oil independent and carbon negative energy company

alternative energy, alternative fuel industry, alternative fuel, alternative vehicle fuel, bio-fuel producer

Ethanol Market Share

3F Inc’s process is believed to be the most significant find in bio-fuel history. For Fuel Freedom’s proprietary system incorporates a proprietary blend of organisms for its enzymatic pretreatment process, resulting in 143.5% more product than without. This Organic Hydrolysis^SM process is carbon negative and produces almost 4.3 times as much ethanol as similar cellulosic processes, 2.3 times more than corn ethanol. (Our goal was 5 times in order to meet 100% of U.S. fuel demand, calculating energy equivalents of ethanol to gasoline.)

Discovery

For Fuel Freedom (3F Inc Biofuels) made a discovery that resisted the conventional wisdom that one is only limited to the sugars inside plant cell tissue, and uses nearly 100% of the biomass. For Fuel Freedoms ’s formulated process is organic and utilizes Einstein’s theory of Capillary Action; there is no environmentally questionable acid needed. When microscopic "bugs" were found consuming 30 year-old newspaper in landfills, a proprietary organic substance was then discovered that forms a chain reaction breakdown that utilizes carbon dioxide pollution from the air and nearly 100% of the plant fibers, not just the cellulose. Unrecyclable paper, a food source for mold and insects, totals over 40% of total municipal solid waste and is a key renewable source for cellulosic technology.

"For Fuel Freedom is willing to pay 10¢ per metric ton for CO2."

3F Inc Biofuels raises the bar again by being carbon negative. A symbiotic relationship with bio-diesel production shaves off cost of production and also resolves other environmental concerns. Bio-diesel from algae can offset cost of primary process as well as producing oxygen to restore the ozone. Algae growth can be promoted by using the carbon dioxide gases captured from heating and fermentation sources, as well as using carbon-capture filtration systems on power plants. Algae on large-scale ponds can be scaled to operate 17.8 to 20.7 tons of mass per acre, in a solution between 5,000 to 5,800 gallons per acre. Algae will produce approximately 14.4237 gallons per day for each ton per acre, based on 60% oil extraction with carbon dioxide, and can grow 31.507041% additional mass per day. At 17.8 tons per acre, mass will increment to 23.4 tons, and can generate about 256 gallons oil for use in bio-diesel per day. Algae only provides this benefit in such quantity when using species of algae specifically or indigenously adapted to that specific climate.

It can cost as little as 50.65 ¢ents per gallon of ethanol to sequester the CO2 for the algae, and because the process requires an average of 0.765 metric tons of CO2 per gallon of ethanol produced, the company is willing to pay 10¢ per metric ton in addition to trading carbons. That is a lot better than having to pay $165 to sequester each ton of CO2 and store it underground. In addition, 3F Inc. is seeking to partner with a publicly traded company, so their patent license and equipment lease offer will be more attractive to potential investors.

Ethanol Production Comparison Table

Simply stated, this Super-cellulosic^SM process is economically sound because the system produces at a profit without an economic threshhold and has a positive energy balance of at least 8.65. This is unlike corn: it must sell its by-products to livestock in order to stay alive, its profits are governed by grain markets because its prices are regulated as a commodity, and with all the plowing, planting, irrigation, fertilizer, and harvesting, corn’s energy output over that expended is merely 1.3.

The following table shows why supply and demand concerns are unfounded when comparing production levels of our proprietary and patented process:

Production Assumptions
Quantity	Method	Barrels (42 Gal.)	Gallons	Liters
1.00 bushel	Corn Ethanol	0.04	1.48	5.60
1.00 ton	Corn (†Approx. Ton)	2.30	96.43	365.03
1.00 ton	Cellulosic Ethanol	1.78	74.60	282.39
1.00 ton	For Fuel Freedom	7.46	313.30	1,185.97

Potential Average Daily Fuel Output (Barrels)
Avg. Tons		Corn†	Cellulosic	For Fuel Freedom
613	Sm.Crop†/Avg.Landfill Tonnage	1,407	1,089	4,573
3,062	Tons Avail In A Given Region	7,030	5,439	22,841
1,087,445	Tons Readily Avail Nationally	2,496,722	1,931,509	8,111,822

