in english · the “enerstena” company group – heating your business! the “enerstena”...
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In English
The “Enerstena” Company Group –heating your business!
The “Enerstena” Company Group is one of the largest energy sector companies in the Baltic region and is well known as a manufacturer of biomass combustion technologies. The company has been operating in the energy market since 2002. We have established a Research and Development Centre and brought together a team of the best professionals – all with the purpose of reaching our common goal, which is to design and manufacture boilers, economisers and other technological equipment for boiler plants.
The projects that are carried out by the “Enerstena” Company Group are realised from the initial idea to “the turnkey”. Moreover, the company provides operational services. The major part of our clients consists of heating suppliers and industrial companies. We are proud of the projects we have realised and our clients are satisfied with our services. Contact us, and we will immediately select the most efficient heating and energy generation solution, according to your needs.
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THE “ENERSTENA” COMPANY GROUP DESIGNS AND MANUFACTURES EQUIPMENT FOR GAS AND LIQUID FUEL BOILER PLANTS, INTENDED FOR THE PREPARATION OF HIGH AND LOW PRESSURE VAPOUR AND FOR WATER HEATING.
THE EQUIPMENT IS CUSTOMISED TO FIT THE CLIENT’S NEEDS AND CAN BE ADAPTED TO THE DIFFERENT ENERGY NEEDS OF INDUSTRIAL AND DISTRICT HEATING NETWORKS.
UAB “ENERSTENA GRUPĖ”THE HOLDING COMPANY
OUR ADVANTAGES:
• FULL CYCLE: IDEA - DESIGN - PRODUCTION - OPERATION
• PROFESSIONAL TEAM
• NEWEST TECHNOLOGIES
• EXPERIENCE
• RESEARCH AND DEVELOPMENT
• MODERN MANUFACTURE
• AUTOMATED EQUIPMENT AND TECHNOLOGIES
• MAINTENANCE SERVICES
• CERTIFIED EQUIPMENT
• HIGH QUALITY MANUFACTURED EQUIPMENT
We can design and produce gas and liquid fuel hot water boilers with capacities from 1 to 25 MW, steam boilers with capacities from 1 to 30 t/h, and other boiler plant equipment!
WE HAVE EVERYTHING TO IMPLEMENT EVEN THE MOST DIFFICULT PROJECTS!
TECHNOLOGIESSCIENCEGAS AND LIQUID FUEL
FULL CYCLE
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The “Enerstena” Company Group has a factory measuring more than 7500 square metres for the manufacturing of energy and industrial equipment. The factory is equipped to an excellent, modern standard, and particular attention has been paid to the quality of the equipment. In the manufacturing process, modern rolling, bending, welding, surface preparation, painting, and cutting equipment is used. The company has purchased modern welding equipment which allows us to apply contemporary welding techniques, and all materials used in the manufacturing process have obtained leading quality certification. All of the welders working in the company are periodically certified, according to the LST EN ISO 9606-1 and LST EN ISO 14732 standards requirements, and the company’s Welding Coordinator has a European Welding Engineer’s certificate. The company is certified according to the LST EN ISO 3834-3 standard: Quality requirements for the fusion welding of metallic materials. Pt. 3, Standard quality requirements.Since June 2013, the “Enerstena” Company Group has been introduced on the list of the Vd TÜV Association as a manufacturer that satisfies the welding quality requirements in the production of pressurised equipment in accordance with the requirements of the EN 13445, EN 12953 and EN ISO 3834-3 standards, and with other documents regulating the production requirements for pressurised equipment. This list includes only three companies from the Baltic States that manufacture pressurised equipment. The factory implements the “LEAN” 5S management system. For this reason, the efficiency and quality of the manufacturing processes have been increasing. When implementing projects, the company manufactures all or part of the equipment presented by the specialists of the “Enerstena” Company Group or by the client. In order to offer to each of our clients the highest quality services, we have implemented an integrated quality, environmental protection, occupational safety and health management system. The quality management system meets the requirements of the LST EN ISO 14001 standard; while the Occupational Safety and Health Management System is based on the BS-OHSAS 18001 standard requirements.
The “Enerstena” Company Group applies the CE label to its manufactured pressurised equipment, according the 2014/68/EU (97/23/EEB) Directive.
