conference
series LLC Ltd
6
th
World Congress on
Climate Change and Global Warming
April 24-25, 2019 | Vancouver, Canada
Find More Information @
https://climate.conferenceseries.comApril 2019 Conference Series LLC Ltd
16
Renewable carbon: An
active path to improve
global carbon footprint:
Advanced carbon
materials
E
mission reduction is not
an option but a necessity
for human existence. Last 5
decades are dominated by the
materials innovation and their
rapid commercialization without
a properly regulated accounting
for human and environmental
damages. With recent
breakthroughs in discovering
new attributes of biological and
renewable materials there is a
new trend to shape up our future
with a much safer and business
friendly advanced materials.
Organic carbon is abundant in
nature. When latest discoveries
in graphene and graphitic
carbon materials opened a new
domain of advanced materials,
resourcing this carbon from
abundant natural residues
making a significant roadway for
their broader usage in a wide
span of sectors ranging from
transportation to construction
to biomedicals and electronics.
This paper will highlight the
global availability of renewable
carbon and their functional
application by combining with the
highly controversial greenhouse
gas (CO
2
) to obtain materials
that could potentially replace
construction materials such as
steel and concrete, transportation
industry’s requirement of greener
energy and lighter body and
biocompatible devices and drug
delivery systems.
Biography
Mohini M Sain is the founding director of the
Centre for Biocomposites and Biomaterials
Processing at University of Toronto: A highly
cited author on advanced renewables materials
and CO
2
derived materials.
m.sain@utoronto.caMohini M Sain
University of Toronto, Canada
JOURNAL OF EARTH SCIENCE & CLIMATIC CHANGE, 2019 VOLUME 10 | DOI: 10.4172/2157-7617-C1-055
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