Brochure Minerals & Mining (PDF, 25.2MB) - Thyssenkrupp
Brochure Minerals & Mining (PDF, 25.2MB) - Thyssenkrupp
Brochure Minerals & Mining (PDF, 25.2MB) - Thyssenkrupp
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Improving slewing bearings and rings<br />
Our aim is to constantly improve the quality of our<br />
slewing bearings and seamless rolled rings. In our<br />
own state-of-the-art research and development center,<br />
we test bearing designs under the toughest of<br />
conditions, research new products, and develop<br />
forward-looking solutions for practical applications.<br />
Knowledge and experience are combined with new<br />
ideas to deliver exactly the products our customers<br />
need.<br />
Enhancing the efficiency of machines<br />
and equipment<br />
Our development work in the materials handling<br />
field is focused on improving the efficiency and<br />
reducing the environmental impact of machinery<br />
and equipment. A new inclined conveyor system<br />
for deep surface mines sets new standards in this<br />
respect: It features two rope-driven skips that<br />
transport materials continuously from the bottom<br />
of the mine up the steep banks to the crusher<br />
station. This system eliminates the need for truck<br />
transportation and thus reduces CO 2 emissions.<br />
Capital, operating and labor costs are also lower.<br />
STRAIGHT UP<br />
Our skip conveyor is breaking new ground<br />
in deep surface mines with steep banks.<br />
It can transport ore or overburden from the<br />
bottom of the mine to the crusher station<br />
at the top, which means fewer trucks and<br />
significantly lower costs and CO 2 emissions.<br />
Optimizing plant design<br />
In the construction of plants for processing raw<br />
materials, we combine and focus our know-how to<br />
create new concepts for high availability and ecofriendly<br />
design, reducing energy requirements and<br />
emissions.<br />
In some cases, we test new plants and machinery<br />
on a smaller scale to save costs and time. In the<br />
area of pyroprocessing, for example, ores are examined<br />
under real conditions in a scaled-down rotary<br />
kiln using different preheater systems. This process<br />
delivers important parameters which are later used<br />
to optimize the design of the industrial-scale plant.<br />
Our ideas for the use of secondary raw materials to<br />
generate power set global standards. Using household<br />
waste or wood chippings conserves resources,<br />
reduces costs and maximizes plant efficiency.<br />
With our extensive materials database for ores, we<br />
give our customers a key knowledge edge that<br />
allows ores to be classified quickly and reliably and<br />
plants designed for optimum efficiency.<br />
Skip conveyor station at the bottom of the mine.