In LiPRO Energy’s unique wood gasification system, the individual process stages are separated from each other in order to be able to influence the respective process-specific conditions in a targeted and individual manner. In this way, volatile and solid components of the fuel are separated from each other during pyrolysis. The complex hydrocarbon molecules from the pyrolysis gas are thermochemically cracked in the oxidation zone at around 1,000 °C in a solid-free environment. The solid carbon from the pyrolysis passes directly into the reduction zone. There, the gaseous oxidation products and the carbon are reduced with the addition of water vapor.
Entry sluice of the fuel
Pyrolysis screw
Pyrolysis zone 550 - 700 °C
Oxidation zone 1,000 - 1,100 °C
Reduction zone 700 - 800 °C
A very high-quality gas is produced, from which electrical and thermal energy is provided via the combined heat and power plant.
The particularly clean gas significantly improves the availability of the system.
Thanks to this technical separation, the variety of fuels can be significantly expanded.
All LiPRO Energy combined heat and power plants are characterized by the fact that they can be operated easily and undemandingly even with lower-quality wood chips as fuel.
With LiPRO systems, even the poorer fuel quality can be utilized efficiently. In addition to the particularly clean synthesis gas from LiPRO Energy, this is another clear advantage over conventional system technology, which requires a significantly higher quality class of fuel and therefore a more expensive fuel.
The aim of the LiPRO wood-fired CHP plant is to make your energy costs CO2-neutral and permanently more affordable and to make you and your company independent of fossil fuels and expensive imported fuels.
Biomass containing lignocellulose is converted into electrical and thermal energy with the LiPRO HKW50. Lignin is not only found in native woods, but also in fast-growing grasses such as bamboo, hedge cuttings and waste wood from gardening and landscaping.
The biomass used is transformed into fuel gas within a multi-stage thermochemical process at the LiPRO HGW gas plant, so that a wide range of fuels will also be possible in the future with LiPRO Energy systems.
The synthesis gas resulting from the gas plant is converted into mechanical and thermal energy via the LiPRO HGM50 combined heat and power plant, with the mechanical energy being further refined into electrical energy by a generator.
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