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How do the Plastics<br />
Sector’s activities<br />
respond to the challenges<br />
of sustainability?<br />
Some examples<br />
• stringent stability standards for<br />
high stability, long-life plastics,<br />
leading to economies of<br />
materials and hence resources;<br />
• weight reductions in<br />
transportation;<br />
• substitution of the most<br />
energy-consuming materials;<br />
• development of sophisticated<br />
applications that would be<br />
inconceivable without these<br />
new materials;<br />
• rainwater gathering and<br />
recycling;<br />
Dominique Marchand<br />
Senior Chemist<br />
• fuel systems offering<br />
recognized safety<br />
improvements, and which<br />
are more environmentally<br />
friendly (e.g. denoxification<br />
of diesel exhausts, superimpermeability<br />
against<br />
fugitive emissions,<br />
“flex-fuel” systems);<br />
• compliance with charters<br />
governing PVC production<br />
emissions, replacing cadmium<br />
and lead stabilizers as<br />
committed to by <strong>Solvay</strong> in the<br />
Vinyl 2010 Voluntary Accord;<br />
• the VINYLOOP ® process for<br />
PVC recycling (200 kt by 2015);<br />
• the VCM process using<br />
ethylene produced from<br />
cane sugar alcohol.<br />
Plastics Sector<br />
<strong>Solvay</strong> Global Annual Report 2007<br />
Plastics<br />
49<br />
Handling nanoparticles in a controlled humidity<br />
environment. Development of transparent,<br />
UV-resistant polysulfones.<br />
Photograph taken on February 14, 2008 at<br />
<strong>Solvay</strong> Neder-over-Heembeek, Belgium.