GOOD ENERGY IS GREEN POWER An independent UK power company Good Energy is supplying electricity guaranteed only to come from sustainable non-fossil fuel sources. This is the latest BSN feature on green initiatives across Britain.
Katherine Richardson: Planning for non-fossil fuel energy supply Katherine Richardson: Planning for non-fossil fuel energy supply Vice-dean of the Faculty of Science, Copenhagen University and Chairman of the Danish Commission on Climate Change, Denmark
DaAi Headlines 20100820 Environmentally friendly air conditioners China is one of main carbon production countries in the world, with its northeast regions producing the most greenhouse gases. That is because the region's winter lasts six months long. To survive, people rely on boilers heated by coal. Scholars and researchers have long since looked for an eco-friendly alternative to coal, and now we introduce you to a system that relies on underground sewage to help regulate temperatures. ( NE winter more than 6 months long ) Summer in China's northeastern city of Harbin -- the Provincial Capital of Heilongjiang Province -- is enjoyable, but short. Winter begins in October, covering the region in thick layers of snow that last until the next March. HIT Civil & Envtl. Eng. School, Prof. Sun Dexing: " Most heating in Harbin is provided by boilers, which provide heating for a whole district. For every square meter of area being heated in winter, 40 kilos of coal is consumed over the course of the winter. As the coal burns, the carbon dioxide produced is multiplied by three, which means 120 kilos are discharged for every square meter. There is no way to reduce carbon emissions with these methods." ( Heating causes emissions ) For every kilo of coal burned, three kilos of carbon dioxide is released into the air. With limited supplies of natural energy source in the world, how will northeast China endure its frigid winter, while still remaining environmentally friendly? HIT Civil & Envtl. Eng. School, Prof. Sun Dexing: " Solar energy ...
Dragonseye Thermodynamics Organic Chem.Exprmt.Soln.A The last candidate is tested. All candidate solutions meet strict requirements- They must be totally green and manufacturable from 100% sustainable, non-fossil, low-carbon feedstocks. They must be low-cost in order to compete on a $1 watt basis. Finally they must be relatively non-toxic and safe to handle. Hence the rather short list of candidates.
Wind Turbines Western Iowa Windmills generating electricity near Adair Iowa. There has to be close to 100 of these windmills along I-80. Last year when I went out there I did not see any. This year all these have sprouted up. Driving down the Interstate we saw a number of semi-trailers carrying parts all heading to this area. I guess the future is now.
Kotuku Maori Art Gallery Lou Kereama Armstrong is a carver working on New Zealand's West Coast. He interprets traditional Maori themes and imagery, carving wood, bone and pounamu into beautiful forms that delight the eye and invite the touch. Kotuku Gallery in Whataroa is dedicated to Lou's artwork. The gallery was awarded Best Maori Art Gallery in New Zealand by American Express in 2009 due to the unique work within the gallery. Kereama has carved many exquisite pieces from 3500 year-old whalebone; the oldest non-fossil bone ever carbon-dated in New Zealand.
Lincoln Mercury Electric and Alternative Fuel Solutions Webcast Part 3 On Thursday, September 3, at 12:30pm, the New England Lincoln Mercury dealers sponsored a webcast featuring a look at the latest in hybrid and "electrified fuel" vehicle technology. David Finnegan, the Hybrid and Electrified Vehicles Marketing Manager for Ford, and Praveen Cherian, the Fusion Hybrid Program team leader for Ford discussed the new technology in the latest Ford and Lincoln Mercury hybrids - including the new Mercury Milan hybrid that gets more than 700 miles from a single tank of gas!
The Energy Crisis & The Future of Energy Gases Part 3 Video The Energy Crisis & The Future of Energy Gases Part 3 Video. The Future of Energy Gases. Year: 1993; Sponsor: United States Geological Survey. Contributing Organization: Carnegie Mellon University, Informedia Project. This work is licensed under a Creative Commons Attribution 2.5 License. Digitization Date: 1996; Digitizing Organization: Carnegie Mellon University Informedia Project. Natural gas is a gaseous fossil fuel consisting primarily of methane but including significant quantities of ethane, propane, butane, and pentane—heavier hydrocarbons removed prior to use as a consumer fuel —as well as carbon dioxide, nitrogen, helium and hydrogen sulfide. It is found in oil fields (associated) either dissolved or isolated in natural gas fields (non associated), and in coal beds (as coalbed methane). When methane-rich gases are produced by the anaerobic decay of non-fossil organic material, these are referred to as biogas. Sources of biogas include swamps, marshes, and landfills, as well as sewage sludge and manure by way of anaerobic digesters, in addition to enteric fermentation particularly in cattle. Approximately 22 percent of the energy consumption of the US comes from natural gas. More than 62.5 percent of the homes in the US use natural gas as their main heating fuel. Natural gas is also an essential raw material for many common products, such as: paints , fertilizer, plastics, antifreeze, dyes, photographic film, medicines, and explosives. We also get propane when we ...
