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Difference between revisions of "Hydrothermal processing"
Hydrothermal processing (view source)
Revision as of 10:51, 13 December 2022
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=== SCF Technologies A/S === | === SCF Technologies A/S === | ||
{{Infobox provider-hydrothermal processing|Company=SCF Technologies A/S|Country=Denmark|Technology name=CatLiq|TRL=6-7|Product=Bio-oil|Feedstock=Wet biomass waste|Pressure=250|Temperature=>400|Technology category=Thermochemical processes|Capacity=15.000}} | {{Infobox provider-hydrothermal processing|Company=SCF Technologies A/S|Country=Denmark|Technology name=CatLiq|TRL=6-7|Product=Bio-oil|Feedstock=Wet biomass waste|Pressure=250|Temperature=>400|Technology category=Thermochemical processes|Capacity=15.000}} | ||
=== '''TerraNova Energy GmbH''' === | |||
{{Infobox provider-hydrothermal processing|Company=Terranova Energy GmbH|Country=Germany|Contact=info@terranova-energy.com|Technology name=TerraNova ultra|TRL=8-9|Pressure=20 - 35|Temperature=180 - 200|Reactor=Hydrothermal carbonization|Feedstock=Dewatered sewage sludge or shredded biowaste with a dry matter content of 5-30%|Product=biocoal; carbon-rich process water (by-product)|Webpage=https://www.terranova-energy.com/en/}} | |||
TerraNova Energy is a pioneer in Hydrothermal Carbonization of sludge and biowaste. In 2010, TerraNova Energy constructed the first HTC demonstration plant in Europe, and subsequently, constructed the first commercial HTC plant worldwide in 2016. The advantage of the TerraNova ultra process is that it takes place in an aqueous environment, so that no drying of the input material is necessary. Furthermore, the TerraNova ultra units have a highly efficient recovery system, which minimizes the heat demand of the HTC process. The HTC coal contains hardly any water and, thanks to its high energy content, can be used for climate-friendly energy generation in coal-fired power plants or as a substitute for fossil fuels in cement plants or waste incineration plants. | |||
=== Aarhus University === | === Aarhus University === | ||