boxes, inverters and central inverter stations, a substation and a power output system.

If a central energy storage is required, it is connected to the substation switchgear. The storage consists of battery banks, charge controllers and a fire suppression system.

The proposed power output system is a system of high voltage lines or overhead power transmission lines connecting the substation with the grid at a specified point.

Optionally, PV power plants may be fitted with diesel generators to ensure uninterrupted power generation and performance at peak loads. PV power station may also be integrated into a single complex with a biofuel power plant, which allows to combine several sustainable sources for energy generation at any time of the day or night.

Scope of works performed by JSV “Belzarubezhstroy”:

• engineering and design, including feasibility study, site planning, selection of equipment and mounting systems, cable lines calculation and planning based on the criterion of the shortest length of cable lines and the minimum loss;

• construction works: site preparation, cable installation, construction of buildings of the power output system, substation and battery bank;

• installation works: installation of mounting systems, installation of PV modules, electrical connections, installation of automatic control, monitoring and safety system, installation of inverters, installation of power output system equipment, substation equipment and battery bank;

• commissioning works: adjustment of control system, power output system, and transfer of the facility to the customer.

Construction of photovoltaic (and hybrid) power plants of up to 100 MWp capacity

POWER PLANT SOLUTIONS

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Experience of JSV Belzarubezhstroy in energy projects


Location:

About 300 km east of Minsk, between the district centers of Cherikov and Krichev, near the village Blizhniaya Rechitsa.

Customer:

Solar Land LLC.

The area of the solar park:

220 hectares.

Total installed capacity of the electrical installation of the PV power plant:

109 MW AC and 130 MW DC.

Estimated annual generation:

137.79 thousand MWh.

Annual electricity consumption for own needs:

0.7 thousand MWh ( 0.7% of the annual generation).

Project setup:

The site on which the solar park will be located already has all the necessary network infrastructure which includes 20/110 kV Rechitsa substation and three 110 kV overhead lines with a total length of 12 km which connect the PV plant with the 330/110/10 kV Krichev-330 substation.

109 MW Photovoltaic station for commercial production and delivery of electric energy to public electrical networks


Layout plan of a solar power plant in Cherikovsky district (total area of 220 hectares)

Solar energy in Belarus

According to the state program “Energy Saving”, it is planned to produce in the country not less than 250 MW by means of solar power plants by the year of 2020.

The annual electricity production of Cherikov photovoltaic station will be 133 thousand MW * hour.

As a comparison, the world’s largest photovoltaic station Topaz Solar Farm (California, USA) has a power of 550 MW.

Significance of the project on a national and regional scale

— development of environmentally friendly solar energy in the Republic of Belarus;

— diversification of electricity sources;

— saving of foreign currency resources of the Republic of Belarus by reducing the import of oil and gas;

— reduction of operating and transportation costs by providing electricity to nearby communities;— development of the infrastructure of the regional network of RUE “Mogilevenergo”;

— extension of the international experience in the implementation of similar projects in Europe to the territory of Belarus in general and Mogilev region in particular.

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Mounting structures for solar power plant

In order to minimize self-shading of the photovoltaic modules that make up the power plant, they were arranged in the following pattern: two rows of photovoltaic modules, vertically aligned, spaced 4.1 meters from each other. And the mounting structure will be set at an angle of 25 ° facing south. Such an arrangement will not only maximize exposure of the modules to sunlight, but also facilitate installation and maintenance of the power plant.

Fixed mounting system was selected for the project. The supports of the mounting system are driven into the ground, depending on the specific soil conditions at the site and in accordance with static load calculations. Due to low installation costs, low maintenance requirements and high density of modules, a stationary mounting structure is preferable for large ground-based installation systems.

The layout of the panels in the southern and northern parts of the site will be different.

This photo is for illustration purpose only


Gas Engine Power Plants, Combined Heat and Power (CHP) and Trigeneration Plants


Belzarubezhstroy offers prefabricated containerized generator sets as well as custom made engine power plants running on gaseous (natural gas, biogas, landfill gas, by-product gas) and liquid (oil, HFO, diesel, biodiesel) fuel, and having up to 100 MWe + 98 MWth output, which can reach up to 500 MW in some cases.