Odessa To Get 3400 New Jobs The Manna of Utah company plans to build a manufacturing facility in Odessa to make non-fossil fuel generators. KMBC's Bev Chapman reports.
Home Solar Panels - Review Site Or Head Fake? takes a look at home solar panels as the price of oil goes up, so does the interest in non-fossil fuels. Is there enough demand for solar information, even with oil off its all time high? You bet! Solar panel review sites that cover costs would do very well.
Al Gore Dishwasher! 100% Green! I have invented the first ever 100% green non fossil fuel using 0 carbon footprint dishwasher, yes it will kill you
Navy Secretary Ray Mabus - Interview Navy Secretary Ray Mabus believes that the US military can jump-start the clean energy revolution. "If we can begin to get this energy from different places and from different sources, then I think you can flip the line from 'Field of Dreams': If the Navy comes, they will build it. If we provide the market, then I think you'll begin to see the infrastructure being built, the price per kilowatt-hour come down." The Navy's carbon footprint is vast -- it operates 290 ships, owns 75200 buildings on 3.3 million acres of land -- but, against this profligacy, the Navy announced an ambitious plan last fall to slash fuel use and carbon emissions. "Within 10 years, the United States Navy will get one-half of all its energy needs, both afloat and ashore, from non-fossil fuel sources," Mabus says. Mabus also serves as President Obama's point person for recovery in the Gulf. Work is needed, he says, to modernize the technology by which oil companies respond to spills, and to update the legal structure under which they operate. "Obviously, the cap that was placed on oil companies, which was $70 million, did not anticipate anything remotely like this incident. The legal structure ... needs to be updated to take into account realities as they exist today," Mabus says. Asked by Climate One's Greg Dalton what an appropriate dollar figure for the liability cap might be, Mabus replied: "I'm not sure there needs to be a cap."
Lincoln Mercury Electric and Alternative Fuel Solutions Webcast Part 4 On Thursday, September 3, at 12:30pm, the New England Lincoln Mercury dealers sponsored a webcast featuring a look at the latest in hybrid and "electrified fuel" vehicle technology. David Finnegan, the Hybrid and Electrified Vehicles Marketing Manager for Ford, and Praveen Cherian, the Fusion Hybrid Program team leader for Ford discussed the new technology in the latest Ford and Lincoln Mercury hybrids - including the new Mercury Milan hybrid that gets more than 700 miles from a single tank of gas!
Electric fuel sources for the future: Increasing natural gas and wind; decades later, nuclear 1/1/2011 - (Excerpts)"Coal is a dead man walkin'," says Kevin Parker, global head of asset management and a member of the executive committee at Deutsche Bank. "Banks won't finance them. Insurance companies won't insure them. The EPA is coming after them. . . . And the economics to make it clean don't work." From 2000 to 2008, construction started on 20 units in 19 plants, according to Edison Electric Institute. Last year, utilities and power-generating companies dropped plans to build 38 coal plants while announcing that they would retire 48 aging, inefficient ones, according to the environmental group Sierra Club. In 2002, there were plans to install 36000 megawatts of new coal-fired power by 2007. Only one-eighth of that was completed. Deutsche Bank predicts coal's share of electric power generation will tumble further, from 47 percent in 2009 to 34 percent in 2020 and 22 percent in 2030. [The report, 11/2010 136 pages: According to the Energy Information Administration - www.eia.doe.gov the US coal mining industry was operating at an anemic 75% of its production capacity in 2009, down from 85% in 2008 - That low capacity utilization is the result of a huge drop in demand for coal as well as competition from a burgeoning supply of natural gas. To put the current controversy in perspective, the 2.7 million tons of coal that the Spruce mine would have produced annually represents less than 1% of the unused ...
