Video Rating: 5 / 5
Author:
Make Your Own Biodiesel – And Save Your Money For the More Important Things in Life
Homemade biodiesel will reduce your fuel cost to as little as 50 cent a gallon!
o Did you know that the transportation industry causes more damage to the ozone layer than any other industry?? With the help of the media, more people than ever are taking notice of the damage we are contributing to the ozone layer. Governments and agencies around the world are now researching alternative ways of producing energy and fuel.
o Over the last few years government and environmental agencies such as the Envronment Protection Agency and U.S. Department of Agriculture (USDA), have spent millions on researching the benefits of using biodiesel. Studies have shown that biodiesel production is set to grow to approximately 124 million gallons per annum
o There are countless benefits to using biodiesel – Here a just a few
o You’ll receive government incentives and tax benefits when you make your own biodiesel fuel
o Biodiesel is a non-toxic and reusable fuel source
o The contents of biodiesel are much more lubricant than those in regular diesel, making it better for your cars engine
o Unlike regular diesel, biodiesel emits a pleasant and fresh odour
o Because biodiesel is a made from renewable sources, you can expect to save money on fuel costs
o Biodiesel can be used on any of your home or vehicle engines that run on diesel, without having to make any modifications
o It has been proven that biodiesel is harmless to your health
o By using biodiesel you’ll be helping the farmers keep their jobs
o Because biodiesel is free of sulphur the exhaust emission are completely non-toxic
o It is possible that you can make your own biodiesel, and join the ever growing biodiesel community
o The basic procedure of making biodiesel involves using a biodiesel processor to convert vegetable into biodiesel, by mixing the oil with lye and methanol
o Before you start making biodiesel it’s essential that you are equipped with the right safety gear. This includes chemically resistant gloves, eye wear and respirator
o Making your own biodiesel does take some practice, but once you’ve done a few test batches you’ll find the process will become much easier. Once you begin making biodiesel you’ll find that it can be a satisfying and exciting hobby
o To make your first test batch of biodiesel, you will need these 3 ingredients – lye, methanol and vegetable oil. If you don’t already have these, don’t worry, there quite easy to find.
o You should be able to find some local restaurants or takeaway stores, that will give away their vegetable oil for free
o You can purchase lye from most convenience stores, by checking either the cleaning or bathroom sections
o You can purchase methanol from the local hardware store, or if you have a go kart track nearby, you can ask there
o You do not need a biodiesel processor to make a test batch… All you need is a small blender. Once you become comfortable making biodiesel you will have to use a proper processor; you can make one yourself or purchase one. You might be able to find some good second processors on eBay
o Before making your own biodiesel it helps to understand how the process works. Transesterification is the technical term for converting vegetable oil into biodiesel. Basically the objective is to separate the glycerine from the fatty chains on the vegetable oil. The lye is used to break up the chains of fat held together by the glycerine. The methanol is then mix to replace the glycerine, creating biodiesel…
Making biodiesel fuel can be a fun and rewarding hobby!! the skills you learn from making make your own biodiesel can be used to teach friends and family, or even make some additional money on the side. If your interested in making your own biodiesel, I have plenty of information at my blog, just visit this link make your own biodiesel
Article Source:
http://EzineArticles.com/?expert=H_T_Kneen
Plant and Crop-based Biofuels and Industrial Biotechnology: Comprehensive World Survey of Biofuel Industries and Processes, Renewable Energy and Resources Roadmap
Two federal documents, The Technology Roadmap for Plant and Crop-based Renewable Resources, and Industrial Biotechnology, Development and Adoption by the U.S. Chemical and Biofuel Industries, provide a unique and comprehensive status report on biofuel processes and industrial biotechnology around the globe, with information about exciting developments in China, Japan, Canada, Australia, Brazil, the European Union, India, and elsewhere – along with definitive data on American technology. The development and adoption of industrial biotechnology (IB) in the United States by the chemical and liquid fuel industries has expanded substantially. Contents include: Trends in Bio-based Business Activities, Liquid Biofuels, Bio-based Chemicals, Government Funding, Investment, Financial Performance, Factors Affecting the Development and Adoption of Industrial Biotechnology, Cost and Availability of Feedstocks, Cellulosic Ethanol, other technologies, R & D impediments, strategic alliances, domestic supply chain, foreign supply chain, intellectual property, patenting, trademarks, U.S. and Foreign government policies and programs, tax incentives, mandatory use regulations, loan guarantees, agricultural feedstock, tariff treatment for ethanol, domestic technology, research priorities for fulfilling a vision to enhance economic security through renewable plant and crop-based resource use, and much more. The technological success of the petrochemical industry is a tough act to follow. Industry and consumers have come to expect an unending stream of new and improved plastics and other materials to be provided