Combined heat and power plants powered by engines manufactured by Wartsila, Mitsubishi, Perkins, MWM, MTU and TEDOM represent reliable power generation equipment for energy, utilities and industrial sector. Available for different types of loads (peak, base, emergency and standby loads) and various environmental conditions.

Outdoor equipment for engine power plants comes in containers, and indoor equipment for new and existing buildings can be supplied with or without soundproof enclosures.

Transportable and ready for operation power plants

Transportable and ready for operation power plants

Key benefits of engine power plants include:

• fast delivery, • quick installation and commissioning, • low cost, • easy maintenance, available service, • cost efficient power generation

Combined power generation based on gas engines requires minimum operating personnel as the process is highly automated.

Ready-to-install diesel generators for standby and base load:

Engine Rating

Mitsubishi Up to 1920 kW

Perkins Up to 2000 kW

Cummins Up to 1200 kW MTU 20V4000 GS genset8 generator power plant MTU 20V4000 GS

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Power generation equipment for peak and base loads for high-power stations, running on liquid (diesel) and gaseous fuel

Power plants based on MWM gas engines

Gas engine TCG 2016, unit output range 400 - 800 kW el

Gas engine TCG 2020, unit output range 1200 – 2000 kW el

Gas engine TCG 2032, unit output 3000 – 4500 kW el

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TCG 2032B V16

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Power plants based on MTU gas engines

System typeOutput

electrical thermal

MTU 8V4000 GS 776 401

MTU 8V4000 GS 854 443

MTU 8V4000 GS 1,012 475

MTU 12V4000 GS 1,169 632

MTU 12V4000 GS 1,523 712

MTU 16V4000 GS 1,718 974

MTU 16V4000 GS 1,999 950

MTU 16V4000 GS 2,028 965

MTU 20V4000 GS 2,145 1,161

MTU 20V4000 GS 2,535 1,186

Power plants based on liquid fuel MTU engines

System type Electrical output

MTU 12V4000 DS1650 1550

MTU 12V4000 DS1750 1650

MTU 12V4000 DS2000 1850

MTU 16V4000 DS2250 2100

MTU 16V4000 DS2500 2250

MTU 20V4000 DS2650 2600

MTU 20V4000 DS3100 2850

MTU 20V4000 DS3200 3100


Containerized GAS GENSET TYPE: HE-MTG1948-GZ

Containerized power plant for fast installation and easy moving of 2 MWe on a base of MTU gensets (as an example. Other capacity range is available) is a suitable solution for local power plants in projects with extremely short time of implementation or for temporary power generating facilities.

Genset specification:

Fuel — High methane content natural gas (NG) with a calorific value of 34.43 MJ/Nm3 (fuel specification according to gas genset producer), Methane No. >= 80 Reference conditions: • Atmospheric pressure: 100 kPa • Ambient temperature: 25 oC, • Relative intake air humidity 60% For other conditions derating possible • Parameter tolerance according to ISO 3046-1: + 5% on fuel input, ± 8% on heat output

Load ratio

% 100

Electrical power – grid parallel mode kW 1948

Electrical efficiency– grid parallel mode % 42,6

Fuel consumption Nm3/h 479

Recommended load % 50-100

Exhaust emisions data (nominal load, 5% O2)

NOx: mg/ Nm3 < 500

CO: mg/ Nm3 < 1000

Scope of supplies and specification for given pieces of equipment:

Gas generating set, type HE-MTG1948-GZ

ENGINE

Turbochargered gas engine MTU 20V4000L32

Gas engine country of origin Germany

No. Of cylinders, cyl. arrangement 20 in V

Displacement 95,3

Compression ratio 12,1:1

Engine speed (RPM) 1500

ALTERNATOR (Synchronous brushless, self-excited)

Voltage (kV) 0,4

Frequency (Hz) 50

Speed (RPM) 1500

Power Control

Automatic control system. Microprocessor controller ensures full control over the engine and generator operation, with respect to output parameters and various emergency conditions. The system allows automatic in-sync operation to the industrial power grid or to another generator set.

