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Spotlight Interview: Dr. Gerhard Prante, Advisory Board Member ...

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<strong>Spotlight</strong> <strong>Interview</strong>: <strong>Dr</strong>. <strong>Gerhard</strong> <strong>Prante</strong>, <strong>Advisory</strong><br />

<strong>Board</strong> <strong>Member</strong>, Lincoln International<br />

<strong>Dr</strong>. <strong>Gerhard</strong> <strong>Prante</strong><br />

joined the advisory<br />

board of Lincoln International<br />

Germany in<br />

2003. <strong>Dr</strong>. <strong>Prante</strong> was<br />

previously CEO of<br />

AgrEvo, a Joint Venture<br />

between Hoechst<br />

and Schering, and<br />

Deputy CEO of<br />

Aventis CropScience, which was formed<br />

through the merger of AgrEvo and Rhône-<br />

Poulenc Agro. During his time at Aventis<br />

CropScience he was responsible for the<br />

sale of the company to Bayer AG for a consideration<br />

of Euro 6.9bn. Today, Bayer<br />

CropScience generates revenues of Euro<br />

5.9bn and realizes an EBITDA-margin of<br />

22%.<br />

What do you think are the overweighing<br />

trends in the Agrochem and Crop-<br />

Science industry?<br />

The global market for chemical crop protection<br />

products is today the most significant<br />

part of the crop science market with a total<br />

value of approximately $50 billion. Over the<br />

last ten years, biotechnology has been the<br />

catalyst for the development of this market.<br />

New traits in crops such as soybean, corn,<br />

cotton and oil seed rape/canola, have had<br />

a significant influence on the chemical crop<br />

protection market. Glyphosate for example,<br />

can be used today as a selective herbicide<br />

in soybeans due to the genetically induced<br />

tolerance. The herbicide tolerance trait is<br />

also available in cotton, corn and canola. In<br />

the first two a genetically induced insect<br />

resistance trait is available in biotech varieties<br />

as well.<br />

What consequences do you see deriving<br />

from these trends?<br />

These biotech crops have already and will<br />

continue to have an influence on the herbicides<br />

used by the farmers, which will hence<br />

lead to a change of portfolio in the herbicide<br />

market. The insect resistance in cotton and<br />

corn partly substitutes the use of chemical<br />

insecticides. In 2005, biotech crops were<br />

“The biotech crops and in particular<br />

the crop protection input traits will<br />

continue to grow at a rate of 8% to<br />

10% p.a. over the next ten years.”<br />

planted on approx. 90 million hectares<br />

globally. The result of the acreage growth<br />

of the biotech crops during the last 10<br />

years has been more or less stagnating<br />

chemical crop protection consumption. The<br />

biotech crops and in particular the crop<br />

protection input traits will continue to grow<br />

at a rate of 8% to 10% p.a. over the next<br />

ten years. For those market participants<br />

with a primary focus on the chemical crop<br />

protection portfolio, R&D and cost efficiency<br />

will be decisive for their competitive<br />

position and growth potential. Generic companies<br />

on the other hand will potentially<br />

enjoy more growth in the future because a<br />

number of products that recently came off<br />

patent have very high technology standards,<br />

which cannot easily be surpassed<br />

by new molecules with the same economical<br />

value for the customers.<br />

Monsanto just recently announced earnings<br />

of $334 million for Q3/06 compared<br />

to $47 million for the same period of last<br />

fiscal year. Were you surprised by this<br />

significant increase in earnings?<br />

No, this did not come as a big surprise to<br />

me. The reason is that Monsanto undertook<br />

major acquisitions in 2004 and 2005,<br />

e.g. the global market leader in vegetable<br />

seeds, Seminis, Inc. Moreover, Monsanto<br />

is the unrivalled market leader in biotech<br />

crops. Biotech crops offer two income<br />

streams, one based on the traits and the<br />

second based on the performance of the<br />

genetics. Monsanto is now harvesting the<br />

result of some twenty years of consequent<br />

investment in biotech and genetics. As<br />

mentioned earlier, biotechnology is the<br />

catalyst in forming the plant science industry.<br />

This industry has three innovation platforms,<br />

namely chemistry, biotechnology<br />

and plant genetics. The driver for innovation<br />

in this industry today is plant genetics,<br />

which employs the results of biotechnology<br />

in its breeding process.<br />

What needs do you see for plant science<br />

companies in terms of external<br />

growth opportunities?<br />

The reality of today is the existence of an<br />

approx. $50 billion crop science market.<br />

Hence the R&D-based companies will only<br />

have the chance to participate in the growth<br />

driven by the crop protection input traits<br />

and the genetics if they have the assets<br />

and the abilities to use all three innovation<br />

platforms for new innovative products for<br />

the farming industry. On the other hand,<br />

those companies with a focus on chemical<br />

crop protection products can only generate<br />

growth if they have a very strong R&D pipeline<br />

and at the same time are very cost<br />

efficient. As a result we can expect further<br />

consolidation among R&D-based companies<br />

and further acquisition activities of the<br />

generic companies. Likewise, further consolidation<br />

in the biotech as well as the seed<br />

industry will occur. One recent example is<br />

the acquisition of CropDesign by BASF and<br />

the seed acquisitions of Syngenta and<br />

Monsanto during the past 24 months.<br />

<strong>Dr</strong>. <strong>Prante</strong>, you joined Lincoln International’s<br />

<strong>Advisory</strong> <strong>Board</strong> in Germany in<br />

2003. What makes this activity interesting<br />

for you?<br />

I spent all my professional life in the chemicals<br />

and agricultural industry, including crop<br />

protection, animal health, biotech and<br />

seeds. During my time as CEO of AgrEvo<br />

and deputy CEO of Aventis CropScience, I<br />

worked together with investment banks in a<br />

number of M&A-Transactions. Thus, I believe<br />

I have a good understanding for what<br />

clients expect from their advisors. I always<br />

had a preference for those advisors who<br />

have a solid understanding of my industry<br />

based on practical experience. The prospect<br />

of working with a dynamic team of<br />

excellent M&A bankers at Lincoln International,<br />

combining senior operational experience<br />

and industry knowledge with outstanding<br />

transaction know-how, is an exceptionally<br />

attractive one.<br />

4 Lincoln International DEALREADER Chemicals Q2 2006

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