Cellulosic Biofuels equipment for Bioenergy

The technology to produce a sugar solution from lignocellulose. The raw material is pre-treated in the CelluTreat™ process so that sugar is released and the crystalline structure of the cellulose is broken down. Additional sugar is released through enzymatic hydrolysis. The sugar solution can be used in the production of many different types ...

By The SEKAB Group based in Örnsköldsvik, SWEDEN. from CelluSugar Product line

Fuel, Power and Steam. A powerful technology for converting lignocellulose to ethanol. Using CelluTreat the cellulosic raw material is pre-treated and additional sugars are released in the enzymatic hydrolysis. Yeast converts the sugar into ethanol. The lignin generated in CelluFuel can be used as fuel to produce electricity and steam.

By The SEKAB Group based in Örnsköldsvik, SWEDEN. from Fuel, Power and Steam Product line

Success in cellulosic ethanol constitutes a feat with which Biochemtex, affiliate of the Mossi & Ghisolfi Group, challenged the chemistry world, already back in 2006. With a total investment exceeding 150M€ and over 7 years dedicated to research and development within the R&D center of Rivalta Scrivia in Italy, Biochemtex created ...

By Biochemtex Spa based in Tortona (AL), ITALY.

Glycoside hydrolases (also called glycosidases or glycosyl hydrolases) assist in the hydrolysis of glycosidic bonds in complex sugars. They are extremely common enzymes with roles in nature including degradation of biomass such as cellulose and hemicellulose, in anti-bacterial defense strategies (e.g., lysozyme), in pathogenesis mechanisms (e.g., ...

By Creative Enzymes based in Shirley, NEW YORK (USA). from Glucosidase Enzymes Product line

Cellulosic ethanol is ethanol made from cellulose, a non-grain material/feedstock that provides the cellular structure for all plants. The end product – a clean-burning, high-octane fuel – is the same as ethanol made from corn. Cellulose, which provides the cellular structure for all plants, is the world's most abundant organic ...

By POET, LLC based in Sioux Falls, SOUTH DAKOTA (USA). from Cellulosic Ethanol Product line

Iogen’s cellulosic biofuels technology incorporates all of the necessary steps required to convert a wide variety of cellulosic feedstocks into ethanol and other biofuels.

By Iogen Corporation based in Ottawa, ONTARIO (CANADA).

As demand increases for reduced dependence on fossil fuels, DuPont is leading development of more efficient, sustainable cellulosic ethanol production. The ability to make fuel from locally sourced, renewable, non-food feedstocks makes cellulosic ethanol an effective strategy for reducing dependence on fossil fuels. With uniquely integrated ...

By Belco Technologies Corporation (BELCO) based in Parsippany, NEW JERSEY (USA).

Candaxa has been monitoring the developments within the biomass conversion industry for a few years. We believe that the Cellulose to Hydrogen Power (ChyP) technology being developed by Proton Power, Inc. (PPI), is well suited to our small to mid scale biomass to renewable diesel projects. PPI has successfully implemented CHyP technology on a ...

By Candaxa Energy Inc. based in Calgary, ALBERTA (CANADA).

The cellulase fusion enzyme has been designed to convert cellulose directly to glucose under conditions that allow yeast fermentation.  Lingnocellulosic feed stocks require at least three enzymatic activities to release trapped sugars for conversion into energy.  A synergistic sequence of events releases sugar.  Endocellulase acts ...

By C2 Biotechnologies, LLC based in Germantown, NEW YORK (USA).

The fibrous, cellulose biomass extracted from MSW using the Seerdrum is an extremely important, renewable feedstock for those wishing to manufacture biofuels, especially ethanol and biogas. The cellulose fibre is comprised largely of the card and paper found in the MSW.

By Vickers Seerdrum Ltd based in Banbury, UNITED KINGDOM.

Learn more about the renewable fuel biomass feedstocks that Edenspace is developing, and about the company's commitment to improving the quality of cellulosic feedstocks. Edenspace is becoming a key technology supplier to the rapidly growing $9 billion renewable fuels industry by engineering crops with traits that enhance cellulosic ethanol ...

By Edenspace Systems Corporation based in Purcellville, VIRGINIA (USA).

Carbofrac is a highly efficient and cost-effective pretreatment system specifically designed for the biochemical conversion of lignocellulosic feedstock. Carbofrac is BioGasol's proprietary technology and is now commercially available.

By BioGasol based in Ballerup, DENMARK. from Carbofrac Pretreatment Systems Product line

BioGasol offers pretreatment units for feedstock capacities up to 50 kg/h, 500 kg/h and 1,000 kg/h commercially. Upscaled units with even higher capacities for up to 12,000 kg feedstock ar due to be released for sale in the near future and are suitable for large scale production (i.e. 4 units installed in parallel).

By BioGasol based in Ballerup, DENMARK. from Carbofrac Pretreatment Systems Product line

Mascoma is developing a suite of products for the fermentation of sugars derived from non-food biomass.

By Mascoma based in Lebanon, NEW HAMPSHIRE (USA).

Lignin is an integral part of all lignocellulosic material. It serves as a structural component and plays a significant roll in the transfer of water in plants. Lignin is a biopolymer containing aromatic phenoxy-groups, aliphatic carboxy-groups and aliphatic alcohols, and if recovered and purified, lignin can be adapted to many functional ...

By GreenShift Corporation based in Alpharetta, GEORGIA (US) (USA).

Novozymes develops technologies that enable more types of biomass to be turned into commercially viable biofuel. We provide the industry’s best enzyme solutions and process optimizations to enable commercialization of cellulosic ethanol.

By Novozymes based in Bagsvaerd, DENMARK. from Cellulosic Ethanol Product line