Services
BioGreen Resources provides specialized services to help local communities and companies create sustainable liquid fuels.
Our direct cellulosic conversion technology (dCCT) produces ethanol from ANY biomass.
This patented ethanol production process is less costly, more efficient and better for the environment.
Our BioDiesel technology allows FOG (Fat, Oil, Grease) to be gathered and converted into useful motor fuel.
And our Bio-Campus design creates synergy and efficiencies by using the same location to make multiple fuels.
Wastewater Stream Technologies
Headworks Technologies
BioGreen has innovative, proven technologies to separate metals, grit and FOG at the headworks of wastewater treatment (WWT) plants with very low power consumption and high reliability. BioGreen can provide systems to convert collected FOG into BioDiesel.
Sludge Technologies
BioGreen will contract with municipal WWT plants to remove sewage sludge (Class B Fertilizer) and process the sludge to become Class A fertilizer and other saleable byproducts.
Technologies for the Meat Packing Industry
Reduce wastewater disposal fees, reduce overall water usage, and salvage fats from the waste stream with BioGreen technologies. BGR technologies will separate out the fats, solids and grit form the wastewater stream. Further treatment can make the wastewater stream suitable for use in cooling towers and boiler feed water for non-contact steam. Reduce the charges for wastewater by cleaning up the stream. Let BioGreen show you how we can improve plant profitability by better handling of wastewater and inedibles.
Direct conversion of ANY biomass into Ethanol
Science has been searching for a simple, inexpensive method that uses ANY plant material to directly ferment ethanol.
Now that process is REAL… it’s commercially viable, it’s patented, and it works.
BioGreen Resources is the technology provider for the revolutionary process called direct Cellulosic Conversion. This patented process produces ethanol from any plant material in single-step DIRECT fermentation.
No other technology can do this.
Every rival ethanol process requires some form of pretreatment, resulting in higher expenses and lower margins. The BioGreen process is THE LOW COST METHOD to produce ethanol from renewable resources.
BioGreen Resources designs and builds fuel plants to produce ethanol using this revolutionary dCC process. BGR fuel plants utilize ANY local material – which means the biomass feedstock can be changed as needed.
Northern areas can use timber slash, sawdust and paper mill influent.
Tropical areas can use coconut husks, landscape trimmings, or waste from food processing plants.
Urban cities can use influent from wastewater treatment. Suburban areas can use grass clippings, tree trimmings, and lumber from demolition.
Some locales may grow energy crops such as energy cane, sugar cane, switchgrass, castor, oil sunflowers, or sugar beets for use as feedstocks.
See how BioGreen Resources ethanol production compliments BioDiesel production. Click Here
BioDiesel ™ from Fats, Oils, Grease (FOG) or traditional feedstocks
BioGreen Resources provides innovations for community based biodiesel facilities.
We have technology available to process diverse feedstocks – from sewage influent, animal fats to virgin oils.
We support community based biodiesel as a sustainable industry.
Large biodiesel plants require extensive transportation and work best with feedstocks available in large quantities, generally chicken fat or virgin vegetable oil.
A community based biodiesel plant can process various feedstocks available at different times of the year, or year round, based on local availability.
A community based biodiesel plant also may be combined with a milling operation to extract feedstock from many types of oilseeds, such as oil sunflower, camelina, castor or other non-food oilseed.
Community based BioDiesel™ plants generally produce between 1 to 6 million gallons of BioDiesel™ annually. Click Here
Services for Food Processors
1. Fat, Oil, Grease (FOG) removal from wastewater streams
2. Wastewater treatment and recycling systems
3. Disposal of inedibles
4. Peak shaving for reduction of electric utility costs
5. Biomass boilers for process steam
Other BioFuels™ Related Processes
BioGreen Resources offers a range of technologies to BioFuel™ production for gas, liquid, or solid BioFuel.™
Available feedstocks vary with each potential site. Let BioGreen help you determine feasibility of BioFuels™ in your area. We will customize a system to fit each specific site.
Pelletized solid fuels systems
Biomass Boilers
Microturbine generating systems
Milling and animal feed production systems
Gasification for biomass/coal/wastes feedstocks
Coal to fuel systems
BioFuel™ plant operation
BioFuels Campus™
BioFuels Campus™
A BioFuels campus™ brings together production of Ethanol and BioDiesel™ production with optional processes, including production of solid fuel pellets, Process steam, milling and animal feed, and/or electrical generation to take advantages of synergies and waste/byproduct utilization.
The result is a plant producing gaseous, liquid and solid BioFuels™ with complete utilization of feedstock inputs. (No waste) Operating costs are lowered by utilizing one staff for all processes at the campus.
The Direct Conversion Cellulosic Ethanol process is located at a site with BioDiesel™ production and solid fuel production to utilize more waste feedstocks in the region and leave no industrial waste for disposal.
Process steam is provided by a Biomass boiler using byproduct of the ethanol process as fuel.
Excess residue from the ethanol process is compressed into solid fuel pellets for sale to generating plants, consumers or distributors.
For electric peak shaving or for remote areas, the BioFuels campus™ may include Microturbine generators for electric power to power the plant and surrounding area.
Biofuel Technologies
Existing Ethanol plants:
Replace your molecular sieves with BioGreen Membrane technologies and save money! Our membranes are typically used in pervaporation and vapor permeation applications, such as separating water from ethanol. The membrane material combines organic and ceramic units that are connected on an atomic level. This combines the desired properties of organic membrane and ceramic membrane, with the result being a true hybrid material.
Milling:
BioGreen Resources can design and build a mechanical milling system for oilseed or soybean feedstocks, and help to develop markets for both the oils and meal. We use milling and extraction equipment that is "Made in the USA" and extremely durable. Don't waste time, money and energy with imported mills with steam cookers; Use our American made, energy saving, durable precooking system to efficiently pre-process oilseed before extracting the oil.