BIOMASS BHKW ClinX: Energy in the form of electricity and heat from wood

Energy generation from wood: We convert wood residues and wood waste into energy and heat by means of our innovative CHP ClinX! With the development of the externally fired micro gas turbine (EFGT), we have made it our task to efficiently use even low energy potentials and to enable an environmentally friendly utilization of residual materials.

ClinX, the CHP system, stands for “Clean Incineration of X” – the clean combustion of any residual materials or biomass. These residual materials are converted decentrally on site into electricity, heat and or cooling and made usable instead of being disposed of at a cost. For B+K, there is no waste, only energy sources. The decentralized energy supply or power generation, exactly where it is needed, makes ecological and economic sense.

Biomasse BHKW ClinX l Energiepreis Brandenburg

ClinX makes the best use of energetic potentials of the materials and plays a pioneer role in the power classes due to the advanced technology of pollution control. The Combined Heat-power Plant (CHP) is designed for the utilization of heterogeneous and woody fuels. What’s more special is that, with ClinX® even wood residues with a high branch and bark proportion and a high water content can be converted into electricity and heat.

Green energy from wood: We recycle forest residues, landscape conservation wood, untreated industrial residues and damaged wood. Up to now, a large part of the woody residual material remains unused for other systems due to intermixed residual materials. In Germany, this affects 11.8 million tons of forest residues and 1.1 million tons of landscape management wood annually.

Advantage of wood energy: In addition, many times the solid wood residues are merely burned without the resulting heat being used efficiently and without generating electricity in parallel. We strive for sustainable decentralized energy generation from wood or wood waste.

BIOMASS CHP CLINX: OPERATION BY MEANS OF COGENERATION (CHP)

The basic principle of combined heat and power (CHP) is quickly explained: When a fuel (such as wood) is burned, heat is initially generated. This drives a turbine and a generator produces electricity by converting the mechanical energy into electrical energy. The efficiency of energy production is particularly high, as the same primary energy produces both usable heat and green electricity. In the CHP-ClinX, this principle is realized through the combination of a combustion chamber and an externally fired microturbine. The system combines innovative technology, durable materials and engineering expertise. The plant is characterized above all by robust individual components and a long product service life.

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➊ In the combustion chamber, the residual materials burn at gas temperatures of up to 1200 °C. The combustion chamber is specially designed for the respective fuel.

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➋ The hot flue gas is fed into a high-temperature particle separator and cleaned. Ash particles are separated here before the flue gas enters the heat exchanger.

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➌ The heat from the combustion process is fed into a unique high-temperature heat exchanger. Here, this heat is transferred from the flue gas to compressed ambient air using the countercurrent principle and is then directed to the turbine wheel.

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➍ Usable waste heat is extracted at a temperature level of up to 300 °C and made available for downstream heating, drying or hot water processes in your plant.

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➎ For the combustion process, clean ambient air is drawn in via the turbine. This is first compressed and fed into the heat exchanger.

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➏ The compressed ambient air heated in the heat exchanger is expanded via the turbine wheel, which is coupled to the generator via a shaft. The generator converts the rotary motion into electrical energy.

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➐ The turbine exhaust air is fed back into the combustion chamber at around 550 °C. Thus, with the same heating capacity, additional electricity can be generated in relation to a conventional boiler, fuel can be actively saved and a particularly efficient combustion can be realized.

DECENTRAL ENERGY FROM WOOD: ENERGY GENERATION VIA OUR CHP CLINX

OUR QUALITY PROMISE

HIGH QUALITY COMPONENTS

High-temperature alloys and precious metals: We take the quality of components of great importance. These build the solid basis for our long-lasting system.

LOW MAINTENANCE

The modular design of the system enables effortless maintenance services of individual components.

MAXIMUM OPERATING RELIABILITY

We offer you a wide range of services and maintenance, including maintenance contracts for regular and full maintenance.

CHP MANUFACTURER FROM GERMANY

We combine solid plant construction with innovative engineering. Our success has been approved and awarded by independent experts

AREAS OF APPLICATION OF THE BIOMASS CHP CLINX

ClinX is a combination of a combustion chamber with an external combusted micro gas turbine, ClinX® is a versatile product. The system is suitable wherever wood residues occur or cheap energy is required.

How do we define energy from wood residues? In all these cases, ClinX® realizes decentralized energy generation, in which the system uses mixed wood residues as cheap fuel resource. ClinX® can thus increase the independence of corporations, solve the disposal problems and save CO₂.

The technology offers a wide range of applications, which depends on the available material flows in each case. ClinX can provide environment friendly and profitable heat and electricity both in wood industry, forestry, agriculture and in communities, as well as in public facilities and hotels.