·
Distributed generation – Because biomass is available in almost
all places, and especially in rural areas, and more important, as gasification
based power production can be done on small scales (as low as 20 kW), this
process can be used for distributed generation of power as against the
centralized power production method followed today.
·
Base load power – Many renewable energy sources such as
solar and wind cannot be used for base load power generation due to their
intermittency and variability. Biomass based power generation, on the other
hand, can be used for base load power generation.
·
Suited for rural areas – Biomass based power is well suited to
remote villages with no access to grid but access to significant amounts of
biomass
·
Ability to have small, kW scale power production – Biomass gasification
based power production can be done at small scales – as small as 20 kW – unlike
other sources of power (say, nuclear) that require much larger scales. This
will ideally suit small villages that have only a few households.
·
Rural economic upliftment - Also the possibility of increasing the
prosperity of rural areas especially if dedicated energy crops become common
for biomass based power production – Currently, most biomass based power
production uses waste biomass such as agro waste and waste from agro processing
units. However a trend is emerging in which companies are exploring the use of
dedicated energy crops for biomass power production. This has the twin benefits
of a more reliable biomass supply chain and at the same time providing the much
needed employment for the rural masses. Given that a 1 MW biomass based power
generation could require biomass growth in over 150 hectares, the opportunities
for rural employment are indeed significant.
·
Carbon neutral - Biomass power results in no new net GHG emissions as it is
part of the carbon cycle. Unlike coal and other forms of fossil fuel which have
been buried millions of years ago and burning them adds to carbon in the
atmosphere, whereas biomass energy generation results in no new carbon emission
or pollution
·
Efficient utilization of renewable biological sources - Biomass power is an
efficient process which results in the use of mostly animal and crop wastes
which would be converted into carbon dioxide anyway.
·
Large variety of feedstock – Biomass power can use a large variety
of feedstock such as wood pellets, rice husk, bagasse etc.
·
Reduces methane, a major GHG gas – Decomposition of organic matter
releases methane. Capturing this methane yields energy while protecting the
atmosphere. The animal industry and landfills produce significant amounts of
methane.
·
Low Cost Resource – Biomass power can be produced
economically, at costs competitive to grid power, if there is a good
availability of feedstock.
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