CERTIFICATES AND APPROVALS OBTAINED BY THE “ENERSTENA” COMPANY GROUP
MANUFACTURING OF GAS AND LIQUID FUEL BOILER PLANT EQUIPMENT THE RESEARCH AND DEVELOPMENT CENTRE
FUEL - COMBUSTION - TECHNOLOGIES - EFFICIENCY - ECOLOGY
Advanced combustion technologies!
• Exceptional projects.• Effective solutions.• Innovative ideas• Qualitative and quantitative biofuel analysis.• Professional consultation.
The technological solutions created in Research and Development center have been successfully implemented in industrial and energy sectors. Sustainable, environmentally-friendly and resource saving combustion technologies are created in the Research and Development centre.
RESEARCH AND DEVELOPMENT CENTER SERVICES:
• Required thermal load evaluation and equipment selection. • Heat balance and thermal efficiency calculations for boilers, economizers and fuel combustion equipment.• Selection of the most suitable combustion technology and equipment, according to fuel characteristics and analysis data. • Special designed burners for Low NOx, dust fuel or etc.• Control unit selection and implementation for gas burners to operate with minimal excess air.• Engineering solutions to reduce pollution.• Research of equipment efficiency and reduction of heat losses.• Ecological measurements.
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The highly qualified designers at the “Enerstena” Company Group use modern design applications to develop our gas and liquid fuel boiler plant equipment.
The specialists of the “Enerstena” Company Group will help you to implement even the most complicated engineering challenges.
Applications used in the design:
• Thermal, aerodynamic and hydraulic calculations: created by the engineers of the “Enerstena” Company Group. • Strength calculations made using the Intergraph “Visual Vessel Design”, DXT EN12953 and EN12952.• Product 3D design and preparation of manufacturing drawings using the “Solid Works” application.• System 3D design and analysis using the “Bentley Systems” application.
DESIGN OF THE GAS AND LIQUID FUEL BOILER PLANT EQUIPMENT
TERMONERG BOILERS
The TERMONERG boilers are designed and manufactured by highly qualified specialists in a factory operated by the “Enerstena” Company Group.
The “Enerstena” Company Group offers high quality gas and liquid fuel-fired hot water boilers with a thermal capacity ranging from 1 to 25 MW.
The boilers designed by the Company’s specialists are three-pass firetube hot water boilers, which can be equipped with gas or liquid combustion burners produced by various manufacturers.
Depending on the client’s needs, we can produce Low NOx boilers with extremely low emissions of nitrogen oxides. The boilers can also be manufactured and customised to take into account the individual and specific client requirements.
The gas and liquid fuel boilers are characterised by a high level of efficiency: 90-94 percent. The boiler’s operations are safe and fully automated, and the system is ready to operate without staff.
ADVANTAGES OF THE TERMONERG BOILERS:
• Low hydraulic and aerodynamic resistance – resulting low electricity costs.• Low NOx concentrations in the flue gas.• Large heat transfer area.• Efficiency of the boilers: 90-94 percent.• Long-term construction: the design service life time of the boilers is up to 25 years.• Comfortable and easy maintenance.• Low level of heat loss to the environment.• Boiler design that can be modified to specific client needs.
1110
Up to 25 MW
Type and purpose of the boiler
HOT WATER BOILER
Model GM-HLB
GM-HHB
Type of fuel Natural gas, biogas, liquefied gas, heavy fuel oil, shale oil, diesel
Standard EN12953
Type of boiler Three-pass firetube hot water boiler
Maximum pressure GM – HLB = up to 16 barGM – HHB = up to 25 bar
Minimum allowed water temperature at the boiler inlet
70 °C
Maximum allowed water temperature at the boiler outlet
GM – HLB = up to 110 °C (115 °C)GM – HHB = over 110 °C (115 °C)
Therman capacity kW 1000 2000 3000 4000 5000 8000 10000 12000 15000
Dimensions (without the burner)
Width mm 1500 2100 2500 2900 3000 3500 3600 3800 4200
Height mm 1700 2500 2800 3000 3100 3700 3900 4100 4500
Length mm 3200 3400 5200 6300 6900 7900 8600 11000 12000
Weight (of the empty boiler without water)
GM-HLB kg 4000 6400 8100 10500 12500 19500 23500 27500 33500
GM-HHB kg 4500 7400 9500 12000 14000 22000 27000 30000 38000
The boilers are designed and manufactured individually, taking into account the needs of the client. The dimensions and technical data will be adjusted to each specific case. Dimensions of boilers with higher therman capacity than 15 MW are given individually.