The following statements compares those annual production levels to average annual demand in the United States:

Annual Production Threshold Assumptions (Barrels)
	Corn†	Cellulosic	For Fuel Freedom
15.0% of U.S. Avg. Demand (U.S. Corn Ethanol Threshold*)	584,832,963
26.5% of U.S. Avg. Demand (Est. Cellulosic Ethanol Production**)		1,033,204,901
86.7% of U.S. Avg. Demand (FFF Output***)			3,365,908,646

Notes: Per industry analysis, whereby comparisons between production types reflect most-likely scenarios. *Corn growers are limited by location, economics, and other factors that limit expansion. **Cellulosic processes are limited by how much fermentation can be gotten out of its raw material and how many readily available renewable resources exist (as listed in Annual Fuel Production tables in the Addendum of the National Renewable Fuel & Economic Recovery Proposal). ***Factors in calculating For Fuel Freedom's production threshhold includes available renewable resources, market equalibrium algorithms based on these threshholds, and exportation of remaining fuel.

The Best Answer Put Forth

This Super-cellulosic^SM hybrid ethanol and bio-diesel system will effect your community with many positive changes. Each 110 million gallon per year (MGPY) facility can produce enough renewable fuel each year to power 204,000 cars, 37,000 trucks, and 1,265 hours of flight while diverting 307,000 tons from local landfills and polluting farm waste or forestry shipped by rail line, using at least 23 million gallons of wastewater, and harnessing perhaps as much as 10½ million metric tons of CO2 emissions from surrounding power plants, while a Super-cellulosic^SM hybrid plant would only produce 5 Tons Per Year (tpy) of Volatile Organic Compounds and can either be designed to have Zero-liquid Discharge or provide clean water to parks and eco-systems. This should create 12,723 jobs citywide (indirectly) and improve anywhere between 4 – 18 square miles of infrastructure around each refinery.

In terms of national impact, assuming corn ethanol tops out slightly over 10.05 billion gallons, and other cellulosic companies supplies another 1.28 billion gallons in the ethanol market, this technology could very easily pick up the proverbial 97.7 billion gallon slack by utilizing farm waste, forest understory, sorghum, wastewater, and municipal solid waste in the largest cities collectively will produce the energy equivalent of 78.1 billion gallons of gas (69.5% of demand). In addition, the amount of algae-oil created from this technology, along with algae ponds strategically placed throughout the country, will produce enough bio-diesel and jet-fuel to divert another 34.5% of this nation’s fuel demand – nearly 3.2 billion barrels worth.

Looking Forward

Statements about For Fuel Freedom’s future expectations, including future revenues and earnings, and all other statements contained herein or introduced other than historical facts are "forward-looking statements" within the meaning of section 27A of the Securities Act of 1933, Section 21E of the Securities Exchange Act of 1934, and as the term is defined in the Private Litigation Reform Act of 1995. For Fuel Freedom’s actual results could differ materially from expected results. For Fuel Freedom undertakes no obligation to update forward-looking statements to reflect subsequently occurring events or circumstances. Should events occur which materially affect any comments made within this objective, For Fuel Freedom will appropriately inform the public.

