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Development of waste to energy plants

Energy from Waste Plant
Biostoom Plant Oostende, Belgium

Energy from Waste Plant
Biostoom Plant Oostende Belgium

Technical data Reference sheet

The Task

So as to fulfil the task to design a waste to energy plant based on economic parameters with the highest possible efficiency, different plant capacities were examined in close cooperation with the client and the Belgian power supply company Biostoom Oostende nv (formerly Electrawinds Biostoom N.V.). The secured amount of fuel was a decisive factor for the maximum plant capacity. 

 

The Solution

The optimum overall economic solution for the planned project was found using the basic planning of an already implemented boiler type with a relevant high capacity.

In the presence of an average fuel throughput of around 17 t/h, the steam generator is capable of producing a volume of steam of approx. 80 t/h at a pressure of 42 bar and a temperature of 400 °C. The steam turbine is designed for full condensing operation. A steam amount up to 19.4 MW can be electrically generated. In close cooperation, Standardkessel Baumgarte accompanied the client’s services throughout the entire project.

 

For more information, please see our reference sheet.

"We deliver an innovative and specially adapted technology for a sustainable and effective energy supply tailor-made for your needs".

Olaf Schumacher

Head of Sales

Technical data

Number of lines

1

Fuel

Domestic/ Industrial refuse

Heating Value

min.11.0 MJ/kg

nom.15.0 MJ/kg

max.18.0 MJ/kg

Fuel-Throughput

min.12.6 t/h

nom.16.8 t/h

max.21.0 t/h

Rated Thermal Input

70 MW

Steam Capacity

80.3 t/h

Steam Pressure

42 bar

Steam Temperature

402 °C

Feedwater Temperature

130 °C

Flue-Gas Flow

135,000 m³ i. N./h

Exhaust-Gas Temperature

180 °C

Operating Approval

Vlarem II

Year of Commissioning

2009

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Ideas full of energy

RGR Fireplace
Steam turbine
in the boiler house
Grate view