Catalyst
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Responsible Care ®<br />
By Luc Robitaille,<br />
CLIMATE CHANGE AND<br />
CHEMISTRY-BASED<br />
SOLUTIONS<br />
Vice-President, Responsible Care ® <strong>Catalyst</strong> WINTER 2016 • 11<br />
MANY WONDERED WHAT role industry played<br />
at the Conference of All Parties (COP21) in<br />
Paris last December, as governments from<br />
more than 140 countries worked, under the<br />
watchful eyes of environmental groups,<br />
towards an agreement to limit the global<br />
impact of climate change.<br />
Industry accounts for nearly four<br />
per cent of all man-made greenhouse gas<br />
(GHG) emissions globally. And many sectors,<br />
like the chemistry industry, are committed<br />
to being a part of the solution to the<br />
climate change challenge.<br />
In Paris, 84 global companies publicly<br />
committed to developing low carbon<br />
action plans through the Low Carbon<br />
Technology Partnerships Initiative 1 . This<br />
initiative provides a collaborative platform<br />
to identify technologies and solutions<br />
to help limit global warming to no<br />
more than 2°C relative to pre-industrial<br />
levels. Several Responsible Care® Global<br />
Charter signatory chemistry producers<br />
such as DuPont, Evonik and Shell participated<br />
in this effort. Chemicals are<br />
one of the eight programs already active<br />
under this Initiative, along with programs<br />
in energy efficiency in the building<br />
sector, carbon capture and storage,<br />
and renewables.<br />
Chemicals are used in sectors such<br />
as health, agriculture, construction, and<br />
transportation where, through continuous<br />
innovation, they contribute to the development<br />
of more sustainable products and significant<br />
emissions reductions.<br />
Construction<br />
Buildings are a significant and growing<br />
contributor to GHG emissions. It<br />
is also where chemistry helps reduce<br />
environmental impact: in construction<br />
and operation. Advanced materials are<br />
continuously being developed to improve<br />
building insulation; to develop zero-waste<br />
building materials; to improve production<br />
and storage of renewable energy;<br />
and to help conserve water. In addition,<br />
technological advances in energy efficient<br />
lighting, window films, air conditioning<br />
coolants, piping for heat recovery<br />
and reflecting paints ensure a more sustainable<br />
structure.<br />
Transportation<br />
Global GHG emissions from the transportation<br />
sector continue to rise as vehicle<br />
ownership becomes more affordable in<br />
developing countries. Today’s chemistry<br />
contributes to a more sustainable<br />
automotive sector through a wide range<br />
of applications—lightweight plastics and<br />
composite materials, reduced rolling<br />
resistance tires, lubricants reducing friction<br />
losses, emission controls, biofuels and<br />
fuel cells, and the growing use of recyclable<br />
materials—resulting in increased fuel consumption<br />
efficiency. Vehicles are becoming<br />
more energy efficient without sacrificing<br />
safety or comfort.<br />
Food<br />
Today, more than a third of all food<br />
produced is wasted. Not only does this<br />
have an impact on human health but it also<br />
results in unsustainable environmental<br />
pressure and in resource and water losses.