OTHER BASIC EQUIPMENT

Start-up battery

External dry coolers for turbocharged mixture

External dry coolers for engine body

Vibration dampers of the generator set

Automatic oil filling system for the engine

Exhaust silencers set

Generator set’s main 3-pole LV CB, with overload and short-circuit protection:

Gas installation for the generator set: main, manual ball shutoff valve; gas and particle filter (excluding dryer); double shutoff electric valve; gas rate regulator, (electronically-adjustable control valve), supply gas overpressure – min. 18 - 25 kPa (standard)

Special steel container enclosure:

The container enables outdoor operations of the entire power generator unit (functions without a building). It is adapted to frequent transportation or moving. Soundproofing of 75 dB at a distance of 7m (standard) or lower, enables this type of structure to be used without any greater environmental restrictions.

The whole genset will be mounted in 40’ HC container enclosures – for easy transport. Coolers for gas and air mixture and engine jacket will be mounted in separate structure and placed on the roof on the basic container .

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Container casing is equipped with:

Output range of Wartsila-based power plants

• ventilation system, operating with an output automatically adjusted according to the temperature inside the container; • air intake and outlet, equipped with sound attenuators; • cubicle for connecting gas, coolers; • cubicle for cable connections; • soundproofing panels on the walls and floor for

reducing the noise level to the required level; • complete exhaust installation with necessary support structures and silencer; • internal electrical system (for own use); • lighting system; • fire extinguisher; • door enabling unrestricted access to unit’s elements and equipment – with lock and key.

Heat recovery system for genset (exhaust gas and water jacket heat recovery system) is available as an option.

For special applications requiring larger-sized units or using mainly heavy fuel oil, Belzarubezhstroy offers gas engine CHP plants manufactured by Wartsila (Finland) which can be supplied as pre-engineered modular power plants, or as tailor-made solutions.

Wartsila engines range includes also multi-fuel solutions for base, peak and flexible load applications:

LFO — liquid fuel oilHFO — heavy fuel oilCRO — crude oilFWE — water-fuel emulsionLBF — liquid biofuel


Wartsila modular power plants are available as separate modules or as pre-engineered plants.

Wartsila modular power plants:

№ Item

1 Engine and generator set

2 Auxiliary module

3 Treatment module

4 Water tank

5 Air compressor

6 Starting air compressor

7 Ventilation intake louvre

8 Intake air filter

Components of OilCube modular power plant (liquid fuel operation)

• Fast and easy installation• Great fuel flexibility• Easy to expand• Designed for environments with limited infrastructure

№ Item

1 Engine and generator set

2 Exhaust gas module3 Intake air unit4 Auxiliary module5 Cooling radiators6 Ventilation module

Components of GasCube modular power plant (gas operation)

• High electrical output (up to 23 MW)• Efficiency up to 46%• Operation time before overhaul — 72 000hrs• Fast start time — <6 min

№ Item

9 Starting air vessel

10 Charge air silencer

11 Exhaust gas silencer

12 Cooling radiators

13 Exhaust stack

14 Expansion vessel

№ Item

15 Oil mist separator

16 Overhead crane

17 Generator ventilation duct

18 Generator

19 Exhaust fan

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Belzarubezhstroy offers engineering and installation of power plants fitted with Wartsila equipment for special conditions, when standard pre-fabricated solutions are not applicable for objective reasons. Power plant output – up to 180 MW.

Along with supply of equipment for gas engine power plants and CHP, our company can also sign long-term operation and maintenance contracts. CHP and gas engine power plants supplied by Belzarubezhstroy offer high efficiency and reliability both in the urban areas and in the remote locations.

Hall of the power plant based on Wartsila 50G engines

Wartsila Gascube 6-bay power plant

Wartsila-based power plant running on heavy fuel oil

Wartsila Oilcube 12-bay power plant

Service for Wartsila engines – from repairs to supply of spare parts — is available everywhere around the world.

Benefits of power plants based on Wartsila engines:

• High fuel flexibility – gaseous, liquid fuel (including heavy fuel oil).• High electrical output.• Easily available service and fast delivery of spare parts.


Gas turbine CHP and power plants provide a reliable and long-lasting electrical and thermal energy source.