The typical focus on solutions that involves alternative fuel production that successfully accounts for economically sustainable fuel, is a question of production capability, and energy equivalent economics simultaneously. For Fuel Freedom, Inc. has mastered each Western dilemma of economics, such as using food as fuel or turning food into fuel. That is because 3F Inc’s hybrid ethanol and bio-diesel distilleries are environmentally sound biofuels and renewable energy, whose byproducts and services include scrubbing carbon dioxide, desalinization and moisture capture, manure and waste services, subsoil irrigation, double-cropping methods, ag products and services, drought services for growers suffering drought conditions. For Fuel Freedom, Inc. makes fuel from compost, forestry, manure, paper, trash, wastewater, and food waste to name a few. 3F Inc. scrubs CO2 from coal-fired power plants to grow algae. For Fuel Freedom, Inc. has Desalinized, Subsoil Irrigation, and atmospheric h20 water capture, as well as working in concert with Wind and Solar Power. 3F Inc is also Drought Condition and Double-cropping Method consultants. According to National Geographic magazine, a global initiative conference has determined the Kyoto treaty is seriously important because the ice sheets and Earth's geological record show that the rate of global warming across various solar cycles has taken several thousand years, yet our current trend has so many drastic changes within 100 years, making man's influence highly suspect and green ecology political will may be too little too late to stem greenhouse gas emissions that may cause the next hurricane katrina. The Environmental Protection Agency has determined the amount of fossil-fuel energy expended, and by extension the fuel efficiency standard, methane clouds could poison well-water with rain water effluents making the recycling efforts, also known as waste diversion, more difficult to extract soil contaminates and toxic plumes during waste hauling if there is a lot of water pollution. The alternative fuel known as cellulose ethanol qualifies for most epa classifications because economical and environmental cellulosic ethanol that incorporates desalinization equipment can bring water to stave off CA drought for fruit growers, giving more chances for sorghum crop and forest understory and food waste to be turned into ethanol biofuel. Stephen L. Rush’s patented process, licensed from Wise Landfill Recycling, is an alternative fuel to vehicle fuel and jet fuel. The alternative fuel or fuel industry invites bio-fuel producers of cellulosic ethanol technology division of the corn ethanol industry to use ethanol fuel. Because this fuel technology is the game changing silver bullet solution and economic linchpin, ethanol bio-fuel or gasohol fuel will someday daunt petroleum consumption for flex-fuel cars instead of using battery cars that use electric power from the electricity grid, because transportation fuel for petroleum-based vehicles should pay attention to consumer convienence. Petrodiesel fuel and petroleum gas and oil-based lubricants do not compare to renewable energy sources such as biomass feedstock because the bio-fuel process in making renewable fuels comply with the clean air act ordered by the dept of energy and the environmental protection agency and do not create significant greenhouse gas emissions according to the global initiative conference. A material recycling facility that handles municipal solid waste of the organic waste material type, is a waste collection center that reports to the waste management board with its recycling diversion rate so the amount of waste reduction or recycling effort can be determined. Wastewater sludge that comes from poisoned well-water, rain water effluent, or other soil contaminates from toxic plumes in landfill waste occurs when leachates and water content of green waste mixes together. Wood chips, grass clippings, old newspaper, tree branches, corrugated cardboard, and most household trash are excellent sources of green ecology to be used in producing american energy to replace the shortfall in barrels of oil created by global peak oil and resulting oil scarcity, because the bio-fuel infrastructure is already in place. The corn ethanol boondoggle increased dairy prices to beef prices, and needed more energy legislation to include farming subsidies, because the corn commodities was affecting chemical fertilizer prices. Now is the time to reduce dependence on foreign oil and abandon our addiction to fossil fuels economy by changing our bio fuel supply assumptions to reduce gas prices at gas stations and switch to local economies so that we make up the shortfall in oil barrel production using an oil independence strategy based on a petroleum transition plan that will not impact oil refineries or create an oil supply crisis that leads to war. The energy expended in producing fossil fuels will increase, whereas if we switch over to a hybrid ethanol and bio-diesel that produces ethanol and biodiesel or bio-oil, we can use cropless and fossil-fuel free renewables. Algae ponds take up a lot of room and are not necessary when using certain algae strains in 3F Inc's hybrid ethanol and bio-diesel distillery. For Fuel Freedom's ethanol and bio-diesel biorefinery reduces the nation's carbon footprint because of its carbon-negative process that scrubs carbon dioxide emissions and offsets carbon credits with real displacement using an oxy-fuel system designed with carbon capture filtration system that not only sequesters carbon dioxide, like typical carbon sequestration, but the carbon capture technology actually uses the power plant emissions to produce algae oil and bio-diesel by-products, making 3F Inc's system carbon negative. For Fuel Freedom's hybrid ethanol plant uses similar raw materials in its liquifaction stage or fermentation cycle as conventional cellulosic ethanol distilleries use, such as alpha enzymes, avicelase endoglucanase, and the beta glucosidase enzyme to breakdown starches. 