HOT WATER TERMONERG BOILERS
Flue gas ducts
Safety valve
Maintenance hatchFlue gas outlet
Insulation
Water inlet
Inspection hatch
Boiler supportsCombustion chamber Burner
Water outlet
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The boilers are designed and manufactured individually, taking into account the needs of the client. The dimensions and technical data will be adjusted to each specific case. Dimensions of boilers with higher therman capacity than 15 t/h are given individually.
Type and purpose of the boiler
STEAM BOILER
Model GM-HLS
GM-HHS
Type of fuel Natural gas, biogas, liquefied gas, heavy fuel oil, shale oil, diesel
Standard EN12953
Type of boiler Three-pass firetube boiler
Maximum pressure GM – HLS up to 25 barGM – HHS up to 45 bar
Minimum allowed water temperature at the boiler inlet
105 °C
Maximum steam temperature at the boiler outlet
GM – HLS up to 250 °CGM – HHS up to 470 °C
Thermal output of the steam boiler
t/h 1 2 3 4 5 8 10 12 15
Dimensions (without the burner)
Width mm 2100 2500 2700 2800 3100 3400 3600 3700 4500
Height mm 2500 2700 2900 3100 3300 3600 3700 3900 4700
Length mm 3700 4900 5700 6200 6800 7500 7900 8300 10200
Weight (of the empty boiler without water)
GM-HLS kg 6000 9000 11000 15000 18000 24000 28000 33000 41000
GM-HHS kg 11000 15000 19000 23000 30000 38000 44000 47000 52000
Up to 30 t/h
The “Enerstena” Company Group can offer low and high pressure steam boilers. Steam boilers can be customised according to the clients individual preferences.Steam boilers can be equipped with high-quality gas or liquid fuel burners from various manufacturers. Special construction of the boiler combustion chamber ensures extremely low nitrogen oxides (NOx) concentrations in flue gases.
We design and install all equipment of the boiler plant needed to ensure effective and continuous operation of the steam boiler plant:
• Deaerators.• Water preparation system.• Flue gas condensers.• Ducts for the flue gas and chimney.• Control automation system for the entire boiler plant.
TERMONERG STEAM BOILERS
Burner
Control cabinet
Combustion chamber
Inspection hatch
Inspection hatch
Electrodes
Water level gauge
Armature of the branch pipes
Maintenance hatch
Boiler supports
Flue gas ducts
Insulation
Safety valves
Steam outlet
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EFFICIENCY OF THE FLUE GAS CONDENSERS
The efficiency of modern gas or liquid fuel-fired boilers is high, and can reach 90-94 percent. However, this is not the limit: the efficiency of even the most efficient boiler can be increased by the installation of a flue gas condenser. Both flue gas and liquid fuel contain hydrogen, which during combustion, turns into water vapour. During the cooling process, the water vapour contained in the flue gas falls below the dew point with the aid of the flue gas condenser, and the heat of the condensation is released. Thus, due to the presence of a flue gas condenser, additional heat is received in amounts ranging from 8-12 percent.
The “Enerstena” Company Group designs and produces several types of flue gas condensers to meet various client needs. The selection of the best type of flue gas condenser is determined by the allowable pressure loss, maintenance capabilities and space dimensions.
The flue gas condensers we offer are manufactured for boilers whose capacity ranges from 1 MW to 300 MW.
Liquefied gas
Temperature of the return water, 0C
FGC
pow
er, a
s a
perc
enta
ge o
f the
boi
ler’s
cap
acity
Natural gas
ADVANTAGES OF THE “ECONERG” FLUE GAS CONDENSERS:
• Low hydraulic and aerodynamic resistance – resulting in low electricity input.• Effective heat exchange in the flue gas condenser.• Flue gas condensers are easily adjustable to all types of boilers.• Additional heat of 8-12 percent can be obtained by combustion the same amount of fuel.
Liquid fuel
ECONERG FLUE GAS CONDENSERS
The flue gas condensers are designed and manufactured individually to take into account the needs of the client.
GAS FIRED BOILER PLANT FLUE GAS CONDENSER
TOTAL EFFICIENCY OF THE GAS FIRED BOILER PLANT WITH A FLUE GAS CONDENSER
PARAMETERS OF THE CEB FLUE GAS CONDENSERS
Heat obtained in the flue gas condenser. ER – efficiency ratio.