Babak Mirshahi's interview on Climate change- BBC Persian news- 12 Dec 2009 Global warming, climate change & its impacts on water resources. Re UN conference on climate change; Copenhagen, Dec 2009.
Mono-type Rock Playthrough vs Gardenia ((non-Fossil)) Sorry for the bad quality T_T ...Gaia Mono-type Challenge
This isn't here pt1 TIPPING POINT by Perry Arnett pjarnett9939@ Integrate these concepts: 1) Cheap, readily available, high content Energy, with 2) population explosion, and 3) Carrying Capacity. The integration is, that with the advent of the cheap, readily available supplies of high content energy, world population was able to soar, and thus EXCEED ecological carrying capacity. While population is now at an extremely high level — compared to the non-fossil-fueled past — (and continuing to rise), and the carrying capacity is already overshot, now feed-in an irreversible DECLINE of the cheap readily available energy that got us where we are. Do this integration now, in real-time. Universal decline is the only possible future. The finding and exploitation of coal, oil and natural gas as it was done has created a box canyon for humankind that was not foreseen at the early times. In other words, we had a Grand Chance and blew it! We spent our capital (oil), rather than living off the interest (renewables). We procreated like bunnies thinking that extant energy sources were perpetual. Having spent that capital, it is now both too late to stop population increase (without a catastrophe like war or pandemic) OR develop renewables. So, in order to reach population numbers BELOW carrying capacity, there must be a Dieoff that forcibly lowers living standards and population numbers until some level of sustainability (carrying capacity) is achieved. That will cause living standards ...
Lincoln Mercury Electric and Alternative Fuel Solutions Webcast Part 5 On Thursday, September 3, at 12:30pm, the New England Lincoln Mercury dealers sponsored a webcast featuring a look at the latest in hybrid and "electrified fuel" vehicle technology. David Finnegan, the Hybrid and Electrified Vehicles Marketing Manager for Ford, and Praveen Cherian, the Fusion Hybrid Program team leader for Ford discussed the new technology in the latest Ford and Lincoln Mercury hybrids - including the new Mercury Milan hybrid that gets more than 700 miles from a single tank of gas!
Europe leads the way on clean energy As the USA announces plans to have 15 per cent of its energy coming from renewable sources by 2021, some European countries are being more ambitious.
Energy From Aluminum include high efficiency; unmatched environmental performance; high quality power; fuel flexibility; quiet operation; simplicity (no moving parts); modularity/scalability, which lead to high reliability, flexible sitting and ease of maintenance; and adaptability to specialized application. Unlike solar and wind technologies, fuel cells operate continuously regardless of time of day or weather conditions and can be sited in any terrain. Altek Fuel Group, Inc., an alternative energy company, has developed and is ready to commercialize an affordable "breakthrough", alkaline fuel cell technology based on aluminum, water and air, which will fulfill tremendous demand for a reliable non-fossil source of energy and accelerate the commercial reality of fuel cell-powered portable and stationary devices. This fundamentally new technology enables development and manufacturing of a commercial autonomous electrical power supply and/or as a universal battery charger, with much longer performance, at least 5 to 10 times the longevity of currently available batteries.
Second Annual Green Cruise Highlights Highlights of the second annual Sierra Club Green Cruise from August 2006 - Michigan's premier event to promote non-fossil fuel forms of transportation. Children, adults and dogs walk, bike, roller blade, skate, kayak and celebrate green living.
Lincoln Mercury Hybrids and Alternative Fuel Solutions Get your questions answered by a Lincoln Mercury Fuel Solution expert! Sign up at http and participate in a live webcast on Thursday, September 3rd at 12:30 pm EST.
O'Reilly Webcast: Nuclear Energy - Future Directions In the United Stated nuclear energy currently provides 75% of all non-fossil electricity generation. Greatly improved performance of nuclear power plants over the last 20 years has resulted in very high operating reliability, leading to plans for construction of new reactors in the United States. This talk will discuss the current status of nuclear energy, and review the potential directions the technology may go in the future.
