thermal hydrolysis Equipment

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  • Category: Energy & Renewables ×

  • Subcategory: Biogas ×

  • Keyword: thermal hydrolysis ×

Digetherm™ - Thermal Hydrolysis and digestion of Sludges and Organic Residues

by SYMBIONA SA     based in Warszawa, POLAND

DigeTherm™ is a efficient technology that converts slurries, sludge or crops & agricultural substrates into biogas and green energy or steam by means of an two stage: thermal and biological fermentation processes.

LysoTherm - Thermal Pressure Hydrolysis

by ELIQUO Water & Energy B.V.     based in Barneveld, NETHERLANDS

Proudly we present our own LysoTherm Thermal Pressure Hydrolysis system. LysoTherm is applied for thermal pressure treatment of Waste Acticvated Sludge’s (WAS) produced during the biological treatment of sewage. Lysotherm is a so called continuous TPH system, treating sludge’s of 2-12%ds in various operational configurations with ...

TurboTec - Thermal Pressure Hydrolysis Technology

by Sustec Consulting & Contracting bv     based in PV Wageningen, NETHERLANDS

TurboTec Technology hydrolysis organic material in a reactor by treating this material at high temperature and pressure. Additives can be added to improve the digestion. After the hydrolysis the material can be fermented.

Cambi - Biosolids Treatment - Thermal Hydrolysis Sludge Pre-treatment

by Cambi AS     based in Asker, NORWAY

Cambi Thermal Hydrolysis Sludge Pre-treatment Technology for Enhanced Anaerobic Digestion of Municipal and Industrial Sludge. Cambi’s Thermal Hydrolysis Process (THP) is a proven and reliable technology that has been used around the world since 1995. THP has been implemented in existing and “green field” projects designed to ...

Model PRE-PSP - Steriliser- Cooker

by Prokop Invest, A.S.     based in Pardubice, CZECH REPUBLIC

Steriliser - pre-cooker is batch device for thermal processing of animal waste. Usually it is in technological line for processing of coarse crushed raw material. Machine works cyclicaly and is in technological line for cooking and sterilisation of watery material. Usually one batch includes filling, heating, sterilisation and ...

Biogas

by BIOENERGY 2020+ GmbH     based in Graz, AUSTRIA

The area of Biogas considers the entire spectrum encompassing Biogas-technology: Plant breeding of water-stress tolerant plants, Pre-treatment for better degradation of cellulose-containing substrates, Removal of Nitrogen as a basis for the anaerobic digestion of slaughterhouse wastes, Simulation of the microbiological process, Development and ...

EZstrip - Transfer Pump

by NOV Mono - Mono Pumps Ltd     based in Audenshaw, UNITED KINGDOM

The EZstrip Transfer Pump is the latest revolutionary new pump design which can be 'Maintained-in-Place' (MIP), making a day-long maintenance operation become a 30 minute job. This innovative sewage pump is the biggest leap forward in progressing cavity (PC) pump design for 30 years and is an extension of Mono's popular Compact C transfer pump. ...

Cambi - Biowaste Treatment - Bio-waste to Energy

by Cambi AS     based in Asker, NORWAY

Cambi provides bio-waste plants that are focused on maximising biogas production and minimising final product mass. Because waste quality can differ to a significant degree, our systems are designed to handle a wide variety of conditions. Our patented process meets existing environmental requirements, including the Animal By-Products Regulation ...

Energy Crops Biogas Plant

by Archea Biogastechnologie GmbH     based in Hessisch Oldendorf, GERMANY

The cultivated renewable raw materials are ensiled in a substrate storage and there stored until they are used in the plant. The most commonly used are corn silage, grass silage, manure, slurry and other renewable resources. All organic substances are introduced through the substrate entry. The mixing tank is connected with screw conveyors to the ...

Biogas System

by Herhof GmbH     based in Solms, GERMANY

The wet fermentation technology widely used up to this point, which was designed essentially for fermentation of liquid manure, reaches the limits imposed by the process at DS (dry substance) contents greater than 15%. The reason for this is essentially that the substrate is increasingly difficult to agitate and pump. In addition the wear out of ...

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