in unlimited quantities. The fossil fuels from which the industry works, however, are finite – and often imported-so we need an additional source of durable, high performance materials. Renewable materials from home-grown crops, trees, and agricultural wastes can provide many of the same chemical building blocks-plus others that petrochemicals cannot. Despite the expertise and ingenuity of U.S. industry and tremendous productivity of U.S. agriculture and forestry, plant-based sources cannot automatically shoulder a major share of our chemical feedstock demand. Today, U.S. industry only makes minor portions of some classes of chemical products from plant-derived materials. Important scientific and commercial development breakthroughs are needed. Petrochemicals, agriculture, forestry, and other industries-as well as government-must make major coordinated efforts to most effectively increase the use of plant-derived chemicals. This document evaluates research, development, and other priorities for surmounting these technological challenges and sets out a technology roadmap for increasing the use of plant-derived materials for chemical building blocks. Currently, with the exception of lumber for wood products, trees for pulp and paper products, and cotton for garments, a very low volume of renewable resources is used to manufacture consumer goods. Key opportunities to increase the use of renewable resources can be grouped into four main areas: 1. Basic plant science – e.g., altering plant metabolic pathways to produce certain carbon molecules with valuable functional properties 2. Production – e.g., lowering unit production costs for consistent-quality raw materials 3. Processing – e.g., more economically separating diverse materials 4. Utilization – e.g., improving material performance through better understanding structure-function relationships for plant constituents.
This is a privately authored news service and educational publication of Progressive Management. Our e-books put knowledge at your fingertips, and an expert in your pocket!
Two federal documents, The Technology Roadmap for Plant and Crop-based Renewable Resources, and Industrial Biotechnology, Development and Adoption by the U.S. Chemical and Biofuel Industries, provide a unique and comprehensive status report on biofuel processes and industrial biotechnology around the globe, with information about exciting developments in China, Japan, Canada, Australia, Brazil, the European Union, India, and elsewhere – along with definitive data on American technology. The development and adoption of industrial biotechnology (IB) in the United States by the chemical and liquid fuel industries has expanded substantially. Contents include: Trends in Bio-based Business Activities, Liquid Biofuels, Bio-based Chemicals, Government Funding, Investment, Financial Performance, Factors Affecting the Development and Adoption of Industrial Biotechnology, Cost and Availability of Feedstocks, Cellulosic Ethanol, other technologies, R & D impediments, strategic alliances, domestic supply chain, foreign supply chain, intellectual property, patenting, trademarks, U.S. and Foreign government policies and programs, tax incentives, mandatory use regulations, loan guarantees, agricultural feedstock, tariff treatment for ethanol, domestic technology, research priorities for fulfilling a vision to enhance economic security through renewable plant and crop-based resource use, and much more. The technological success of the petrochemical industry is a tough act to follow. Industry and consumers have come to expect an unending stream of new and improved plastics and other materials to be provided in unlimited quantities. The fossil fuels from which the industry works, however, are finite – and often imported-so we need an additional source of durable, high performance materials. Renewable materials from home-grown crops, trees, and agricultural wastes can provide many of the same chemical building blocks-plus others that petrochemicals cannot. Despite the expertise and ingenuity of U.S. industry and tremendous productivity of U.S. agriculture and forestry, plant-based sources cannot automatically shoulder a major share of our chemical feedstock demand. Today, U.S. industry only makes minor portions of some classes of chemical products from plant-derived materials. Important scientific and commercial development breakthroughs are needed. Petrochemicals, agriculture, forestry, and other industries-as well as government-must make major coordinated efforts to most effectively increase the use of plant-derived chemicals. This document evaluates research, development, and other priorities for surmounting these technological challenges and sets out a technology roadmap for increasing the use of plant-derived materials for chemical building blocks. Currently, with the exception of lumber for wood products, trees for pulp and paper products, and cotton for garments, a very low volume of renewable resources is used to manufacture consumer goods. Key opportunities to increase the use of renewable resources can be grouped into four main areas: 1. Basic plant science – e.g., altering plant metabolic pathways to produce certain carbon molecules with valuable functional properties 2. Production – e.g., lowering unit production costs for consistent-quality raw materials 3. Processing – e.g., more economically separating diverse materials 4. Utilization – e.g., improving material performance through better understanding structure-function relationships for plant constituents.
This is a privately authored news service and educational publication of Progressive Management. Our e-books put knowledge at your fingertips, and an expert in your pocket!