2010 Shanghai World Expo, construction timelapse of Broad Pavilion Video shot in April of 2010, documenting the construction of Broad Pavilion at 2010 Shanghai World Expo Here is more info on the Pavilion from China Daily Expo pavilion built in 24 hours By WEI TIAN (China Daily) Broad pavilion, one of 17 corporate pavilions at the Shanghai Expo, was completed within 24 hours. provided to china daily Group builds 6-story energy efficient Expo pavilion in less than a day, presenting a model for the future of residential communities, offices and hotels Rome wasn't built in a day, but a Shanghai Expo pavilion can be as contractors proved this month by having the Broad pavilion up and running in just 24 hours. The Broad pavilion was the 17th and final corporate pavilion at the Expo site. "We've been preparing for two months, but producing the prefabricated parts took us less than a week," said Fu Lixin, the man in charge of the six-story, 3200-sq-m pavilion. "This is the way to build houses in the future. The building itself will be the largest exhibit at Expo," Fu said, adding that most of the floors were completed within 30 minutes and the job finished by 10 pm the same day. Broad, the world's largest producer of non-electric (lithium bromide) air conditioners, wanted a structure to exemplify its trademarks of innovative technology and sustainable development. Pavilion plans were delayed after Broad was named the official global partner of the Shanghai 2010 Expo in January 2009, but were finally realized in a race-against-the-clock ...
Algae Biodiesel Algae based biodiesel is carbon neutral, converting as much carbon dioxide into pure oxygen to grow as it releases when burned, sustainable, renewable and uses far less land to produce than food based or other non-fossil fuels. algae base based biodiesel bio diesel bio-diesel bio-fuel fuel...
Direct Carbon Fuel Cell Direct Carbon Fuel Cell Direct Carbon Fuel Cell (DCFC) is a fuel cell that uses carbon-rich material as a fuel. The element produces energy by combining carbon and oxygen, which causes carbon dioxide to release as a byproduct. The efficiency of this fuel cell is about 70% (twice as efficient as in conventional combustion reaction). In general, the reaction in the element is the following: C + O2 turn into CO2. The process in the element's halves is expressed as follows: Anode: C + 2 O2 turn into CO2 + 4 energies Cathode: O2 + 4 energies turn into 2O2 Despite the fact that carbon dioxide is emitted, direct carbon fuel cells are more ecological than traditional coal burning methods. Due to its higher efficiency, this technology requires less carbon to produce the same amount of energy. The carbon used may be coal, coke, or non-fossil sources of carbon. The carbon atoms are highly charged, so the current density at the anode has doubled in comparison with the molecules of hydrogen, adding some useful energy to the weight. There are four types of DCFC The first one is based on a solid oxide fuel cell (SOFC). The second one is the cell with a molten hydroxide made in accordance with the patent that William W. Jacques received in the US in 1896.The third is based on molten carbonates (MCFC). William W. Jacques received a Canadian patent for this type of fuel cells in 1897. The fourth uses an anode of molten tin in a solid oxide fuel cell design, which uses molten tin and tin ...
The Energy Crisis & The Future of Energy Gases Part 2 Video The Energy Crisis & The Future of Energy Gases Part 2 Video. The Future of Energy Gases. Year: 1993; Sponsor: United States Geological Survey. Contributing Organization: Carnegie Mellon University, Informedia Project. This work is licensed under a Creative Commons Attribution 2.5 License. Digitization Date: 1996; Digitizing Organization: Carnegie Mellon University Informedia Project. Natural gas is a gaseous fossil fuel consisting primarily of methane but including significant quantities of ethane, propane, butane, and pentane—heavier hydrocarbons removed prior to use as a consumer fuel —as well as carbon dioxide, nitrogen, helium and hydrogen sulfide. It is found in oil fields (associated) either dissolved or isolated in natural gas fields (non associated), and in coal beds (as coalbed methane). When methane-rich gases are produced by the anaerobic decay of non-fossil organic material, these are referred to as biogas. Sources of biogas include swamps, marshes, and landfills, as well as sewage sludge and manure by way of anaerobic digesters, in addition to enteric fermentation particularly in cattle. Approximately 22 percent of the energy consumption of the US comes from natural gas. More than 62.5 percent of the homes in the US use natural gas as their main heating fuel. Natural gas is also an essential raw material for many common products, such as: paints , fertilizer, plastics, antifreeze, dyes, photographic film, medicines, and explosives. We also get propane when we ...
Biofuels: Beyond the Headlines In "Biofuels: Beyond the Headlines," the first video produced by the Institute on the Environment, University of Minnesota researchers Stephen Polasky and David Tilman attempt to clear up the confusion surrounding biofuels production.
