Is Biomass a Practical Source of Energy?

Any organic material that is composed of plants and animals including parts of plants, flesh of animals or excretions is called biomass. This is a type of energy that can be utilized as a fuel that is known as biofuel.

When referring to biomass, people usually talk about material coming from living organisms that has recently decayed or died. Fossil fuels are also considered as biomass since it is a decayed matter of ancient plants and animals.

New technology considers biofuel as a source of energy that is useful in the future to ease the problem of energy supply, although the mankind had already been using biofuel since before it is named as biofuel. Biofuel can be manifested in the food that we are eating every day. People during the ancient times have already been using plant material such as wood wax and whale oil as fuel in order to produce heat and light.

Advance technologies had given us the opportunity to utilize biomass in making other biofuels. Biomass can be used to run electric generators or can be converted into methane, alcohol or biodiesel to power or run our cars. However, much energy is needed in these processes of conversion of biomass to new forms of energy. Due to this fact, biofuels cannot be regarded as a practical source to use since it is costly.

One form of biofuel that stands to be effective, efficient and practical is the biofuel that people have been using since earliest times. Direct heating is one of the ways in burning biomass and is still considered as the most efficient way.

We can use biomass in heating our homes or buildings rather than trying to use it to run our cars. Other people may think that firewood is not practical to use, however pellets that came from wood may be practical and burning pellets is the most practical way.

Using biomass as a renewable energy through heating with wood or other pellets is practical and cost-effective and another advantage is that the technology and systems of distribution are readily available.

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Reducing Carbon Footprint in Farming – Bio Fuel

If you want to reduce the carbon footprint of your farm, then consider making the switch to bio fuel. Because they are derived from renewable organic materials that are found in abundance, bio fuels like biodiesel are a far more environmentally friendly way of running tractors and other farm equipment.

What are Bio Fuels?

Fuels like biodiesel are derived from organic materials that are readily available and can be grown as needed to meet increasing demand. Best of all, scientists have found a wide variety of plants and other organic materials that are suitable for use. For example, common crops such as coleseed, oil palms, peanuts, sunflowers and soybeans all have a naturally high vegetable oil content that makes them ideal for bio fuel production.

But these aren’t the only potential source of organic material for these fuels. Scientists are also researching the possibility of using algae for large scale bio fuel production. Not only does algae have the potential to yield far greater quantities of oil than traditional crops, but it can also be grown in harsh environments such as sewage treatment plants where it grows on (and consumes) unwanted waste. Growing algae in this way also means that valuable farmland would not have to be used for production.

Benefits of Using Biodiesel on the Farm

The primary benefit of use on the farm is that they reduce the carbon footprint of vehicles such as tractors. This is possible because biodiesel burns much cleaner and more completely in combustion engines than those derived from fossil fuels. This means that they have no negative impact on the carbon cycle because they only release the carbon dioxide that the plant absorbed while it was growing. This is in stark contrast to fossil fuels which pollute the air and increase greenhouse gases, which contributes to global warming.

Biodiesel also has another key benefit over fossil fuels. Because they are biodegradable and non-toxic, they also reduce wear and tear on engines in tractors and other equipment found on the farm. This means less tractor service and maintenance over the life of the vehicle, which ultimately reduces the cost of ownership.

Reduce Your Farm’s Carbon Footprint Today

Going “green” on your farm isn’t difficult. One quick and easy way to begin reducing the carbon footprint of your farm is to simply make the switch to biodiesel. Not only is it cheaper than regular diesel, but it will also extend the life of your tractor and other farm equipment, all while helping to save the environment.

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Biodiesel Update – Feb. 2012 – Utah Biodiesel Supply

Biodiesel Update from Utah Biodiesel Supply on wvo prices, fuel prices, and RINS. We also introduce some new products. Utah Biodiesel Supply: www.utahbio.com Stainless Suction Filters www.utahbiodieselsupply.com Stainless Drum Filters: www.utahbiodieselsupply.com Stainless Tote Filters www.utahbiodieselsupply.com WVO Prices: www.ams.usda.gov RIN Prices & Biodiesel Prices: www.biofuelsconnect.com Getting Started Article: www.utahbiodieselsupply.com Biodiesel Tutorial DVD: www.utahbiodieselsupply.com Biodiesel Tutorial Articles: www.utahbiodieselsupply.com

Lion’s Mane (Hericium Erinaceus) 8oz.-Organic Mushroom Powder-Myceliated Biomass

Bio Fuels Facts

  • Promotes white blood cell health
  • Helps to lower cholesterol
  • Anti-inflammatory
  • Digestive health

The lion’s mane mushroom in traditional Chinese medicine has been used for issues with the stomach and the digestive tract. It has been linked to having positive implications towards reducing cholesterol levels and inflammation.

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The Final Product Of Biomass Energy

Utilization of biomass as an alternative energy source has attracted people to promote its use. This is caused by a decline in fossil energy reserves. This is a dangerous point for energy security in the last decade.

To avoid future energy crises, they began to increase use of renewable energy sources such as biomass. More than that, the use of fossil fuels increases the concentration of sulfur and greenhouse gases in nature.

Governments in various countries around the world have adopted policies favorable to the use of biomass as an energy alternative. So that industry players will get a subsidy from the government.

Biomass can be used as energy with a wide variation. Utilization of biomass produces electricity, heat for industrial facilities, home heating and fuels vehicle.

Conversion of biomass for energy is called bio-energy. This conversion can be achieved with some solutions that thermochemical and biochemical technologies. Thermochemical process is divided into three technology solutions are combustion, gasification and pyrolysis.

To understand the meaning of each Technology solution, we can learn from the final product On combustion, have the final product steam, process heat and electricity energy. Each has its own type of function. Steam can be used to drive steam engines, while the heat can be used for processing in the chemical industries.

The final products of electric can be used more flexibly. This product of gasification is the steam, the process of heat, electrical energy and methane gas fuel and hydrogen. Methane and hydrogen can be used as a fuel cell system. This system is increasingly popular as the technology of the future.

Pyrolysis technology solutions, has the final product is charcoal, coal and bio-gas fuel. Charcoal and bio-coal can be an analogy as coal but more environmentally friendly. This is because emissions from the production of bio-coal and charcoal lower than coal. Biochemical process produces anaerobic digestion the technology solution. This technology has the final product of ethanol, water for irrigation, compost and biogas.

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