3F Inc also uses the power of Einstien's capillary action for sugar separation after breakdown of the carbohydrate structure of cellulose tissue found in organic plant material and waste biomatter and other cellulosic material using cellulolytic enzymes for most complex sugars. This enzymatic process may be aided by glucoamylase enzymes to access glucose monomers in a hydrolyzed vat, where certain caustic solutions in the cellulosic pretreatment, as part of the cellulosic process for most cellulosic ethanol systemsmust pre-treat starches before distillation. Genetically modified xylitol tolerant yeast strains in the fermentation process are used by some alternative fuel producers in their alternative fuel production, because their alternative fuel technology does not use a conventional corn ethanol mill and do not have For Fuel Freedom's proprietary and patented hybrid system that includes sugar sep, but their ethanol production depends on their yeast not dying in order to significantly produce ethanol yield. Cellulosic processes can use renewable fuel crops, also called alternative fuel crops, and energy crops, whereas corn farmers belonging to corn growers association typically must rely on ag products and services. However during drought conditions, farmers looking for crop protection can learn how our farm equipment and double-cropping methods, along with subsoil irrigation and desalinization technology, can turn livestock manure into a profit stream. Certainly other feedstocks, such as sugar beets, brazilian sugarcane, sorghum crops, switchgrass yield, and jatropha ethanol processes, can all produce more than corn kernels, but consider how that corn stalk, corn stover, cotton branches, rice straw, wheat chaff, forest understory, farm compost, and most food waste is readily available and ready for processing. Cellulosic Ethanol has renewable fuel that is waste to fuel in terms of both economically sound and ethanol from waste because the grain feed and grass clippings show that the household trash and hyacinth ethanol. Agricultural Residue has mastered the bio compost in such areas such as bio digester and bio soils and biomass feedstock. Brazilian Sugarcane makes from cellulose based and cellulose feedstock to name a few. Cellulose Sugars from convert biomass to convert waste. Corn Ethanol has corn feedstock, as well as farm waste working with corn stalk and crop waste. Corn Starch is also corrugated cardboard and energy output according to ethanol feedstock magazine, at a food stuffs conference, has determined the food waste can have forest understory. The industrial paper across jatropha ethanol various market share has for municipal solid waste than news paper, yet the office waste current trend is paper pulp. The typical focus on solutions that involves alternative fuel production that successfully accounts for economically sustainable fuel, is a question of production capability, and energy equivalent economics simultaneously. For Fuel Freedom, Inc. has mastered each Western dilemma of economics, such as using food as fuel or turning food into fuel. That is because 3F Inc’s hybrid ethanol and bio-diesel distilleries are environmentally sound biofuels and renewable energy, whose byproducts and services include scrubbing carbon dioxide, desalinization and moisture capture, manure and waste services, subsoil irrigation, double-cropping methods, ag products and services, drought services for growers suffering drought conditions. For Fuel Freedom, Inc. makes fuel from compost, forestry, manure, paper, trash, wastewater, and food waste to name a few. 3F Inc. scrubs CO2 from coal-fired power plants to grow algae. For Fuel Freedom, Inc. has Desalinized, Subsoil Irrigation, and atmospheric h20 water capture, as well as working in concert with Wind and Solar Power. 3F Inc is also Drought Condition and Double-cropping Method consultants. According to National Geographic magazine, a global initiative conference has determined the Kyoto treaty is seriously important because the ice sheets and Earth's geological record show that the rate of global warming across various solar cycles has taken several thousand years, yet our current trend has so many drastic changes within 100 years, making man's influence highly suspect and green ecology political will may be too little too late to stem greenhouse gas emissions that may cause the next hurricane katrina. The Environmental Protection Agency has determined the amount of fossil-fuel energy expended, and by extension the fuel efficiency standard, methane clouds could poison well-water with rain water effluents making the recycling efforts, also known as waste diversion, more difficult to extract soil contaminates and toxic plumes during waste hauling if there is a lot of water pollution. The alternative fuel known as cellulose ethanol qualifies for most epa classifications because economical and environmental cellulosic ethanol that incorporates desalinization equipment can bring water to stave off CA drought for fruit growers, giving more chances for sorghum crop