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References
- Modernization of high-pressure cylinder control valves in
turbines К-200-130 with replacing those for valves designed
by professor Zaryankin (implemented in 7 turbines) - photo
>>
- Modernization of low pressure cylinder exhaust hood in turbine
К-200-130 with installing vortex damping grates (implemented
in 4 turbines) - photo
>>
- Delivery of control boiler feed disc valves (delivered 7
complete sets)
- Delivery of equipment (accessories and fittings, pumps,
spares for turbines)
- Design engineering for the erection of supplied equipment
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- Design engineering for pipelines at Ash Handling Enterprise
- Design engineering for reconstruction of dike at the ash
storage facility
- Delivery of auxiliaries and fittings, pumps and auxiliary
equipment
- design engineering of district heating system of turbine department
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- Modernization of high-pressure cylinder control valves in
turbines PT-80-130 and T-100-130 with replacing those for
valves designed by professor Zaryankin (implemented in 2 turbines)
– photo
1 >>, photo
2>>
- Modernization of stop valve in turbine T-100-130
- Replacement of heat-exchanging work surfaces in the cold
pack of the regenerative air-heaters in boiler TGME-464 for
iron-cast spherical grating heat-exchanging work surfaces
- Analysis of operating conditions for the peak boiler and
reconstruction of the system
- Design engineering for the reconstruction of pipework systems
- Delivery of equipment (pumps, compensators, accessories
and fittings, spares for turbines)
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- Adjustment of the operating mode for 3 boilers BKZ-75-39FSL
fired with powdered oil shale
- Reconstruction of 35 MW water cooling tower (design engineering
and erection works) – photo
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- Design engineering for fast-acting pressure-reducing de-superheating
station and steam piping
- Delivery of equipment (accessories and fittings, expansion
bellows)
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- Mode-adjustment works for boilers of different types fired
with powdered oil shale
- Upgrading of the vortex oil shale-fired burner
- Design engineering for pressure-reducing de-superheating
stations and steam pipelines
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- Design engineering for the reconstruction of boiler BKZ-75-39FSL
with mounting the oil shale retort-gas-fired burners at the
lateral deflecting walls
- Design engineering for oil shale retort gas-fired burners
- Design engineering works for gas- and feed water pipework
- Mode-adjustment works on reconstructed boilers intended
for co-current combustion of oil shale and oil shale retort
gas
- Delivery of equipment (igniters, flame detectors)
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- Heat consumption analysis
- Design engineering and erection of the district heating
substation
- Design engineering for pipework systems
- Delivery of equipment
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- Heat consumption analysis for the enterprise producing formaldehyde
solution
- Reconstruction of primary furnace of waste heat recovery
steam boiler intended for generation of 9 t/h of saturated
steam - photo
>>
- Design engineering and reconstruction of technological pipework
system
- Design engineering, delivery of equipment, erection and
commissioning and start-up for 1MW ammonia refrigerating machine
- photo
1 >>, photo
2 >>
- Analysis of the resin production technology and design engineering
for the installation of an additional chiller (turn key project)
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- Reconstruction of 5 MW water cooling tower
- Design engineering for the reconstruction of 35 MW water
cooling tower
- Delivery of equipment for water cooling towers
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- Design engineering for the district heating substation
- Delivery of equipment and commissioning works
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- Heat consumption analysis for the company
- Design engineering и and execution of the project for five
district heating substations with total capacity of 5 MW erected
at the company’s premises - photo
1 >>, photo
2 >>
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- Delivery of accessories and fittings
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- Construction of fully automated gas-fired steam boiler plant
intended for generation of 7 t/h of steam – photo
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- Reconstruction of dust arresting apparatuses
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- Construction of 5 MW district heating substation (full-featured
system) and service maintenance - photo
1 >>, photo
2 >>
- Reconstruction of hot-air heating systems in drying chambers,
6 MW in capacity
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- Heat consumption analysis for the company
- Delivery of equipment for the hot-water boiler house of
3 MW in capacity, commencing and start-up works and service
maintenance
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- Delivery of pumps - photo
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- Erection of pumping station with full-scale delivery of
equipment
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- The full range of works on the construction of containerized
steam gas-fired boiler house 1 MW in capacity - photo
>>
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- Design engineering for steam piping
- Delivery of equipment (heat exchangers, accessories and
fittings)
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- Design engineering for steam piping
- Delivery of equipment (heat exchangers, accessories and
fittings
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- Design engineering for steam piping
- Design engineering for the reconstruction of economizer
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- Design engineering and reconstruction of steam supply piping
(Pressure: 12 bar)
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- Project for the pyrolysis gas pipework
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- Design engineering for the reconstruction of the economizer
- Design engineering for the gas pipework
- Design engineering for technological units
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- Design engineering and manufacture of the mobile system
for pumping methanol from railway tank cars aboard tank vessel
- photo
>>
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- Investigation of possibilities and development of a model
for reconstruction of heating system in small town and villages.
Pilot project in the Estonian counties of East- and West Virumaa
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- Reconstruction of boiler houses with the replacement of
boilers and burners and switching boiler houses to the automated
mode of operation not attended by the operator; total capacity
of boiler houses is 4 MW - photo
1 >>, photo
2 >>
- Design engineering and arrangement of district heating substations
in residential buildings, in the school-, and local administration
buildings (more than 20 district heating substations)
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- Replacement of boiler burner and switching the boiler house
to the automated mode of operation
- Renting and operation of the boiler house and district heating
networks and sale of heat power
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- • development and introduction of dual-fuel burners (natural gas and wood dust) for direct-heat driers
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- design engineering of technological pipelines reconstruction
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