Courtesy: Shutterstock
India is the second largest emitter of methane in the world. But methane-cracking has enormous economic potential. It can help India become a high-technology manufacturing powerhouse by producing a steady supply of methane-derived, advanced carbon materials and hydrogen-energized transportation
Courtesy: thinkprogress.org
Earth Day, which fell on April 22, is an apt time to take stock of carbon emissions. This infographic offers a comparative look at two countries and what their carbon emissions convey about their approach to carbon mitigation
Courtesy: Gateway House & CIGI
The use of climate intervention technologies has not taken into sufficient account the social dimensions of climate intervention research, which includes citizen participation and pooling of knowledge resources. To fill this lacuna, Canada and India can examine what participation in climate intervention research means in the context of an African country to be able to evolve a more international view; urge both countries to conduct national policy discussions on climate intervention research; and increase public awareness of climate intervention technologies
Courtesy: Gateway House & CIGI
The use of terrestrial geoengineering techniques, such as carbon capture, is necessary to keep the rise in global temperatures below 1.5 degrees Celsius, as per the Paris Agreement’s targets. Terrestrial geoengineering is different from atmospheric climate engineering: the latter does not remove the very source of the increased greenhouse effect, which are anthropogenic greenhouse gases. India and Canada must collaborate on carbon capture and propose multilateral regulations for unethical atmospheric climate engineering
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In a policy brief for the Russian International Affairs Council, Vasily Shikin and Amit Bhandari examine the existing energy partnership between India-Russia, evaluate the potential of new collaboration formats, and develop specific recommendations for enhancing cooperation.
Courtesy: Wind Power Monthly
Improvements in wind energy technology can not only benefit India’s energy profile, but also enhance relations with neighbouring countries
Courtesy: Gateway House
Trends in technology, geopolitics and geoeconomics have dramatically transformed the global energy scenario in the last two years. This means favourable conditions for import-dependent India, which must use the opportunities available to reduce its vulnerability to high energy prices. The jump in oil prices past the $60 mark suggests that India must act with alacrity. India’s Energy Footprint Map offers a profile of India’s global trade and investment in energy, and indicates what India can do to access cheap and reliable supplies
Courtesy: Wikipedia
After the recent WTO ruling against India on the issue of local content of solar panels, India must revise its renewable energy strategy in favour of wind power. Instead of imported solar panels, India’s renewable capacities can use locally-manufactured windmills.
Courtesy: Wikipedia
The WTO judgment on the India-U.S. dispute on solar panels shows how rules across different international regimes – climate change, trade and nuclear power – favor the countries which set those rules. India must deepen its participation in such multilateral fora to protect its interests.
Courtesy: Wikipedia
Village-scale solar powered minigrids are the most promising path for India to meet its linked aims of GDP growth and access to electricity for all. The Ministry of New and Renewable Energy is already active on this front, but a comprehensive and standardised national minigrid policy that facilitates private sector involvement and eases financing, will allow this model to flourish