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Industry
Nobilia Werke J. Stickling GmbH & Co. KG
Heating of the complete company with two biomass heating plants.
Business sector: Furniture production
Fuel: Dust and chips from chipboards and medium density fiberboard
Energy carrier: Warm water
Output: 2 plants each with 8,800 KWth
CO2-Potential saving: 52,200 t/year
Heating oil potential saving: 6 million liters/year
Roner AG
Biomass steam boiler system converts the resulting residue without intermediate storage in bio-energy.
Business sector: Spirits production: grappa, fruit brandies, liqueurs
Fuel: Wine pomace, apricot pits, olive pits
Energy carrier: Saturated steam 3,2 t/h, 10 bar
Output: 2,200 kWth
CO2 Potential saving: 13,300 tons/year
Heating oil potential saving: 1.5 million liters/year
Pollmeier Massivholz GmbH & Co. KG
Biomass heating plant to heat the complete factory and supply the steam and drying chambers with process energy.
Business sector: Sawmill
Fuel: Production residues (milling dust, sawdust, bark)
Energy carrier: Saturated steam 12,3 t/h, 3 bar
Output: 8,700 kWth
CO2 potential saving: 53,000 tons/year
Heating oil potential saving: 5.9 million liters/year
Hans Zipperle AG
Approximately 90% of the fruit residues from the production are converted to energy in the biomass heating plant. The energy is used for steam generation in the production.
Business sector: Production and sale of fruit juices, fruit pulp as well as concentrate for the international interim goods market
Fuel: Fruit residues (apple pomace, seeds, stones, etc.)
Energy carrier: Heating gas
Output: 12,300 kWth
CO2 Potential saving: 85,600 tons/year
Heating oil potential saving: 9.7 million liters/year
Munster Joinery Ltd.
The CHP-plant simultaneously uses wood scrap and saydust for the production of bioenergy. The high exhaust temperature is directed into a heat recovery boiler for steam generation. The steam is used to dry wood in the production, for the heating of the premises and to generate electricity.
Industry: Furniture production
Fuel: Production residues (wood scrap, chips, sawdust from window frame production)
Energy carrier: Superheated steam 15 t/h
Leistung: 12.000 kWth
CO2 potential saving: 72,500 t/year
Heating oil potential saving: 8.1 million liters/year
Berg Mangelprofilwerk GmbH
With the technology of the biomass heating plant it is possible to use fuel composed of larger pieces and dust at the same time. The system was integrated into the existing heating system, it heats the production halls and office complex.
Industry: Production of wood products
Fuel: MDF Material (chips and dust)
Energy carrier: Warm water
Output: 1,100 kWth
CO2-Potential saving: 6,700 t/year
Heating oil potential saving: 0,75 million liters/year
Local government and public utilities
County Authority Waldeck-Frankenberg mbH
CHP plant for utilization of locally produced quantities of biomass. The electric power that is produced is fed into the public electricity grid and is reimbursed in accordance with the German Renewable Energy Sources Act (EEG).
Fuel: Wood chips from landscaping work, tree top remains
Energy carrier: Superheated steam 4 t/h, max. 29 bar
Output: 770 kWel (max. 2,500 kWth)
CO2 potential saving: 15,100 tons/year
Heating oil potential saving: 1.7 million liters/year
Forestry and nurseries
Scheyern Benedictine Abbey
CHP biomass plant for the Abbey’s own holdings. A dedicated district heating network was constructed for this purpose.
Fuel: Timber and wood scrap
Energy carrier: Superheated steam 2,5 t/h, 28 bar
Output: 1,910 kWth & 140 kWel
CO2 potential saving: 11,500 tons/year
Heating oil potential saving: 1.3 million liters/year
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