Modular gas turbine power plant Modular gas turbine power plant based on SIEMENS SGT-200 and SGT-300 turbines

Main benefits of gas turbine power plants:

• Fast installation, compact design• Full process automation• High output and reliability of gas turbines • Electrical efficiency up to 40% • Fuel utilization ratio of gas turbine CHP – over 80%.

We offer SIEMENS gas turbine CHP plants as basic and proven solutions. Available models:

• SGT-100 with power output of 5.4 MW.• SGT-200 with power output of 6.7 MW.• SGT-300 with power output of 7.9 MW.• SGT-400 with power output of 12.9 MW.• SGT-500 with power output of 19 MW. Modular gas turbine power plant based on

SIEMENS SGT-300 turbineand MAN gas turbines:

• MGT6100 with power output of 6.6 MW;• 10N with power output of 10.5 MW;• 12N with power output of 12.5 MW;

With waste heat recovery system which captures flue gas heat, CHP plants generate thermal energy in the form of hot water for cooling, heating and water supply system, or in the form of steam for industrial consumers.

The plants can run on natural gas, diesel or heavy fuel oil.

Fully automated standard solutions for peak and base loads can be engineered, installed and commissioned quickly.

Gas turbine power plants and CHP with electrical and thermal unit rating up to 20 MW


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When a high output and efficient power source is required within a short time, or when our customers need to increase power generation critically at any specific power system point, we offer peak and base load gas turbine power plants based on high-output and efficient gas turbines, having up to 44% electrical efficiency and providing up to 111 MW of power, such as LMS 100 manufactured by General Electric.

Our range of standard solutions for gas turbine CHP plants includes the following SIEMENS products:

• SGT-600 with power output of 24.5 MW.• SGT-700 with power output of 32.2 MW. • SGT-750 with power output of 37 MW.• SGT-800 with power output of 50 MW.

and GE turbines:

• 6B with power output of 44 MW.• 6F with power output of 80 MW.• LM2500 (including +G4) with power output of up to 37 MW.

Modular gas turbine power plant based on SIEMENS SGT-750 turbine

• LM6000 with power output of up to 58 MW.• LMS100 with power output of up to 111 MW.

High output per unit, efficiency, flexibility, reliability of gas turbines, long operating time before maintenance and high level of automation are the indisputable advantages of gas turbine CHP plants which make them a preferable electrical and thermal energy source in various environments.

Gas turbine power plants with electrical and thermal unit rating up to 100 MW

CHP plants for combined generation of electrical and heat power (steam or hot water) based on steam turbines is a reliable and long-term solution for energy generating companies, residential sector and industrial enterprises.

Advantages of steam turbine plants:

• They are available for a wide range of electrical loads from hundreds of kilowatts to hundreds of megawatts• Any type of fuel can be used, both separately or in a combination • Generation of thermal and electrical power with a wide range of power-to-heat ratios• Long period of operation before maintenance or overhaul• High level of process automation

Dual casing steam turbine SIEMENS SST-110

Multi-fuel CHP plants based on steam turbines with electric output from 5 to 300MW


Gas turbine LMS-100


as well as Skoda, Ekol.

Steam-turbine CHP plants can operate on different types of fuel – natural gas, heavy oil products, solid fuel, melting furnace gas, municipal waste, sewage sludge, biomass and biofuel.

Fluidized bed steam generator operating on biofuel

Steam engine power plant with steam generator (fuel – melting furnace exit gas), SIEMENS SST-400 steam turbine (axial exhaust) and air condenser

Where there is high electrical and heat demand combined with the stringent requirements to reliability and quality, steam turbine and CHP plants are the best and proven solution.

Flexibility of steam turbines, high output per unit, long period of operation before maintenance, wide range of operating modes and power and heat loads, various power-to-heat ratios, proven automation solutions are the main advantages that determine high demand for steam-turbine CHP plants for more than 100 years.

A number of steam engine plant solutions are based on SIEMENS steam turbines:

• SST-110 (block type) with power output of up to 7 MW.• SST-111 (block type) with power output of up to 12 MW.• SST-200 with power output of up to 10 MW.• SST-300 with power output of up to 50 MW.• SST-400 with power output of up to 65MW.• SST-500 with power output of up to 100 MW.• SST-600 with power output of up to 150 MW.

