BIODIESEL BENEFITS –
WHY USE BIODIESEL?
The smartest technologies deliver benefits to multiple
interests, including improved economy, and a positive impact on the environment
and governmental policies.
The role of the biodiesel industry is not to replace
petroleum diesel, but to help create a balanced energy policy with the most
benefit to the United States. Biodiesel is one of several alternative fuels
designed to extend the usefulness of petroleum, and the longevity and
cleanliness of diesel engines.
The ultimate goal is to contribute to building a
stronger, more self-sufficient community by way of a community-based biodiesel
production model.
A community-based bio diesel distribution program benefits
local economies, from the farmers growing the feedstock to local businesses
producing and distributing the fuel to the end consumer. The money stays in the
community while reducing impact on the local environment and increasing energy
security.
Benefits of Biodiesel
Easy To Use No
vehicle modifications or special fuelling equipment — just pump and go.
Power, Performance and Economy Proven
performance and economy make biodiesel a renewable winner.
Emissions & Greenhouse Gas
Reduction With lower exhaust emissions biodiesel is helping
to reduce pollution and improve health. Lower CO2 emissions help reduce the
impacts of global warming.
Energy Balance & Security Biodiesel
production and use at home, biodiesel helps reduce the need for foreign oil.
Toxicity, Biodegradability,
Safety & Recycling Less toxic than table salt, biodiesel has minimal
environmental impact. With a high flash point, biodiesel is safer to handle and
store than petroleum diesel. When made from used oils and fats, biodiesel helps
ensure proper recycling of former waste products.
Economic Development Biodiesel
helps communities by keeping energy dollars at home.
Abstract
The search for sustainable,Alternative, and renewable
energy source has lead to increase in interest in biomass- based fuels
especially biodiesel. Biodiesel is being acknowledgement as one of the best
alternative sources of fuel because of its renewable, biodegradable and non
toxic nature.
Recently, Vegetable oils and animal fats have been used
for biodiesel production in many countries like China, Brazil, Japan,
Australia, Indonesia, Argentina, Malaysia, Italy, United
State of America, France, and Germany.However, the major
problem behind use of vegetables oils is sustainability because it directly
competes with human food thus inhibiting large-production.to meet the demand of
rapid growth of biodiesel production and therefore, other oil sources, in
particular microbial oils need to be explored.
Biodiesel production through Oleaginous
Yeast
Biodiesel is
sustainable alternative renewable energy .Moreover, some oleaginous yeast are
capable of synthesizing and accumulating high amount of neutral lipids,
especially in the form of triglycerides and small fraction of steryl
ester(SE)up to the 70% of biomass weight, which are stored in specialized
intercellular compartments known as lipid nofies.
A minor proportion of the total known yeast genera have
been reported as oleaginous as they are able to accumulate more than 25% of
lipids.
Process
Endotoxins and their duplication times are usually lower
than 1 hour in addition,oleaginious yeast accumulate lipids within a short of
time and grow well on large number of renewable
substrates, even inexpensive material, such as nutritional residues from
agriculture and industries, thus lowering the cost of oils.
Conclusion
Biodiesel is very good for economical points of view and
less toxic in nature, as yeast (OLEAGINOUS) are promising candidates
through biotechnological enhancement and
prepared genetically and are much less affects than plants by seasonal climatic
conditions. Their cultures are more easily scaled up than those of microalgae
and is devoid of endotoxins.
According to my in depth studies on Bio-diesel it is
scientifically prepared by grownup OLEAGINOUS
YEAST as they are able to accumulate more than 25% of lipids. The genera
which are considered as oleaginous and accumulate more than 65% of lipids are
called as Rhodosporidium,Rhodotorula.
With Regards
Dr R.B.Dubey
Guest Expert-UDDAN
Date:-21-10-2017
Time of Submission:-1:06 PM
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