+1 - Solvay
+1 - Solvay
+1 - Solvay
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52<br />
With a wealth of<br />
experience acquired in<br />
recent years, the NBD<br />
activity is organized<br />
into strategy platforms,<br />
each grouping<br />
programmes around<br />
a particular theme.<br />
Two initial platforms, Organic<br />
Electronics and Renewable<br />
Energies, combined in the<br />
framework of the same “Future<br />
Businesses” entity, have continued<br />
to advance in 2007 with the help<br />
of both internal competences<br />
and supplementary outside<br />
partnerships.<br />
To strengthen the Group’s<br />
presence in high-value-added<br />
markets, in which innovation is<br />
stimulated by major scientific and<br />
technological advances, a new<br />
“Advanced Technologies” entity<br />
has been created, assigned the<br />
task of detecting and acquiring<br />
technological know-how that is of<br />
potential interest to <strong>Solvay</strong>, and<br />
with synthesizing, developing,<br />
disseminating and promoting<br />
corresponding expertise within the<br />
Group. Nanotechnologies are the<br />
first expert area to be examined.<br />
The Organic<br />
Electronics platform<br />
Work carried out in previous years<br />
has enabled us to clarify which<br />
fields offer particular potential for<br />
the Group.<br />
Three key applications have been<br />
selected:<br />
• OLEDs (Organic Light Emitting<br />
Diodes) for flat-screen displays<br />
and for lighting from flexible light<br />
sources;<br />
• Third-generation (organic)<br />
photovoltaic cells, produced<br />
economically, in a continuous<br />
process, on flexible supports<br />
using printing technologies;<br />
• printed electronics, for example<br />
for radio frequency identification<br />
(RFID) systems.<br />
New agreements were signed<br />
in 2007 in addition to our earlier<br />
ones with the Center for Organic<br />
Photonics and Electronics<br />
(COPE) of the Georgia Institute of<br />
Technology in Atlanta, USA, and<br />
with the Pangaea Ventures Fund II<br />
in Vancouver (Canada):<br />
• a USD 10 million investment in<br />
Plextronics Inc. of Pittsburgh,<br />
PA (USA). Plextronics specializes<br />
in developing and marketing<br />
polymer-based technologies for<br />
printed electronics applications<br />
like screens and lighting, solar<br />
cells or “intelligent” labels for<br />
radio frequency identification;<br />
• an agreement with Thin Film<br />
Electronics ASA, a Norwegian<br />
company based in Oslo, for<br />
the joint development and<br />
production of printable electronic<br />
components like ferroelectric<br />
polymers for use in printed<br />
electronic memories.<br />
The Renewable<br />
Energies platform:<br />
the energies of<br />
tomorrow<br />
As well as organic photovoltaic<br />
compounds, programs are devoted<br />
to the development of hydrogen<br />
as a clean energy medium. Two<br />
applications are being targeted,<br />
both relating to fuel cells:<br />
• materials and components for<br />
manufacturing fuel cells;<br />
• hydrogen storage solutions.<br />
Thanks to our expertise in specialty<br />
polymers, agreements have been<br />
concluded in previous years for<br />
the first part. In the membranes<br />
field, we are collaborating with<br />
CMR Fuel Cells Ltd at Cambridge<br />
(UK) to develop high-performance<br />
porous membranes for use in their<br />
own systems. MEA (Membrane<br />
Electrode Assembly) systems,<br />
which represent the heart of fuel<br />
cells, are in turn developed by<br />
SolviCore, a 50/50 joint enterprise<br />
between <strong>Solvay</strong> and Umicore,<br />
created in 2006 and based at<br />
Hanau (Germany).<br />
SolviCore and Michelin in turn<br />
joined forces to develop the fuel cell<br />
system of the HyLight 2 concept<br />
vehicle designed by Michelin<br />
and presented at the Challenge<br />
Bibendum at Shanghai in<br />
November 2007.<br />
There are collaborations both in<br />
the auto industry and in other<br />
market segments (such as portable<br />
electronics and small power units).<br />
In August 2007, <strong>Solvay</strong> invested<br />
jointly with the Conduit Ventures<br />
fund (UK) in the Amminex A/S<br />
company at Lyngby (Denmark).<br />
Amminex A/S is developing<br />
compact, reliable technical solutions<br />
for storing hydrogen, the fuel for<br />
fuel cells.<br />
For both platforms, the Group<br />
is pursuing its development by<br />
seeking agreements with or<br />
investing in specialist firms in order<br />
to gain a view of the most promising<br />
developments for scaling up to<br />
industrial production levels, and<br />
to better guide its own internal<br />
research and innovation efforts.<br />
Nanotechnologies<br />
These technologies for structuring<br />
the extremely small have already<br />
been the subject of extensive<br />
research in the Group, at times<br />
leading already to specific products.<br />
Examples include the development<br />
and marketing of nanostructured<br />
fluorinated polymers and the launch<br />
of NanoLipanthyl, a new formulation<br />
of an existing drug that facilitates<br />
absorption.<br />
The five award-winning projects<br />
at the <strong>Solvay</strong> Science Days<br />
<strong>Solvay</strong> Global Annual Report 2007