GAS FIRED BOILER PLANT WITH A FLUE GAS CONDENSER
EFFICIENCY 90-94 %
EFFICIENCY98-106 %
EFFICIENCY 8-12 %
Technical parameters
Maximum boiler capacity: Up to 300 MW
Type of fuel: Natural / liquefied gas
Designed temperature of the flue gas: 300 °C
Designed pressure (water side): 2-16 bar
Material: Stainless steel
Designed service life: 20 years
Capacity of the flue gas condenser: 8-12 % of the heat production in the boiler
Stainless steel pipes
Flue gas outlet
Flue gas inlet
Water outlet
Nozzle for instruments
CollectorsWater inlet
Water flow
Flue gas flowInspection manhole for the flue gas equipment
Technological process measurement points
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Our control system for boiler plants is fully automated; therefore, the devices can operate in an automatic mode without the need for constant operator supervision. The technological process visualisation system (SCADA) facilitates the operation of the boiler plant, as well as allowing the operator to monitor the status of the devices and to generate fault reports. All of the technological measurements, equipment status details, events, incidents and accidents are displayed on the operator’s panel and in a computer located in the operator’s workplace, as well as being stored in the system’s memory. The SCADA systems implemented by the “Enerstena” Company Group additionally offer the possibility to display the equipment parameters on mobile devices. Secure data transfers are ensured by a VPN connection.
The “Enerstena” Company Group designs automated control systems with various levels of complexity: ranging from simple data collection to complex distributed control systems (DCS). To address these challenges, we commonly use Siemens programmable controllers and technological process visualisation systems (SCADA).
We can program the controllers of other manufacturers and SCADA systems, if required. We can also implement the automated reading of accounting devices and other data, and transfer this to the SCADA or higher-level systems (ERP, MES, etc.). We are experienced in identifying and fixing failures in existing control systems (not only those implemented by us), and in providing recommendations for modernisations, renewals or extensions. We create our own software with standardised programs for non-standard tasks, and work with various data bases and virtual platforms. In our systems, we can implement and configure various networks (Ethernet, Profinet, Profibus, M-Bus, etc.).
AUTOMATION OF GAS AND LIQUID FUEL BOILER PLANTS
YOUR BOILER PLANT MONITORED BY QUALIFIED BOILER OPERATORS 24 HOURS ADAY!
The service specialists of the “Enerstena” Company Group perform the commissioning and adjustment work for gas and liquid fuel boilers and their automation systems, as well as maintenance, servicing and repair work. For each industry or thermal power generation company, we offer one-off assistance or long-term cooperation, taking into account the client’s needs. The qualified staff of the “Enerstena” Company Group are ready to travel to the place where a fault has been indicated in order to resolve the problems, or consult with the client remotely via phone.
ADJUSTMENT OF THE COMBUSTION PROCESSES IN THERMAL POWER GENERATION EQUIPMENT:
• Fuel combustion analysis.• Adjustment of the fuel and air ratios. • Creation of equipment working modes. • Adjustment of fuel burners.
PERMANENT MAINTENANCE AND REPAIRS OF:
• Energy boilers, steam and hot water boilers. • Technological heating equipment and pipelines.• Cleaning work of boiler heating surfaces from the flue gas side.
CONSULTATIONS, AUTOMATION AND MODERNISATION OF COMBUSTION PROCESSES:
• Consultation, monitoring and remote control from our own operation facility. • Training in independent controls and technical maintenance. • Modernisation of boiler control.
AFTER-SALES SERVICES OF:
• Boiler plants and economisers. • Gas systems and gas pipelines. • All types of boiler plants and fuel combustion equipment.
MAINTENANCE OF GAS AND LIQUID FUEL BOILER PLANTS,BOILER PLANT EQUIPMENT REPAIRS
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In most cases, PTVM, GM, KVGM and similar types of hot water and steam boilers were installed in boiler plants 30 or more years ago. Therefore, nowadays these boilers do not fully satisfy the energy needs of the boiler plants and the environmental requirements. For example, they:• Have a low coefficient of performance (COP). • Do not work with an optimal air excess ratio. • Generate high volumes of NOx.• Require many manual operations. • Do not have a continuous control mode for the water temperature at the boiler’s outlet.• The burners do not have a modulation mode. Due to these disadvantages, the boiler operations require large numbers of service staff. In addition, they have disadvantages in their construction: angular burners that work inefficiently, bottom screen tubes that are not fully exploited for heat removal purposes.