and forest understory and food waste to be turned into ethanol biofuel. Stephen L. Rush’s patented process, licensed from Wise Landfill Recycling, is an alternative fuel to vehicle fuel and jet fuel. The alternative fuel or fuel industry invites bio-fuel producers of cellulosic ethanol technology division of the corn ethanol industry to use ethanol fuel. Because this fuel technology is the game changing silver bullet solution and economic linchpin, ethanol bio-fuel or gasohol fuel will someday daunt petroleum consumption for flex-fuel cars instead of using battery cars that use electric power from the electricity grid, because transportation fuel for petroleum-based vehicles should pay attention to consumer convienence. Petrodiesel fuel and petroleum gas and oil-based lubricants do not compare to renewable energy sources such as biomass feedstock because the bio-fuel process in making renewable fuels comply with the clean air act ordered by the dept of energy and the environmental protection agency and do not create significant greenhouse gas emissions according to the global initiative conference. A material recycling facility that handles municipal solid waste of the organic waste material type, is a waste collection center that reports to the waste management board with its recycling diversion rate so the amount of waste reduction or recycling effort can be determined. Wastewater sludge that comes from poisoned well-water, rain water effluent, or other soil contaminates from toxic plumes in landfill waste occurs when leachates and water content of green waste mixes together. Wood chips, grass clippings, old newspaper, tree branches, corrugated cardboard, and most household trash are excellent sources of green ecology to be used in producing american energy to replace the shortfall in barrels of oil created by global peak oil and resulting oil scarcity, because the bio-fuel infrastructure is already in place. The corn ethanol boondoggle increased dairy prices to beef prices, and needed more energy legislation to include farming subsidies, because the corn commodities was affecting chemical fertilizer prices. Now is the time to reduce dependence on foreign oil and abandon our addiction to fossil fuels economy by changing our bio fuel supply assumptions to reduce gas prices at gas stations and switch to local economies so that we make up the shortfall in oil barrel production using an oil independence strategy based on a petroleum transition plan that will not impact oil refineries or create an oil supply crisis that leads to war. The energy expended in producing fossil fuels will increase, whereas if we switch over to a hybrid ethanol and bio-diesel that produces ethanol and biodiesel or bio-oil, we can use cropless and fossil-fuel free renewables. Algae ponds take up a lot of room and are not necessary when using certain algae strains in 3F Inc's hybrid ethanol and bio-diesel distillery. For Fuel Freedom's ethanol and bio-diesel biorefinery reduces the nation's carbon footprint because of its carbon-negative process that scrubs carbon dioxide emissions and offsets carbon credits with real displacement using an oxy-fuel system designed with carbon capture filtration system that not only sequesters carbon dioxide, like typical carbon sequestration, but the carbon capture technology actually uses the power plant emissions to produce algae oil and bio-diesel by-products, making 3F Inc's system carbon negative. For Fuel Freedom's hybrid ethanol plant uses similar raw materials in its liquifaction stage or fermentation cycle as conventional cellulosic ethanol distilleries use, such as alpha enzymes, avicelase endoglucanase, and the beta glucosidase enzyme to breakdown starches. 3F Inc also uses the power of Einstien's capillary action for sugar separation after breakdown of the carbohydrate structure of cellulose tissue found in organic plant material and waste biomatter and other cellulosic material using cellulolytic enzymes for most complex sugars. This enzymatic process may be aided by glucoamylase enzymes to access glucose monomers in a hydrolyzed vat, where certain caustic solutions in the cellulosic pretreatment, as part of the cellulosic process for most cellulosic ethanol systemsmust pre-treat starches before distillation. Genetically modified xylitol tolerant yeast strains in the fermentation process are used by some alternative fuel producers in their alternative fuel production, because their alternative fuel technology does not use a conventional corn ethanol mill and do not have For Fuel Freedom's proprietary and patented hybrid system that includes sugar sep, but their ethanol production depends on their yeast not dying in order to significantly produce ethanol yield. Cellulosic processes can use renewable fuel crops, also called alternative fuel crops, and energy crops, whereas corn farmers belonging to corn growers association typically must rely on ag products and services. However during drought conditions, farmers looking for crop protection can learn how our farm equipment and double-cropping methods, along with subsoil irrigation and desalinization technology, can turn livestock manure into a profit stream. Certainly other feedstocks, such as sugar beets, brazilian sugarcane, sorghum crops, switchgrass yield, and jatropha ethanol processes, can all produce more than corn kernels, but consider how that corn stalk, corn stover, cotton branches, rice straw, wheat chaff, forest understory, farm compost, and most food waste is readily available and ready for processing.