MAN steam turbines:

• MARC 1 – Marc 4 with power output of up to 40 MW;

Combined heat and power plant with air condenser

Steam boilers produced by the leading manufacturers with the efficiency of up to 95% (for natural gas), gas output parameters of up to 560C (in some cases up to 600), 260 bar and auxiliary equipment complete our comprehensive offer for steam-turbine CHP plants construction which includes design, procurement and installation.

In our projects we use economic and eco-friendly solutions – closed circuit or air cooling systems, advanced automated burning systems for multi-fuel plants, floor-mounted turbo generators, exhaust gas cleaners that meet the most rigorous environmental requirements.

For the projects with high power and heat demand with independent consumption schedules, for the projects running on “difficult” fuel types (brown lignite or municipal waste), steam-turbine power plants provide a solution for supplying consumers with all types of energy, while meeting all the stringent environmental requirements.

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Combined cycle heat and power stations have proven to be safe, powerful and cost-efficient energy sources. When electric power generation is a priority then CCGT with the efficiency over 55% is the preferred solution – CCGT definitely have no match within this range.

CCGT are combined cycle plants which consist of gas turbines, heat recovery steam generators (boilers) and steam turbines. All the components work as an integrated unit and generate electrical power by using the energy of the fuel to the maximum extent. If needed, CCGT can be designed so as to generate both electrical and heat energy.

We offer to our clients construction of CCGT fitted with the primary equipment manufactured by the European and global producers such as SIEMENS, MAN, and with heat recovery steam generators (boilers) of various brands. There can be various options of boilers: with or without reheat, single-circuit or multiple-circuit, with heating up of delivery water and condensed water, vertical and horizontal types — in order to meet the requirements of any power station project. CCGT output ranges from 30 to 800MW.

We designed CCGT based on standard steam and gas turbines in different combinations for various heat-to-power ratios. The plants are suitable for a wide range of environmental conditions.

1GT + 1ST, 2GT+1ST and any other options and solutions, as well as prefabricated single-shaft CCGT based on SIEMENS equipment are the most powerful and efficient solutions for electric power industry and can be provided to our customers.

Full processes automation of CCGT and primary equipment produced by the world leading manufacturers guarantee the efficiency and reliability of electric and heat power production. Comprehensive design, procurement, installation, construction and commissioning services are provided for the convenience of our customers.

Combined steam and power plant with two SIEMENS SGT-800 gas turbines and one SIEMENS SST-400 steam turbine

Combined steam and power plant with SIEMENS SGT5-4000А gas turbine

CCGT for electrical power generation and for combined heat and electrical power generation with the output range from 7 to 300MW.


We consider all possible options while designing power plants and provide project support starting from the preliminary investigation stage to commissioning. Our project support includes provision of financial instruments for the projects of our clients.


Combined steam and power plant with two SIEMENS SGT-800 gas turbines and one SIEMENS SST-400 steam turbine

Combined steam and power plant with two GE 9F gas turbines

Services related to energy projects are one of the products we offer to our clients.

Construction of energy facilities is not a core business for the majority of our customers and general contractors. The requirement for such facilities may arise during new construction, business expansion or modernization. Therefore, the customers and general contractors usually do not have personnel with the sufficient experience in construction of power sources and energy infrastructure. Given the complexity and specific requirements that have to be observed during the construction of such facilities, qualified and experienced professionals are the key to successful execution of energy projects.

With this in mind, we offer project management and project supervision as standalone solutions.

Project management

Main issues with turnkey energy projects:

• Poor coordination and communication between the project members results in schedule delays and cost overrun.• Construction schedule delays resulting in penalties or receiving less profit.• Cost overrun is the reason for reduced economic efficiency of the projects.

Our project management services will help our customers to avoid these problems. The project will be assigned a project team consisting of experienced specialists who will be responsible for overall collaboration between the project members and project delivery supervision (schedule and budget management). The team will supervise execution and performance of the main contract and the contracts with subcontractors and suppliers. Project management team will supervise construction and procurement, monitor and report on project progress, assess performance in order to prevent critical delays during the next project stages which might result in disruption of construction deadline and project cost overruns.

