Our wood power plants
All that the forest provides.
Our biomass power plant plants are so flexible as regards the raw material used that we can employ all forest residues, such as offcuts and sawmill by-products, for fuel. This unique diversity underlines the contrast to other technologies in the market, which use expensive wood pellets or perfect formed wood chips. This is made possible by the innovative stepped co-current fixed bed gasification technology, which allows maximum efficiency with maximum raw material flexibility. This leads to clear economic advantages for the operator.
- The fresh forest chip material is dried with heat generated within the wood power plant.
- Dry wood chips are thermochemically transformed into a gaseous fuel.
- In an engine with a generator, this gas is finally converted into electricity and heat.
Dry wood chips are first thermo-chemically transformed into a gaseous fuel in our plants, then converted into electricity and heat in a gas engine.
Overview of our wood power plants
|Electrical power||200 kW (1)||300 kW||400 kW||500 kW||1,000 kW|
|Thermal power 90 °C||326 kW||488 kW||615 kW||770 kW||1,428 kW|
|Thermal power ~50 °C (2)||155 kW||231 kW||305 kW||383 kW||450 kW|
|Fuel heat capacity||721 kW||1,067 kW||1,368 kW||1,754 kW||3,406 kW|
|Fuel demand (dry)||140 kg/h||208 kg/h||267 kg/h||342 kg/h||681 kg/h|
|Specific fuel demand (dry)||0.70 kg/kWh el||0.69 kg/kWh el||0.67 kg/kWh el||0.68 kg/kWh el||0.68 kg/kWh el|
|Premium charcoal||1.98 m³/d||2.9 m³/d||3.7 m³/d||4.7 m³/d||8 - 18 m³/d|
|Space required by gas generator (3)||ca. 100 m²||ca. 105 m²||ca. 120 m²||ca. 120 m²||145 m²|
|Space required by engine (3)||ca. 55 m²||ca. 55 m²||ca. 55 m²||ca. 55 m²||65 m²|
|Space required for bunker (week’s supply)||155 m³||220 m³||278 m³||418 m³||480 m³|
|Fuel quality||Wood chips; G50, W50 (4), with fine fraction and bark|
|read more||read more||read more||read more||read more|
(1) ... expandable to an electric output of up to 250 kW
(2) … with optional upgrade for low-temperature usage; temperature is subject to seasonal fluctuations
(3) ... customer-specific adaptation possible
(4) … <W10 in front of the gas generator inlet; drying is ensured by adding the optional upgrade
As a general contractor, we cover on request also topics like drying, moving floor and the biomass feeding system for you.
For detail information please contact: email@example.com
2To use the resulting low-temperature heat, a heat pump can be offered optionally to reach a water temperature of up to 55°C. This temperature can be optimally used for biomass drying or to increase the backflow-temperature of the district heating system.
What they say about us
I have seen numerous different wood-gas systems. I finally decided on the product with the greatest potential in terms of the raw material used – the SynCraft wood-gas plant.
I have no idea how SynCraft manages it, but after several thousand hours of operation we can find no trace of deposits in our highly efficient gas engines.
The SynCraft biochar has convinced us regarding quality and price. This biochar ist especially used by our customers in the area of liquid manure stabilization, as litter for stables and as an additive for pet food due to healthy reasons.
In a wood power plant a firm, dry, biogenic fuel, as for example wood chips, is first converted into a gaseous fuel and then in an gas engine into electricity and heat by means of thermochemical processes.
The technology of SYNCRAFT bases on a staged co-current fixed-bed gasifier but the actual gasification reactor is operated against gravity as shown in the diagram above. Crucial in this unique setup is the separation of forces with in the fixed-bed. While in traditional fixed-bed reactors both forces are directed downward and thus increasing compaction over time is unavoidable, these two forces are opposite in a floating-fixed-bed reactor. With this small but subtle difference the charcoal bed in the gasifier is always perfectly loosened, no matter how fine or how structured the wood chips previously have been. In addition, stones and nails can be easily removed at the foot of the floating-fixed-bed reactor because of its upward operation.
Solid dry wood chips in a size classification of G50 including fines and bark and a bulk density of around 180 kg/m³ are ideally suited for processing in our wood power plant. In addition, it is tolerant towards stones and nails within the fuel. he processing of agricultural residues such as straw, nutshells or other harvest residues is not approved with our technology at the current state of the art.
The fuel at delivery to the wood power plant may have W50, but should not exceed W35, especially in winter. The drying of the fuel to the <W10 required in the system is then mostly carried out using low-temperature waste heat from our power plant. Monitoring the correct water content is an integral part of our wood power plants.
Without the dryer, about 10 % of the electricity produced is consumed by the plant itself. The main electricity consumers are the gasification air blower, the air compressor, as well as the cooling water pumps of the gas engine.
The charcoal produced is a valuable raw material for both agriculture and industry. Some applications are: soil additive, manure stabilisation, barbecue charcoal, etc.
The proportion of pure carbon is typically 80 %. Our partner company Alpenkohle has made it its business to utilise charcoal in the service of our customers.