Cellulosic Biofuels Equipment For Bioenergy Available In Latin America
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PremiumManufactured by Harp Renewables Limitedbased in IRELAND
What is Biomass? Biomass is biological material derived from living, or recently living organisms. It most often refers to plants or plant-based materials which are specifically called lignocellulosic biomass. Wood remains the largest biomass energy source to date. Wood-based Biomass comes in various forms. The two main types are woodchip and pellets. Harp Renewables Biomass energy systems can be ...
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Manufactured by Sekabbased in SWEDEN
Circular production with bio based raw materials. In Sekab’s chemical plant, we produce acetaldehyde, ethyl acetate and acetic acid. We refine and convert ethanol into biofuels and ethanol-based chemical products. We work in catalytic processes in which the ethanol raw materials react highly effectively, the largest by-product being ordinary ...
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Manufactured by Sekabbased in SWEDEN
This is how we can make sugar and ethanol from cellulose. The process developed by Sekab E-Technology consists mainly of four steps: pre-treatment, enzymatic hydrolysis, fermentation and reprocessing. When the raw material has come into the plant, it is transferred to a vessel where it is pre-treated with acid and steam at a temperature of 200 degrees. This releases sugars from the hemicellulose. ...
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based in SWITZERLAND
One touch solution to innovate in nutrition. Best in class in acceleration. How we make a difference: Affordable, higher functionality, traceable and safe. Our catalyst technology valorizes lignocellulosic plant biomass. Our catalyst is fully recoverable for subsequent reuse. Our method is simple, cost efficient and fast to implement. Our products have higher ...
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Manufactured by Sekabbased in SWEDEN
Using our biorefinery technology we can decompose cellulose. Cellulose is a carbohydrate that forms the major part of all plants’ cell walls and is thus the most common organic substance in nature. Cellulose is relatively hard, making plants stiff and steady. The plant fibres consist almost entirely of cellulose and can be utilised by man in many ways. For example, the fibres of linen and ...
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based in ITALY
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 Proesa™, a socalled “second ...
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Manufactured by Cavitation Technologies, Inc.based in USA
The present invention uses hydrodynamic cavitation for processing heterogeneous and homogeneous liquid systems. The cavitation facilitates synthesis of intermediate and final products in the overall production of ...
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by Nextfuel Abbased in SWEDEN
Our technological breakthrough is a result of years of R&D by an industrial consortium, with research grants from the Austrian state/EU, which perfected a new advanced form of proven torrefaction technology we call NextFuel Torrefaction Technology. A unique feature of this technology is the built-in heat exchange element which have a very positive influence on scalability. Until now the ...
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based in USA
The hydrolysis unit, an Andritz based system, can process up to 10 tons per day of chipped cellulosic biomass* into separate C5 and C6 sugar streams. The hydrolysis unit can operate using steam explosion, dilute acid/base or auto hydrolysis, in single stage or dual stage configuration. With minor upgrades, the hydrolysis unit can incorporate other pretreatment chemicals and configurations. ...
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based in ITALY
The MOGHI project aims at complementing Biochemtex research on conversion of lignocellulosic feedstock, by investigating the possible routes to transform lignin co-product produced at the Crescentino plant, into higher value molecules and/or products with already consolidated existing markets. An example of the resulting products achieved through such routes are BTX aromatics (Benzene, Toluene ...
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Manufactured by Mesys Industrial Air Systems BVbased in NETHERLANDS
A completely new technology in waste processing is the splitting of duckweed into cellulose, oil or biofuel. The installation which Mesys developed for this purpose helps water companies to scoop out 750,000 tonnes duckweed from their waters. The water companies are currently still paying for the disposal, but soon, the duckweed will be processed and will provide income. Mesys is working on the ...
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Manufactured by Anellotech, Inc.based in USA
Anellotech's core technology, Thermal Catalytic Biomass Conversion (Bio-TCat™) was developed to produce chemicals and fuels from renewable, non-food biomass. Based on scientific research initially performed in Professor George Huber's laboratory at the University of Massachusetts-Amherst, the process has subsequently been developed by Anellotech. Bio-TCat is covered under issued patents and ...
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Manufactured by Imam Ambiente s.r.l.based in ITALY
The vegetable material is produced as a result of the process of photosynthesis, which thanks to the energy of sun can transform simple minerals into complex organic molecules. The plant biomass absorbs CO2 (carbon dioxide) from the atmosphere during its growth, and it returns it during combustion. Therefore, the CO2 balance of these processes is zero, so it does not contribute to the greenhouse ...
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Manufactured by PESCObased in USA
The principals of PESCO-BEAM have built and operated ethanol production facilities since 1980. At peak production, we processed and sold over 12 million gallons per year of anhydrous fuel ethanol blended with gasoline in service stations such as Racetrack, Wilco, Citgo and others throughout the Mid-Atlantic states of the ...
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Manufactured by Sekabbased in SWEDEN
Sugar from lignocellulose: Sekab’s CelluAPP technology comprises process technology for the production of sugar solutions from lignocellulose. Basically, the raw material is pretreated so that sugar is released and the crystalline structure of the cellulose is broken down. More sugar is released through enzymatic hydrolysis. Using our CelluAPP technology we can extract cellulose sugar. ...
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Manufactured by Poet, LLCbased in USA
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 ...
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Manufactured by Zenova Ltdbased in UNITED KINGDOM
Introducing Zenova WB, a wildfire barrier fluid (applied via spray wands or aerial drops), which provides a virtual barrier where fire simply will not burn. Repeated tests on a variety of extremely dry wildfire fuels (grasses, hays, brush) demonstrates the incredible fire resistance Zenova WB provides, while remaining viable after application for 30+ days in dry conditions. By ...
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Manufactured by Hydro-Thermal Corporationbased in USA
The Solaris features a cross flow diffuser that injects steam across the entire cross-section of flow to ensure thorough mixing and a uniform temperature profile. It utilizes low shear flow, making it ideal for slurries with high solid contents and process fluids where chunk size must be ...
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Manufactured by Greenmove Technologiesbased in NETHERLANDS
Biogas production will play an important role in the energy transition. The green gas that is produced will be used as biofuel for heavy transportation (bio CNG or bio LNG) or can serve as a feedstock for the chemical industry. Currently there are approximately 18.000 anaerobic digesters in Europe. As the production of renewable energy should not compete with food production, nowadays more and ...
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Manufactured by Novozymes A/Sbased in DENMARK
Cellic® helps plant owners optimize their processes when producing fermentable sugars and ethanol derived from cellulosic ...
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