Close
Nominations open for CSP Today India awards 2013
The inaugural CSP Today India awards ceremony takes place on March 12, and CSP developers, EPCs, suppliers and technology providers can now be nominated.
CSP has made tremendous progress since the announcement of the Jawaharlal Nehru National Solar Mission in 2010. With Phase I projects now drawing closer to completion, the first milestone in India's CSP learning curve is drawing closer. CSP Today has chosen the next CSP Today India conference (12-13 March, New Delhi) as the time for the industry to reflect upon its progress and celebrate its first achievements.
At the awards ceremony, industry leaders will be recognized for their achievements in one of 4 categories: CSP India Developer Award, CSP India Engineering Performance Award, CSP India Technology and Supplier Award, and the prestigious CSP India Personality of the Year.
Matt Carr, Global Events Director at CSP Today, said at the opening of nominations that “CSP Today are excited to launch these esteemed awards, which will enhance the reputation of their recipients. I am particularly excited to launch the CSP India Personality of the Year award, a distinguished honor for the industry figure deemed worthy by their peers."
All eyes will be on the CSP Today India 2013 Awards when nomination entry closes on March 4 and the finalists are announced on March 11.
The awards are open to all industry stakeholders to nominate until March 4 at
http://www.csptoday.com/india/awards-index.php or by e-mail to awards@csptoday.com
Contact:
Matt Carr
+44 (0) 20 7375 7248
matt@csptoday.com
TERI
Bookstore
The Amazon rain forest has long absorbed more carbon than it releases and has acted as a vital brake on climate change. An extensive study now suggests that it is losing its ability to suck up the excess carbon dioxide being emitted into the atmosphere by human activities. The main reason is the large-scale death of trees in the rain forest. Mortality rates of trees in the region have increased by more than a third since the mid-1980s. As a result, the amount of new carbon stored each year–in the form of growing tree stems, new leaves, roots, and organic matter in the soil–is diminishing, the study says.