Marin Energy: 78% renewable + competitive prices Charles McGlashan, Chairperson of Marin Energy Authority outlines how this utility is providing their customers with non-fossil/non-nuclear electricity at prices competitive to PG&E. Marin Energy's net metering solar program enables customers to "pay themselves" for supplying the utility with energy, keeping their money in the local economy.
Extracts from Presidents speech at UN Summit on climate Change. Renewable Energy. Solar Energy Extracts from Presidents speech at UN Summit on climate Change (2009). Renewable Energy. Wind Turbines, Solar Energy Renewable sources, Clean Energy, Clean Technology, Save Money, A World that is safer, cleaner, and healthier
Garbage Gasification: The Thermal Oxidation of Waste A Clean Alternative To Incineration International Environmental Technologies, Inc. Garbage Gasification: The Thermal Oxidation of Waste Elemental reduction technology is not an incineration or combustion process due to the lack of oxygen present at the time of conversion, and because of the elongated reduction process. Thermal Waste Gasification Technology Reverts any man made or organic waste product back to its natural state: inert ash or breathable air Converts heterogeneous (mixed), hydrocarbon waste materials first into a BTU-rich gaseous fuel; in effect gasifying man made products, or organics Emissions are captured and used as a non-fossil fuel source for various "on site" processes Resultant ash (1.5%) and salts are inert IET (International Environmental Technologies, Inc.) Unique Process Small Land Requirements (less than 1% of landfill area) No obnoxious odors that landfill generates Families can open their windows and breath No significant maintenance required Exothermic Process: Low supplemental energy required No highly trained operators required Very low daily operating costs Supported by the US Department of Energy Full scale demonstration facility
Lincoln Mercury Electric and Alternative Fuel Solutions Webcast Part 1 On Thursday, September 3, at 12:30pm, the New England Lincoln Mercury dealers sponsored a webcast featuring a look at the latest in hybrid and "electrified fuel" vehicle technology. David Finnegan, the Hybrid and Electrified Vehicles Marketing Manager for Ford, and Praveen Cherian, the Fusion Hybrid Program team leader for Ford discussed the new technology in the latest Ford and Lincoln Mercury hybrids - including the new Mercury Milan hybrid that gets more than 700 miles from a single tank of gas!
Mitt Romney: Alternative energy sources will help the planet Says that eventhough the "science is still out", non-fossil fuels will help the planet
Bill Gross: A Cogent Argument for Solar Energy Idealab Founder Bill Gross lays out a clear and thoughtful explanation for solar energy being the best possible source for the planet's growing energy demands. He illuminates the reality of current energy usage, the socio-economic factors that will impact future needs, and the limitations of other non-fossil fuel energy options. Gross is chairman of eSolar, an Idealab spin-off that focuses on making solar energy cost-competitive in the global marketplace. View more clips and share your comments at ecorner.stanford.edu
Lincoln Mercury Electric and Alternative Fuel Solutions Webcast Part 2 On Thursday, September 3, at 12:30pm, the New England Lincoln Mercury dealers sponsored a webcast featuring a look at the latest in hybrid and "electrified fuel" vehicle technology. David Finnegan, the Hybrid and Electrified Vehicles Marketing Manager for Ford, and Praveen Cherian, the Fusion Hybrid Program team leader for Ford discussed the new technology in the latest Ford and Lincoln Mercury hybrids - including the new Mercury Milan hybrid that gets more than 700 miles from a single tank of gas!
Solar Heats Up: Accelerating Widespread Deployment Solar Heats Up: Accelerating Widespread Deployment - Select Committee on Energy Independence and Global Warming - 2009-09-24 - With sales growing 40 percent annually and costs falling rapidly, solar power has emerged as a core technology in America's transition a clean energy economy. Solar energy brings opportunity in the form of new jobs and rapid technological development. It also presents potential new challenges in the way we use land and infrastructure and the way we distribute and store energy. Chairman Edward J. Markey (D-Mass.) and the Select Committee on Energy Independence and Global Warming held a hearing entitled, "Solar Heats Up: Accelerating Widespread Deployment," examining current issues in solar energy development. WITNESS LIST: Dr. Stephanie A. Burns, Chairman, President and Chief Executive Officer, Dow Corning; Frank De Rosa, Chief Executive Officer, NextLight Renewable Power; Steve Kline, Vice President for Corporate Environmental and Federal Affairs, Pacific Gas and Electric; Ms. Nada Culver, Esq., Senior Counsel, The Wilderness Society; Dr. Gabriel Calzada, Economics Professor, King Juan Carlos University. Video provided by the US House of Representatives.
