Download - Evonik Industries
Download - Evonik Industries
Download - Evonik Industries
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
8 InteRVIeW<br />
333 product in a desired grade. Plasticizer<br />
alcohol viscosity, for instance, is a key application<br />
engineering parameter that’s essentially<br />
influenced through<br />
catalyst selectivity.<br />
What we’ve just talked about are<br />
mid-range goals. We’re also thinking<br />
more long-term. One such project involves<br />
revisiting the old dogma that only<br />
rhodium and cobalt can efficiently catalyze<br />
the hydroformylation. Our exploratory<br />
work at LIKAT shows that palladium<br />
and iridium present an heretofore<br />
untapped potential for carbonylation<br />
reactions. Together with LIKAT and the<br />
work group under Prof. Arno Behr at<br />
the Technical University of Dortmund,<br />
an additional partner in the scope of the<br />
Proforming Project funded by the BMBF<br />
(Federal Ministry of Education and Research),<br />
we intend to find out what that<br />
potential is and how to realize it.<br />
Beller: The idea is to provide the various<br />
<strong>Evonik</strong> business units with fundamental<br />
innovations in homogenous and<br />
heterogeneous catalysis. This will in<br />
turn spark concrete bilateral projects,<br />
which <strong>Evonik</strong> could then scale up industrially.<br />
who’ll be doing what? Is evonik’s role<br />
limited to providing the funding?<br />
Beller: That’s definitely not the case<br />
here. Funding is important and it can<br />
accelerate research projects, but it’s no<br />
guarantee for success. Success comes<br />
from working together and from intensive<br />
exchange with academic research.<br />
Buchholz: The sheer diversity of<br />
demands placed on the catalysts to be<br />
developed makes abundantly clear that<br />
only a broadly based, methodical approach<br />
has the greater chances of success. The<br />
compelling advantage is that <strong>Evonik</strong><br />
brings decades of accumulated experience<br />
and expertise in production to the<br />
table, while LIKAT contributes the latest<br />
findings from basic research. These two<br />
complementary perspectives are not<br />
only im portant in driving current proj-<br />
elements39 Issue 2|2012<br />
ects towards a successful outcome,<br />
but also create a steady source of new<br />
research topics.<br />
what benefits can LIKAt derive from the<br />
partnership?<br />
Beller: The Leibniz Institute for Catalysis<br />
is one of the world’s largest public<br />
research facilities in the area of applied<br />
catalysis. Complementing the research<br />
work at German universities and Max<br />
Planck Institutes, LIKAT’s declared goal<br />
is to help translate basic research findings<br />
into industrial applications. Yet this<br />
can only be achieved in cooperation<br />
with partners from industry. Or put differently:<br />
We definitely share in the success<br />
of technical solutions arrived at<br />
jointly in the lab.<br />
And what’s in it for evonik?<br />
Buchholz: The longstanding, broadly<br />
based cooperation with LIKAT has<br />
played a major role in systematically<br />
securing and expanding our technological<br />
edge in the area of hydroformylation<br />
but also in telomerization. Besides the<br />
concrete research findings, we also<br />
value the dialogue with Mr. Beller, an<br />
internationally recognized and leading<br />
catalysis researcher, and with Prof.<br />
Armin Börner as very inspiring—and that<br />
greatly stimulates our internal development<br />
work.<br />
Here, personal exchange is key—even<br />
with all the advanced communication<br />
tools and methods available today, it is<br />
still indispensable to the creative process.<br />
That’s why we not only have project<br />
leaders talking with each other, but<br />
also the people in the team—the group<br />
heads and doctoral candidates at LIKAT,<br />
and the researchers at <strong>Evonik</strong>. This pro ximity<br />
gives PhD candidates insights into<br />
industrial research, and it helps them<br />
prepare for their career. Several doc -<br />
to ral candidates appreciated this aspect<br />
to the extent that they signed on with<br />
<strong>Evonik</strong>. The ability to interact with<br />
future colleagues in a workplace set -<br />
t ing is an invaluable advantage, too.<br />
Besides, it is also the best way to spread<br />
the knowledge gained as a team effort<br />
throughout the company.<br />
what are the cons, if any, of such a<br />
research partnership?<br />
Beller: Compared to, say, a project<br />
funded by the German research community,<br />
academic freedom does have to<br />
operate within a more defined framework<br />
in this type of cooperation. As a<br />
researcher, one might view this as a constraint,<br />
but the way I see it, the benefits<br />
far outweigh any perceived disadvantages.<br />
Buchholz: The costs and the benefits—<br />
and the latter shouldn’t be construed as<br />
short-term profit optimization—have<br />
to be constantly weighed against each<br />
other. Of course, the need to be as open<br />
as possible to enable the partner to get<br />
fully involved sometimes conflicts with<br />
the need to respect the necessary obligations<br />
that come with intellectual property,<br />
and that is why it is so important<br />
to build trust. Trust, as our experience<br />
with LIKAT has shown, thrives especially<br />
well in a long-term partnership.<br />
You have been working together now for<br />
over ten years. How has the partnership<br />
evolved over time?<br />
Beller: In the beginning the cooperation<br />
between <strong>Evonik</strong> and my colleague Armin<br />
Börner in Rostock was focused on developing<br />
better hydroformylation catalysts<br />
for plasticizer alcohols. We essentially<br />
synthesized and catalytically tested new<br />
organometallic complexes and organic<br />
ligands for catalyst modification. This<br />
fell short of the goal to develop industrially<br />
viable and feasible systems, however.<br />
That’s why we expanded the scope<br />
to include mechanistic experiments,<br />
detailed catalyst studies, and structural<br />
activity tests. In 2009 our findings were<br />
implemented into practice in <strong>Evonik</strong>’s<br />
integrated C4 technology platform in<br />
Marl. Something we naturally found very<br />
gratifying.