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Small-Plant Scale A Hydrothermal Liquefaction (HTL) system to convert woody, aquatic, and waste feedstock into value added heating oils and transportation fuels. Relevance and Merit quality of these potential feedstocks imported fossil crude


  1. Small-Plant Scale A Hydrothermal Liquefaction (HTL) system to convert woody, aquatic, and waste feedstock into value added heating oils and transportation fuels. Relevance and Merit quality of these potential feedstocks imported fossil crude oil for a fraction are much higher than the conventional of the price, and at a price that does The U.S. Renewable Fuel feedstocks used in the biofuel industry. not fluctuate with political and Standard (RFS) for transportation fuels To that end, it is the goal and mission economic swings in the economy. sets minimum levels of renewable of Biofuels Technologies Enterprises Additionally, our solution is extremely fuels that must be blended into Inc. (BTE) to become established and environmentally safe and significantly gasoline and other transportation fuels seated as a major player and fuels reduces greenhouse gas emissions. from 2006 to 2022. The Obama producer for the coming years. Administration has projected that the From a jobs creation aspect, it can be Goals & Potential US alone will need to construct 500 seen that the BTE Energy Solution advanced bioenergy plants between will have directly created almost BTE is an Alternate Energy 2011 and 2022 to comply with the 17,000 new jobs by the 5th corporate company with offices in Maryland, Renewable Fuel Standard of 21 billion operational year and well over 60,000 USA, and with the goals of bringing gallons per year of Advanced Biofuels jobs by the 7th corporate operational economically viable, renewable, by 2022. These first pilot-scale and year. The majority of these long-term sustainable, and environmentally commercial-scale plants will carve out and stable jobs are created by the BTE friendly alternate energies, such as the business models and demonstrate directly, BTE franchises, biomass transportation and heating fuels, to the the sustainability and viability of these collections, transportation, and support consumer marketplace. Our mission is new technologies. The RFS levels for operations of the company as well as to help communities, cities, and advanced biofuels production will local community contractors. Our countries become more energy drive the creation of a major new alternate energy solution will literally independent by utilizing locally industry, creating a foundation for enable the creation of thousands of available biomass in the production of future technology development and entrepreneurial biomass collection BioCrude Oil as a replacement for commercial growth. The biofuels businesses that will be spawned in imported fossil crude oil. The industry is moving toward feedstock cities and local communities across BioCrude Oil, to be produced at co- options such as woody types, human our great nation and thus strengthening located oil refineries with diversified and animal wastes streams, jatropha local economies as well as providing BioCrude Oil feeds, is to be refined seeds, palm oil and algae type to name energy and fuels to the local and into “clean and green” high -quality a few. These feedstocks do not have nearby communities as well within the transportation fuels like gasoline, much influence on food markets region. diesel, jet kerosene , and the many supply and pricing thus they do not (DISCLAMER: This material is not an chemical and products that are influence or fuel the “food vs. fuel” offer or the solicitation of an offer currently made from a barrel of to sell or buy any security.) controversy. Also, the oil yield and Biofuels Technologies Enterprises (BTE), was founded for the purpose of transforming abundant renewable biomass and waste stream feedstocks into a high-energy one-to-one replacement for fossil crude oil which is refined into clean, affordable, and renewable transportation fuels to meet tomorrows energy needs.

  2. to bunker crude oil (30-40 MJ/kg) and Additionally, integrating algae Project Technology can be burned in boilers, used as cultivation into a wastewater treatment We propose a Hydrothermal home/business heating oils, or plant offers the synergetic benefit of Liquefaction (HTL) system for upgraded, via catalytic cracking and providing nutrient remediation. Algae producing crude oil from various hydro-treating, and refined into higher capture and utilize dissolved nitrogen woody, algae aquatic type, and other value transportation fuels or chemical and phosphorous present in feedstock to be used for replacing compounds. The ability to convert wastewater to support growth. These petroleum based crude oil which is such a wide range of feedstocks under plentiful nutrients would otherwise be further refined into transportation fuels hydrothermal conditions is due to the released into the environment, creating like gasoline, diesel, and jet kerosene, fundamental biological building harmful eutrophic zones as a result of as well as for the production of the blocks that are broken down and prolific algal growth. By converting many chemicals stemming from a reformed during the process. nutrient waste into a resource, we can standard barrel of fossil crude oil. Depending on the feedstock, waste reduce environmental pollution, biomass is composed of varying ratios produce bioenergy, and preserve our During the hydrothermal of macromolecules including water resources. liquefaction process, high moisture carbohydrates (cellulose and starch), biomass is subjected to elevated Process Implementation lignin, lipids, and proteins. Initially, temperatures (250-350 deg C) and these macromolecules are broken pressures (10-20 MPa) in order to The small-plant design is for a down into their monomer units. break down and reform the chemical minimum, but profitable, non-co- building blocks into bio-crude oil. At located commercial production facility Moving forward, as the these temperatures and pressures, hydrothermal liquefaction process which will produce transportation water becomes a highly reactive fuels and heating via the BTE HTL continues, the monomer units are medium promoting the breakdown and direct "Biomass-to-Gasoline (Diesel, further cleaved and broken into cleavage of chemical bonds, allowing smaller fragment molecules. During Kerosene, home/business heating oil for the reformation of biological and others )" process. All of the fragmentation, the goal is to remove molecules. The conversion mimics the oxygen and other heteroatoms (e.g. fuels can be blended into existing fuels natural geological processes which or could be used directly in existing nitrogen, sulphur, phosphorous), produced our current fossil fuel leaving behind the initial carbon and automobiles, trucks, airplanes, power reserves and allows for the conversion engines, and heating furnaces without hydrogen atoms in the form of low of a wide range of feedstocks. molecular weight compounds. This modifications. This implementation is for a 1000 - 2000 barrel/day small- process maximizes the energy content Water is also beneficial as a of the Biocrude oil and increases the plant in Maryland, USA, and be able reaction medium since the newly to utilize ALL types of biomass value and ability to refine the final formed bio-crude oil self-separates which include leaves, switch grass, product. after conversion. The aqueous medium crop wastes, algae, seaweeds, human also eliminates the need dry the The robust reaction conditions and and animal wastes streams, just to incoming feedstock, bypassing aqueous environment make name a few. The base process even has resource and energy intensive hydrothermal liquefaction well suited potential to utilize other types of waste preprocessing steps. Depending on the for the conversion of low-lipid, fast- streams like old tires, plastics, coal, oil feedstock, the resulting bio-crude oil growing algae that proliferate in shale and even tar sands to recover can have a heating value comparable wastewater treatment facilities. Biofuels Technologies Enterprises (BTE), was founded for the purpose of transforming abundant renewable biomass and waste stream feedstocks into a high-energy one-to-one replacement for fossil crude oil which is refined into clean, affordable, and renewable transportation fuels to meet tomorrows energy needs.

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