Kerone Engineering Solutions Ltd. maintains the hydrothermal liquefaction (HTL) plants are among the top companies offering sustainable energy solutions. We aim to radically transform the renewable energy business by transforming wet biomass into usable bio-based goods and sustainable energy sources. At Kerone, we have successfully used the cutting-edge capabilities of high temperature and pressure (HTL) reactors to convert a number of feedstocks, such as algae, sewage sludge, and agricultural residues, into bio crude oil and other useful byproducts.

Our creative approach to waste management, resource recovery, and sustainable energy production exemplifies our dedication to lowering greenhouse gas emissions and tackling environmental issues. We consistently work to improve the effectiveness and scalability of HTL technology with an emphasis on research and development, making it not only sustainable but also commercially viable. Kerone is a shining example of sustainability, accelerating the shift to a future with more renewable and circular energy sources.

Plants for hydrothermal liquefaction (HTL) are cutting-edge examples of renewable energy and sustainable resource management. Modern technology is used at these facilities to convert wet biomass, such as algae, sewage sludge, or agricultural waste, into valuable bio crude oil and other bio-based products. The procedure runs at significantly faster timelines and under controlled circumstances while mimicking the natural geological processes that convert organic matter into fossil fuels.

A high-pressure reactor, typically working at temperatures between 300 and 400 degrees Celsius and pressures up to 200 bar, is the heart of an HTL facility. The wet biomass is heated and compressed inside the reactor, breaking down complex organic molecules into less complicated hydrocarbons. The resulting bio crude oil can be further processed into biofuels, while the solid waste can be used for a variety of things like biochar or fertilizer.

A wide range of feedstocks can be processed using hydrothermal liquefaction, which also reduces greenhouse gas emissions and may be able to address waste disposal issues. HTL plants offer a viable way to produce renewable energy while addressing environmental issues as the globe looks for sustainable alternatives to traditional fossil fuels.