The modernisation of the above-mentioned types of boilers is necessary, in order to reduce the amount of service staff, to increase the operational safety and durability and to improve boiler’s energy parameters.
OUR RECOMMENDED MEASURES INCLUDE:
• Modernisation or replacement of the burners. • Installation of new control and measuring devices, or the renewal of old ones, with the installation of a new control system based on freely programmable controllers (PLC) and a computerised operator workplace. • Installation of flue gas condenser.
With these modernised burners, the boiler can work in a modulation mode using both gas and heavy fuel oil. In addition, the modernised burners will generate lower volumes of NOx.
Full modernisation of the control system enables the more secure, reliable and efficient operation of the boilers with a lower amount of staff.
MODERNISATION OF 25-200 MW CAPACITY HOT WATER AND STEAM BOILERS
DURING THE BURNER MODERNISATION PROCESS, WE:
• Replace the burner air twisters and gas rings.• Form a new geometry of the embrasure.• Install steam-spraying Y-type oil sprayers.
The implementation of this reconstruction work enables us to regulate the burner’s efficiency in the range from 50 to 100 percent when working with gas, and from 70 to 100 percent when working with heavy fuel oil.
In those cases where the aim is to reduce NOx emissions according to the new European Union requirements, the replacement of the existing burners with new fully-automated low-NOx emission burners is required. However, this solution also requires the replacement of the boiler screen pipes in the burner zone. The most convenient time for the installation of those burners is during the boiler’s repair, i.e. when the replacement of the screen pipes is being carried out.
DURING THE MODERNISATION PROCESS OF THE CONTROL SYSTEM:
• Projects are prepared for all parts subject to the renewal and modernisation. • All of the required control fittings are provided and installed, if the existing ones are not appropriate. • All of the measuring instruments are provided and installed, if the existing ones are not appropriate. • The new computerised control system is installed.
The achieved level of automation allows for the elimination of many manual operations. One operator can prepare the boiler systems for firing, and the further firing and operational activities are carried out with the help of the automation measures. This means that all of the control actions can be carried out on the operator’s panel of the boiler’s control system, or in the computerised workplace of the boiler plant’s control system.
Heavy fuel oil
Air
Gas
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The most effective measure that can be undertaken to increase the COP of a boiler is the installation of a flue gas condenser, particularly as most of the above-mentioned boilers do not have one. For this reason, the flue gas temperature is high and the heat losses are significant. The installation of a flue gas condenser will increase the COP of the boiler from 8 to 12 percent. In cases where, due to the lack of space, it is not possible to install an individual flue gas condenser for every boiler we recommend installing a single flue gas condenser for the whole boiler plant.
AFTER THE MODERNISATION OF THE BOILER, IT IS POSSIBLE TO INCREASE THE BOILER’S COP BY UP TO 15 PERCENT.
• Modernisation (replacement) of the existing burners and boiler automation:→ + 2-3% COP + higher reliability + less staff + lower pollutant emissions.• Installation of additional boiler heating surfaces:→ + 2-3% COP + higher capacity.• Sealing of the boiler to prevent the increased excess air in combustion chamber: → + 1-2% COP + lower pollutant emissions.• Installation of a flue gas condenser: → + 8-12% COP + lower pollutant emissions.
WE HAVE PERFORMED THE FOLLOWING BOILER MODERNISATION PROJECTS:
• Modernisation of the PTVM-50 (2 units) and PTVM-100 type boilers. COP increased by +15 percent.• Modernisation of the KVGM-100 (2 units) type boilers. COP increased by +14 percent.• Modernisation of the PTVM-100 type boiler. COP increased by +10 percent.• Modernisation of the GM-50 (2 units) and E-25 type boilers. COP increased by +4 percent.• Modernisation of the E-25 type boiler. COP increased by +4 percent.• Modernisation of the DE-16 type boiler. COP increased by +3 percent.
