Abstract
The feasibility of establishing a communal biomass conversion plant in Snur-om (Denmark) is discussed in detail. The plant would be connected to a cogeneration plant. 168 tons of cow and pig manures from 26 smallholdings, 9 tons of poultry manure from 3 poultry farms, 18 tons of organic wastes from three industrial plants and 5 tons of sewage sludge are expected to be delivered daily. The biomass would be processed at 38 degrees centigrade after being pasteurized at 70 degrees centigrade. The waste biomass would be separated into liquid and fibre masses and carried out to the fields to be used as manure. Production should be 6500 cubic meters/day of methane, of which 425 cubic meters will be used on the plant. The remainder will be cleaned, compressed and dried before being sent through a 7 km long piping system to the district heating plant in Graasten. Here it will be converted by a motor generator to 500 kw electricity and 950 kw of heat. The project should cost a total of 38 million Danish krones. (AB).
Citation Formats
None.
Graasten biogas plant. Pilot project; Graasten Biogasanlaeg. Forprojekt.
Denmark: N. p.,
1991.
Web.
None.
Graasten biogas plant. Pilot project; Graasten Biogasanlaeg. Forprojekt.
Denmark.
None.
1991.
"Graasten biogas plant. Pilot project; Graasten Biogasanlaeg. Forprojekt."
Denmark.
@misc{etde_10133575,
title = {Graasten biogas plant. Pilot project; Graasten Biogasanlaeg. Forprojekt}
author = {None}
abstractNote = {The feasibility of establishing a communal biomass conversion plant in Snur-om (Denmark) is discussed in detail. The plant would be connected to a cogeneration plant. 168 tons of cow and pig manures from 26 smallholdings, 9 tons of poultry manure from 3 poultry farms, 18 tons of organic wastes from three industrial plants and 5 tons of sewage sludge are expected to be delivered daily. The biomass would be processed at 38 degrees centigrade after being pasteurized at 70 degrees centigrade. The waste biomass would be separated into liquid and fibre masses and carried out to the fields to be used as manure. Production should be 6500 cubic meters/day of methane, of which 425 cubic meters will be used on the plant. The remainder will be cleaned, compressed and dried before being sent through a 7 km long piping system to the district heating plant in Graasten. Here it will be converted by a motor generator to 500 kw electricity and 950 kw of heat. The project should cost a total of 38 million Danish krones. (AB).}
place = {Denmark}
year = {1991}
month = {Oct}
}
title = {Graasten biogas plant. Pilot project; Graasten Biogasanlaeg. Forprojekt}
author = {None}
abstractNote = {The feasibility of establishing a communal biomass conversion plant in Snur-om (Denmark) is discussed in detail. The plant would be connected to a cogeneration plant. 168 tons of cow and pig manures from 26 smallholdings, 9 tons of poultry manure from 3 poultry farms, 18 tons of organic wastes from three industrial plants and 5 tons of sewage sludge are expected to be delivered daily. The biomass would be processed at 38 degrees centigrade after being pasteurized at 70 degrees centigrade. The waste biomass would be separated into liquid and fibre masses and carried out to the fields to be used as manure. Production should be 6500 cubic meters/day of methane, of which 425 cubic meters will be used on the plant. The remainder will be cleaned, compressed and dried before being sent through a 7 km long piping system to the district heating plant in Graasten. Here it will be converted by a motor generator to 500 kw electricity and 950 kw of heat. The project should cost a total of 38 million Danish krones. (AB).}
place = {Denmark}
year = {1991}
month = {Oct}
}