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Content archived on 2022-12-27

PRODUCTION OF ENERGY FROM BIOMASS AND ORGANIC WASTE BY RAPID PYROLYSIS

Objective

The conversion of biomass and organic waste into high value energy products. Expected energy production is 1 220 TOE/y.
Several modifications were carried out on the plant in 1986.
A pneumatic knocker was installed to avoid bridge building of material in the converter, the converter air inlet pipes were modified, the briquet elevator was replaced by an inclined belt conveyor, and the char outlet flap was improved to avoid clogging and to ensure the converter was air tight. During initial trials the outlet flap was not air tight and uncontrolled combustion was taking place in the converter.
Following the above modifications charcoal output of about 25 % was achieved. Pyrolytic oil recovery ranged from 4. 6-7. 1 %, of biomass dry matter, lower that the 10 % forecast. Recent tests have shown that the pyrolytic oil can be contaminated with solid particles and fuel filtration is therefore needed. Use of the oil as a commercial engine fuel has yet to be demonstrated, though some success has been achieved with newly designed engines.
The plant is not currently operational as some further modifications arerequired on the converter and funds to carry out this work are not available.
Biomass and organic waste (waste wood, sawdust, bark, straw etc. ) is crushed into scraps of 2-3 cm length and 1 cm width, and dried to +/- 15 % moisture content by the process gas.
The dried crushed waste is then pyrolysed at 500-600 C in a vertical reactor: charcoal is continuously extracted from the bottom of the reactor then cooled, crushed and pressed into briquets. Gases escape from the upper part of the reactor, undergo dust extraction in a cyclone and are then cooled to 80 C in a spray tower by adding water. This temperature lies above the dew point; therefore, no condensate is produced. After leaving the spray tower the oil, in the form of an aerosol, is enlarged in a radial fan. The oil droplets are then removed in a separator. Non-condensable gases are burned and the flue gases are used mainly for drying of charcoal briquets and waste raw materials.

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Topic(s)

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Call for proposal

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Funding Scheme

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DEM - Demonstration contracts

Coordinator

BIO-ENERGY & CO KG
EU contribution
No data
Address
DE - 8254 ISEN/SOECKING 1

Germany

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Total cost

The total costs incurred by this organisation to participate in the project, including direct and indirect costs. This amount is a subset of the overall project budget.

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