One of the most important activities of the member of the “Enerstena” Company Group, UAB “Enerstena VS” (Enerstena Control Systems), is the automation of energy facilities and remote control systems. During the process of designing and installing of the boiler plants created to work without constant operating staff, exceptional attention is paid to the maintenance of the auto-autonomous process parameters and the security systems. These systems have to ensure not only the operation of the device, but also safe shutdowns in the event of an unauthorised deviation of the technological parameters from the pre-set values, or in the presence of a single equipment failure which could lead to damage of the main boiler equipment.In the boiler plants that operate without constant operating staff, a data transfer system is installed that ensures continuous communications with the customer’s central control room. The data that is sent to the central control room can be transferred via various communication channels: through a computer network, GPRS, direct radio links, as well as by sending GSM messages. The boiler plants will operate autonomously, but if necessary, the operator of the central control room can remotely take over the control of the facility. The largest control systems installed by UAB “Enerstena VS” operate up to 200 remote objects.Client boiler plants can be connected to the remote control centre of the “Enerstena” Company Group for continuous monitoring.Boiler plants, when service staff visit the boiler plant at least once every 72 hours, are installed in accordance with the requirements of the main documents governing such activities within the European Union: the 97/23/EC, 2014/35/EU and 2014/30 EU Directives, the EN 12953 and EN 50156-1 norms, the 8/15 and 9/20 European guidelines, as well as other specifications.
THE HOT WATER BOILER PLANTS AND BOILERS ARE SUPPLIED WITH THE FOLLOWING EQUIPMENT:
• Protection system for high and low water levels.• Control system for the water levels.• Control system for the water pressure. • Protection system against increases and decreases of the water pressure. • Protection system against water temperature increases.• Electrical and control panels for the boilers and auxiliary equipment to enable automatic and remote control, with safety automation.• Certified process control and safety PLC with operator panels for the monitoring of technological parameters and data transfers to the central control room.
THE STEAM BOILER PLANTS AND BOILERS ARE SUPPLIED WITH THE FOLLOWING EQUIPMENT:
• Protection system for high and low water levels.• Control system for the water levels.• Protection system against increased steam pressure. • System for continuous blow-offs.• System for periodical blow-offs.• Control systems for the steam and feeding water pressure. • Electrical and control panels for the boilers and auxiliary equipment to enable automatic and remote control, with safety automation.• Certified process control and safety PLC’s with operator panels for the monitoring of technological parameters and data transfers to the central control room.
Such boiler plants are installed until the “turnkey” level, i.e. they are installed, inspected, tested and marked in accordance with the applicable European Union requirements.
GAS AND LIQUID FUEL HOT WATER AND STEAM BOILER PLANTS, OPERATING WITHOUT CONSTANT OPERATING STAFF
The programmable controller will perform all of the control, regulating and protection functions; while in the workplaces data collecting, recording, mapping, calculating of the derived parameters, and the reporting functions are performed. Therefore, during the boiler’s operation, the operator only needs to monitor the basic boiler parameters, to change the setpoints of the controlled parameters, and to increase or decrease the number of operating burners.
INSTALLATION OF A FLUE GAS CONDENSER
2322
30 МВт
15 МW