List Price: $ 9.99
Price: [wpramaprice asin=”B004QGYH80″]
Bio-Fuels – Types and Features
Bio-fuels are those that are derived from biomass and use renewable sources of energy usually employing plant matter as the raw material. The most common types of bio-fuels are solid biomass, various biogases, and liquid fuels. As the price of depleting fossil fuel rises, affecting the world economy, biofuels may come to the rescue as a partial or complete replacement for our energy needs.
Bio-fuels can come in many different varieties and some of the first generation of such fuels includes bio-alcohols, Vegetable Oils, green diesel, biogas, Syngas and bio-diesel. Bioethanol is a type of fuel that is already being used in countries such as the United States and Brazil to a certain extent. This type of fuel is manufactured making use of vegetation that is used for feeding livestock. Therefore it does not use edible plants used by human beings which makes it a much better option compared to other edible crops.
Bio-diesel can help in reduction of toxic gases such as carbon monoxide since it uses animal fat, recycled greases and vegetable oils. Even though it can be utilized in its pure form, it is generally used as an additive to normal diesel. This type of fuel is the most popular one in European countries.
There are myriad varieties of bio-fuels and some of them include propanol and butanol but the most widely used bio-fuel is ethanol. Made by fermentation of sugar and starches, ethanol is produced by the action of micro-organisms on these substances. The use of ethanol is widespread in Brazil and is created from molasses, corn, sugarcane and sugar beets. Even though such fuels can decrease the quantity of noxious waste; they are still not entirely cost-effective and competent as compared to gas. Methanol and Butanol are the other types of alcohol based fuels on hand but are made use of to a smaller extent.
Green diesel, which is also known as renewable diesel, is a kind of diesel fuel which is derived from renewable feedstock instead of the fossil feedstock used in many other types of diesel fuels. Green diesel is different compared to biodiesel which is chemically different and made using transesterification instead of using the usual fractional distillation utilized to manufacture green diesel.
Biodiesel is the most ordinary kind of bio-fuel used in Europe and is produced from oils or fats using transesterification and is a liquid not unlike conventional fossil or mineral diesel. Vegetable oil is one more biofuel which can be made use of in some engines and many companies manufacture engines that are adjusted for utilizing straight vegetable oil, without the necessity for after-market modifications.
To know more and explore a complete guide on this link Bio-fuels – An Overview
Article Source:
http://EzineArticles.com/?expert=Ashish_Nayyar
Future of Energy: Biodiesel Generators
One of the most exciting new fuel solutions presented has to be biodiesel. For all people who have not heard about biodiesel, it is made from a combination of organic oils like corn, canola, or soy oil with other ingredients to produce a fuel that burns similar to diesel fuel used in vehicles. Biodiesel can even be combined with regular diesel to form a combination of the two fuels that is cleaner burning and safer.
Petroleum and oil are both fossil fuels that eventually run out, and with countries like China, India, and others starting to expand their society and add millions of vehicles and other gasoline powered machines, the supply will dwindle much faster. Thus biodiesel, a fuel that is made from organic oils, can be pretty much grown to meet higher supply and demand. This is one of biodiesel’s really strong points in that it is a highly renewable resource that also has less emissions so it is safer for the environment. Because organic materials used to make biodiesel can be grown, the farmers are supported by a bigger demand and the dependency on oil can be decreased. These points alone should make biodiesel a very great looking alternative fuel.
Biodiesel is currently being used more and more in all types of applications. Many cities are switching city vehicles and other emergency vehicles to use biodiesel as fuel source, thus decreasing cost and lowering pollution. Some gas stations already offer B20, a blend of biodiesel and 80% petrodiesel, that can be used in most diesel vehicles effectively and safely. Biodiesel can currently be used in most newer diesel engines without the need for major modifications or overhaul of the engine. This allows a quicker onset into the public than other fuel solutions. The abundance of many diesel fueled applications allows biodiesel to be used immediately to help cut costs and help the environment as well. Everything from cars, farm vehicles, generators, and a lot of other machines already can utilize biodiesel.
The future of biodiesel as a major energy source is definitely a great possibility. With more research on ways on developing and better utilizing biodiesel, it’s applications will greatly increase. Imagine being able to take cooking oil after frying something up, adding an additive to remove the smell and being able to use that waste oil as fuel for diesel engines. This can be the future of biodiesel and many restaurants that use a lot of frying oil can use this oil to fuel other appliances as diesel furnaces. The future of biodiesel as a major fuel source really depends on the fact that it is highly renewable and the great efficiency possible.
With the future of energy solutions still up for grabs, biodiesel will definitely be a contender. The emergence of new technology and the need to break the bonds developed from oil use will definitely push biodiesel usage up.
Jason Smith is the editor of PoweredGenerators.com, which provides consumer reviews, how-to’s, and uses for home and business power generators.
Article Source:
http://EzineArticles.com/?expert=Jason_Smith