Services

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We offer project consulting as well as project management services.

Our project consulting team together with the general contractor (EPC contractor) or the employer provides the following services:

• Provide support during contract execution – advice, analysis and evaluation of the offers• Build communication and work breakdown structure• Develop schedules of deliveries and works, project critical path, payments and financing schedules • Optimization of resource usage• Supervision during design stage – assessment of compliance of the proposed design solutions with the project requirements• Support during procurement of the primary and auxiliary equipment and subcontracting services• Organization and management of deliveries, quality control of materials, works and equipment • Organization and management of logistics, interaction with customs authorities, providing advice to supervisors and assistance during site investigation at the design stage, providing training etc.

Our project management team provides comprehensive cost and schedule control and is responsible for delivering the end result of the project.

Belzarubezhstroy project management team consists of project managers, certified engineers and specialists in various fields (thermal generation system, power generation system, construction, engineering, automation, environment management, logistics, finances, etc.). Our specialists are able to handle energy projects from preliminary stage to handover of the fully operational facility to the customer.

Technical and financial supervision (employer’s representative)

High quality of construction works, equipment and materials is crucial for ensuring reliability and safety of energy facilities.

Our customers are usually power plant operators and owners, and not the construction companies. When new power facilities are built or when new processes are introduced, professional assistance in the form of site and installation supervision becomes absolutely indispensable. Unlike project management, supervision services are provided on behalf of the project owner. We supervise the quality of works, materials and equipment, as well as the actual amounts of work done and volumes of delivery. Our experts are ready to share their experience and to offer the following services to our customers:

1. Design supervision and quality control for design works. Audit of design documentation prepared by the general contractor, verification that the documents are sufficient for the performance of works, making sure that the customer is provided with a complete set of proper design documents.

2. Technical supervision of procurement and advice on the quality of the supplied materials and equipment. Our specialists provide receiving inspection of the project equipment and verification of its compliance with design solutions. Alternatively, we can provide technical advice to our customers, if they perform receiving quality inspection or acceptance of high-priced equipment and facilities on their own.

3. Technical site supervision and advice on the matters relating to site supervision.

We supervise and check:

• Subcontractor’s specialists (including qualification);• Construction programs and schedules of work and deliveries;• Proposals for works, services and equipment and optimization of such proposals;• Construction materials;• Construction methods and quality of the works done, inspection of their safety for health and environment;• Production and quality tests.

We perform inspection at each project phase from soil investigation to commissioning, at any facility starting from extra high voltage substations to gas engine power plants. We check the volumes of the work done for verification of its cost and carry out equipment manufacturing inspection. We also participate in the main tests of building structures and equipment in order to provide assurance to our customers of the successful project delivery.


Electrical and thermal energy supply

When our customers need electrical or thermal energy, but do not have a possibility to build a permanent energy source at their own expense, we offer a simple solution which is to build a power plant (based on reciprocating engines) at our expense when the customer has an obligation to purchase the energy generated by the plant. The equipment remains in our ownership, while customers are provided with reliable energy supply for their facilities.

This solution is especially relevant during large projects construction when an own energy source or connection to electrical network is unavailable, for supplying power to temporary consumers or to municipal users in the places where the construction of a power transmission line is problematic and a permanent energy source can’t be built due to various reasons.

Advantages for our customers:

• No need for initial investment in construction of an electric power plant.• Short period for startup and energy supply to consumers.• No expenditures on power plant maintenance and repairs, and on the training of qualified personnel.• Possibility to stop purchasing electricity in the future if consumers get connection to electrical network or if a permanent energy source has been constructed.

Our company undertakes to perform construction and maintenance of the power plant, as well as fuel supply while the customer has to indicate the location for construction of the plant and a supply terminal for consumers.

Container power plants with a capacity of 200 kW or more are available.

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Contents

Company background 1

The mission of JSV “Belzarubezhstroy” in the power industry 2

Power Plant Solutions:

Gas engine power plants. Power and heat generation 3

Gas turbine power plants. Power and heat generation 9

Steam turbine power plants. Power and heat generation 10

Combined cycle power plant. Power and heat generation 11

Services:

Project management services 13

Engineering and financial supervision (employer’s representative) 14

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