AB “KAUNO ENERGIJA”, ŠILKAS BOILER PLANTParameters: boiler with a 15 MW capacityType: hot water boiler plant with a flue gas condenser Type of fuel: natural gasLocation: Kaunas, LithuaniaYear: 2016
GA
S FI
RED
BO
ILER
PLA
NTS
2524
“KIETAVIŠKIŲ GAUSA”
Parameters: boiler with a 3 MW capacityType: hot water boiler plant Type of fuel: natural gasLocation: Kareivoniai village, Elektrėnai Municipality, LithuaniaYear: 2016
“LANALITA”
Parameters: boiler with a 2 МW capacity (3 t/h steam) Type: steam boiler plant with an economiser Type of fuel: furnace fuel / heavy fuel oil Location: Juodupė, Rokiškis District, LithuaniaYear: 2016
2 МW
3 МW
GA
S FI
RED
BO
ILER
PLA
NTS
2726
30 МВтКУП «ГОМЕЛЬСКОЕ ОБЛАСТНОЕ УПРАВЛЕНИЕ КАПИТАЛЬНОГО СТРОИТЕЛЬСТВА»
Parameters: 3 gas / heavy fuel oil boilers (2 x 15 MW and 10 MW)Type: hot water boiler plantType of fuel: natural gas / heavy fuel oil Location: Kalinkavitchi, BelarusYear: 2016
2 x 15 MW, 10 МW
GA
S FI
RED
BO
ILER
PLA
NTS
2928
30 МВт“GRAINMORE”Parameters: steam boiler with a 1.5 MW capacityType: steam boiler plant with an economiser Type of fuel: natural gasLocation: Senieji Trakai, LithuaniaYear: 2015
“KAUNO GRŪDAI”Parameters: steam boiler with a 1.75 capacityType: steam boiler plant with an economiser Type of fuel: natural gasLocation: Alytus, LithuaniaYear: 2015
1.5 MW 2.0 t/h
GA
S FI
RED
BO
ILER
PLA
NTS
1.75 MW2.5 t/h
3130
30 МВтALGIMANTAS ZEMAITIS FLORICULTURE ECONOMY
Parameters: boiler with a 4 MW capacity Type: hot water boiler plant Type of fuel: natural gasLocation: Alytus District, LithuaniaYear: 2014
4 МW
GA
S FI
RED
BO
ILER
PLA
NTS
3332
30 МВт“MONDELEZ INTERNATIONAL”Parameters: 2 x 3.3 MW steam boilersType: 2 flue gas condensers for each boilerType of fuel: natural gasLocation: Kaunas, LithuaniaYear: 2015
FLU
E G
AS
CON
DEN
SERS
FO
R G
AS
BOIL
ERS
“KLAIPĖDOS ENERGIJA”Parameters: boilers with a 100 MW capacity (2 x KVGM-100)Type: flue gas condenser Type of fuel: natural gasLocation: Klaipėda, LithuaniaYear: 2016
100 МW
2 x 3.3 МW
3534
30 МВт“KAUNO ENERGIJA” PETRAŠIŪNAI POWER PLANTParameters: PTVM-100 boiler with a 100 MW capacityType: flue gas condenser Type of fuel: natural gasLocation: Kaunas, LithuaniaYear: 2014
100 МW
FLU
E G
AS
CON
DEN
SERS
FO
R G
AS
BOIL
ERS
3736
30 МВт
“KAUNO ENERGIJA”, PERGALĖ POWER PLANTParameters: boilers with a 36 MW capacity (2 x 9 MW + 18 MW) Type: flue gas condenser Type of fuel: natural gasLocation: Kaunas, LithuaniaYear: 2012
36 МW
“JONAVOS ŠILUMOS TINKLAI”Parameters: boiler with an 18 MW capacityType: flue gas condenser Type of fuel: natural gasLocation: Jonava, LithuaniaYear: 2011
18 МW
FLU
E G
AS
CON
DEN
SERS
FO
R G
AS
BOIL
ERS
3938
30 МВт“ŠIAULIŲ ENERGIJA”Parameters: boilers with a 100 MW capacity (2 x PTVM-50 + PTVM-100)Type: flue gas condenserType of fuel: natural gasLocation: Šiauliai, LithuaniaYear: 2011
100 МW
FLU
E G
AS
CON
DEN
SERS
FO
R G
AS
BOIL
ERS
4140
30 МВт“KAUNO ENERGIJA”Parameters: boiler with a 5 MW capacity Type: flue gas condenser Type of fuel: natural gasLocation: Garliava, LithuaniaYear: 2010
“KAUNO ENERGIJA”Parameters: boiler with a 9 MW capacityType: flue gas condenser Type of fuel: natural gasLocation: Garliava, LithuaniaYear: 2010
9 МW
5 МW
FLU
E G
AS
CON
DEN
SERS
FO
R G
AS
BOIL
ERS
4342
“RADVILIŠKIO ŠILUMA”Parameters: boiler with a 4 MW capacityType: flue gas condenser Type of fuel: natural gasLocation: Radviliškis, LithuaniaYear: 2009
4 MW
“IKEA GROUP”Parameters: boiler with a 3 MW capacityType: flue gas condenser Type of fuel: natural gasLocation: Kazlų rūda, LithuaniaYear: 2009
3 МW3 МW
FLU
E G
AS
CON
DEN
SERS
FO
R G
AS
BOIL
ERS
4544
“JURBARKO ŠILUMOS TINKLAI”Parameters: boilers with a 27 MW capacity (15 MW +12 MW) Type: flue gas condenserType of fuel: natural gasLocation: Jurbarkas, Lithuania Year: 2009
27 МW
FLU
E G
AS
CON
DEN
SERS
FO
R G
AS
BOIL
ERS
46 47
Date of issue: 2017-01-12
UAB “Enerstenos grupė” | Ateities ave. 30A, LT-52163 Kaunas, LithuaniaPhone: + 370 37 37 32 31 | Fax: + 370 37 45 90 56
www.enerstena.eu