Alternative Fuels- Great Discovery of Science Alternative fuels or non-traditional fuels have been among the major achievements in science, bringing minimal use of traditional fuels like fossil fuels coal, propane, and natural gas and nuclear materials. Some of the alternative fuels today are the bioalcohol (ethanol, butanol), biodiesel, chemically stored electricity (batteries and fuel cells), hydrogen, vegetable oil, non-fossil natural gas, non-fossil methane, and other biomass sources. Most of these do not anymore come from difficult processes since several scientists today are already knowledgeable about how to make alternative fuels cheaply. http
P1a Energy Resources - Planet Birchwood (P1a AQA GCSE Physics Revision) Amy, Laura, Sarah, Merryn and Vicky describe how we generate electricity at power stations and the role of the national grid and transformers!
UU-UNO Climate Portal Guide.mp4 Guide to the UU-UNO Climate Portal, a great resource for education and action on climate change and global warming, at /uuuno
The Energy Crisis & The Future of Energy Gases Part 1 Video The Energy Crisis & The Future of Energy Gases Part 1 Video. The Future of Energy Gases. Year: 1993; Sponsor: United States Geological Survey. Contributing Organization: Carnegie Mellon University, Informedia Project. This work is licensed under a Creative Commons Attribution 2.5 License. Digitization Date: 1996; Digitizing Organization: Carnegie Mellon University Informedia Project. Natural gas is a gaseous fossil fuel consisting primarily of methane but including significant quantities of ethane, propane, butane, and pentane—heavier hydrocarbons removed prior to use as a consumer fuel —as well as carbon dioxide, nitrogen, helium and hydrogen sulfide. It is found in oil fields (associated) either dissolved or isolated in natural gas fields (non associated), and in coal beds (as coalbed methane). When methane-rich gases are produced by the anaerobic decay of non-fossil organic material, these are referred to as biogas. Sources of biogas include swamps, marshes, and landfills, as well as sewage sludge and manure by way of anaerobic digesters, in addition to enteric fermentation particularly in cattle. Approximately 22 percent of the energy consumption of the US comes from natural gas. More than 62.5 percent of the homes in the US use natural gas as their main heating fuel. Natural gas is also an essential raw material for many common products, such as: paints , fertilizer, plastics, antifreeze, dyes, photographic film, medicines, and explosives. We also get propane when we ...
Hydrogen Sponge The Hydrogen Sponge provides a non-fossil fuel means of generation, safe storage, and recovery of hydrogen gas for use in fuel cell technologies. It uses solar powered water electrolysis to generate and safely store hydrogen gas in uniquely designed silicon substrate microstructures. The Hydrogen Sponge can be tailored to suit specific hydrogen applications, providing a wide range of solutions for the hydrogen fuel cell market. Summary of Benefits: Eliminates the need for fossil fuels to generate and store hydrogen gas; can be engineered for use in any device that can utilize hydrogen gas to generate electricity (such as homes, vehicles, power generating stations, electronics, etc.); does not require exotic metals/materials in manufacturing; works in simple seawater (or any ionic fluid) and sunlight; is self-contained and reusable
Green Biofuels Ireland Throughout Ireland both used vegetable oils and animal fats are collected, cleaned and delivered to Green Biofuels Ireland Ltd in tankers. The waste vegetable oils and fats are then pumped into one of GBIs storage tanks ready for processing which involves the chemical reaction of the fats with an alcohol (methanol) and a catalyst (KOH) to produce a renewable non fossil fuel that is known as biodiesel. The biodiesel then undergoes a series of washing steps before finally being distilled to produce clear biodiesel. This environmentally friendly fuel, which meets the rigorous European quality standards, is then collected from GBIL, blended with fossil fuel and distributed throughout forecourts nationally. There are no changes required either to vehicle engines or to the current fuel supply chain infrastructure and logistics. GBILs feedstocks do not compete with the food chain and the annual biodiesel output, not only reduces Ireland's dependence on imported fossil fuels but also results in carbon emissions reduction of almost 90000 tonnes every year