PDF (10.9MB) - ThyssenKrupp AG
PDF (10.9MB) - ThyssenKrupp AG
PDF (10.9MB) - ThyssenKrupp AG
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Management report on the Group<br />
2.5 Management report on the Group Non-financial performance indicators<br />
The “cylinder head” project won<br />
second prize on the 2011 <strong>ThyssenKrupp</strong><br />
Innovation Contest.<br />
94 | 95<br />
and it is even possible to move the entire installation to a new location. The iwalk is particularly suitable for<br />
metro stations, railway stations, airports and exhibition centers – both as new installations and to upgrade<br />
existing systems. In addition the iwalk can be equipped with a new energy saving system which optimizes<br />
power consumption depending on passenger numbers without reducing operating speed. The new moving<br />
walk was awarded first prize in the 2011 <strong>ThyssenKrupp</strong> Innovation Contest.<br />
Cylinder head cover with integrated camshafts<br />
Second prize in this year’s Innovation Contest went to the development team behind a new cylinder head<br />
module with integrated camshafts. Our engineers and technicians used the proven Presta joining process for<br />
assembled camshafts to produce a complete cylinder head cover with integrated camshafts. This allows us<br />
to supply customers with a ready-to-install module rather than just individual camshafts. Modular designs<br />
with integrated camshafts were previously unavailable on the market. We have already received the first<br />
production order. As well as reducing costs for cylinder head machining, our solution is also easier to install.<br />
Integrating the individual, finish-machined camshaft parts in the cylinder head cover makes it possible to<br />
dispense with bearing caps. This results in improved hydrodynamics, and antifriction bearings can be<br />
integrated simply and without deformation.<br />
Bio-based plastics made from succinic acid<br />
In order to make sustainable use of resources we need to explore new ways of utilizing renewable raw<br />
materials. Since 2006 we have been developing biotechnology processes to produce plastics from<br />
renewable raw materials. One focus of the chemical industry has been the use of succinic acid as a raw<br />
material for bio-based plastics. In collaboration with a US company we have now developed a production<br />
process for this. Following successful trials on a pilot plant in Mexico, the world’s first industrial-scale<br />
biotechnology succinic acid plant is now being built in Louisiana/USA. Start-up is scheduled for late 2012.<br />
Increasingly efficient gearless conveyor systems<br />
With demands on conveyor systems for open pit mines rising all the time, conventional gear units are<br />
reaching their limits. Ever greater mining depths and increasing volumes call for longer, steeper and more<br />
powerful belt conveyors. For one of our customers we have now developed a gearless drive station for a<br />
6.5 km conveyor system. <strong>ThyssenKrupp</strong> is the world’s only supplier of conveyors with such high-power<br />
direct drives. They offer great dependability, low-cost maintenance and high energy efficiency. In future<br />
development projects we will standardize the drive stations, modularize them and further optimize their<br />
design.<br />
More than €500 million for research and development<br />
In 2010/2011 we spent €524 million on product, process and service innovations. Of this, research and<br />
development costs of €188 million were expensed immediately, €39 million was amortization of<br />
development costs capitalized in previous years, and €297 million was for order-related development costs.<br />
Expenditure for research and development was thus 19% higher than a year earlier, with particular increases<br />
in order-related development in the areas of “Mechanical” and “Plant”.