References

Design development and istallation of start-up burner, configured by ENTEH, for bubbling fluidized-bed boiler on wood sawdust. Burner capacity 10 MW, fuel – shale oil. Customer - SILLAMÄE Power Plant.

Boiler’s E-25 and TS-35 reconstruction design development to increase quantity of oil shale processing gases fired in the boilers (jointly with JSC „VTI“). Design development and installation of 5 MW low-calorific (generator) oil shale processing gas burners configured by ENTEH. Customer – Kivioli Oil Shale Processing Plant.

EESTI ENERGOMONTAAZ and FORTUM POWER AND HEAT

Detailed design documentation development for hot air ducts and heat transfer surfaces in TP-101 boiler’s furnacereconstruction for two-stagepulverized oil shale firing technology implementationin order to reduce NOX (technology and basic design was proposed by FORTUM). Customer - EESTI ENERGOMONTAAZ and FORTUM POWER AND HEAT.

Design and manufacturing of 13 MW burners for high-calorific (retort) gas of oil shale processing. Reconstruction of the oil shale boiler BKZ-75-39F for combined firing of oil shale, retort (high-calorific) gas and generator (low-calorific) gas. Two retort gas burners were additionally installed on BKZ-75-39F boiler. Customer - VKG Energia OÜ.

Design documentation development of limestone pulverization and injection system into the TP-101 boiler’s furnace in order to reduce sulphur dioxide emmissions. Customer - EESTI POWER PLANT.

EPC constract for constructionof dry ash handling system for BKZ-75-39FSl boiler. Plant’s solids intake – up to 7 t/h, length of the pneumatic conveyor system – 250 meters, pneumatic chamber pump MACTENN. Consequently, the similar system was installed on another BKZ-75-39FSl boiler. Customer - VKG Energia OÜ.

Design documentation development for 100 m3 oil fuels store. Customer - HORIZON PULP and PAPER.

Design documentation development for retort gas pipelins for four gas burners installed on 8th power unit of the Estonian powerplant. Retort gas flow rate 8 000 nm3/h.

Calculating analysis of operating mode (heat carrier flow and heat transfer) of Narva town district heating system. Customer - NARVA SOOJUSVORK AS.

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