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Sundsvall Energi AB - Sweden
B&W Renewable Service won this project for onsite Inconel® cladding and combustion air upgrade at Korstaverket in Sundsvall, Sweden. The client also requested the possibility to increase the capacity of the boiler. We also performed a computational fluid dynamics (CFD) model and recalculated all boiler parameters.
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Tekniska Verken i Linköping AB
B&W Renewable Service scope of supply for this project included project management, engineering, design, purchasing, construction and documentation for onsite Inconel® cladding at boiler panel walls on an existing waste wood-fired boiler (Line 3) in Linköping, Sweden. The cladding was performed in the bottom portion of the first pass, including part of the rear, left, right and front walls.
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Karlskoga Energi AB
For this project, B&W Renewable Service replaced the front boiler wall and economizers 1 and 2, as well as installed a new rapping device system for cleaning of the heating surface on a waste-to-energy plant (Line 1) in Karlskoga, Sweden. Delivery included project management, construction, design, manufacture, delivery, dismantling, installation, commissioning, testing and documentation.
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MEC – BioHeat & Power
B&W Renewable Service scope of supply for this project included project management, engineering, manufacturing, delivery, disassembly, installation, commissioning, testing and documentation for the replacement of the wet slag conveyor and grate siftings conveyor on both boiler lines 1 and 2 for the MEC waste-to-energy plant.
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SNCR Case Study
B&W Renewable helped WtE CHP plant in Sweden improve plant operations and reduce NOx and CO2 emissions.
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Energnist Case Study
Energnist on 18-month intervals: We save three weeks every three years
Every three years, Energnist gains three weeks of operation and saves the costs of preparing for the maintenance shutdown. One and a half years between maintenance shutdowns can provide benefits if thoroughly prepared.
Biomass-Fired CHP Plant Case Study
The building of the combined heat and power (CHP) plant in Assens is part of the political 1993 biomass agreement aimed at converting all district heating plants larger than 1 MW into biomass-based CHP plants. It has the capacity to supply nearly all of the town’s 5,400 inhabitants with combined heat and power.
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Waste-to-Energy Technology Case Study
The DynaGrate® combustion system is the result of more than 40 years of development. The air-cooled grate is ideal for the incineration of both domestic and industrial waste because of the high efficiency combustion, excellent utilization of energy and good bottom ash quality.
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Landskrona Incineration Plant Case Study
Multi-fuel combined heat and power plant project included an SNCR, semi-dry flue gas cleaning with fly ash system and residual silo.
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Open-Bottom Bubbling Fluidized-Bed Technology Case Study
Bubbling fluidized-bed (BFB) systems are attractive when wide fuel flexibility is required, and for firing high moisture and lower heating value fuels. B&W’s solution – an open-bottom bubbling fluidized-bed unit, was the first such B&W design in North America.
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