05.12.2012 Views

C Si Ni Cr V Ti Ta Sc Li Sr Zr Fe Cu Zn Sn B Al Ce U Mn Mo Nb Sb

C Si Ni Cr V Ti Ta Sc Li Sr Zr Fe Cu Zn Sn B Al Ce U Mn Mo Nb Sb

C Si Ni Cr V Ti Ta Sc Li Sr Zr Fe Cu Zn Sn B Al Ce U Mn Mo Nb Sb

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

The market prospects have improved substantially over the past twelve<br />

months. The division exited 2010 with an order backlog substantially<br />

higher than at the end of 2009. The improved 2010 order backlog and<br />

a positive book to bill ratio of 1.14x reinforce the positive developments<br />

in the market. Demand is expected to grow moderately in 2011.<br />

The Engineering Systems Division acquired an initial 30% stake in Dynatech Furnaces (Mumbai)<br />

Private Ltd, a provider of heat treatment furnaces, in order to gain entry into the Indian market.<br />

ESD will increase its ownership in Dynatech to 100% by 2015. The Dynatech investment, a key<br />

part of the division’s long term strategy, will enable the Engineering Systems Division to serve<br />

fast growing markets in India such as tool-steel, automotive, aerospace and nuclear industry. The<br />

division will also utilize Dynatech’s cost competitive production resources to produce certain heat<br />

treatment furnaces as well as provide local engineering and service support, which is a key factor<br />

for the Indian market.<br />

End Markets<br />

ESD’s principle products and services include vacuum furnace systems and operating facilities<br />

providing vacuum furnace services for the treatment of sophisticated industrial materials. The<br />

unit designs, engineers and produces vacuum furnace systems for metallurgical applications including<br />

melting high purity and sophisticated metals and alloys, heat treatment and high pressure<br />

gas quenching, precisions casting, turbine blade coating and sintering applications. The majority<br />

of products produced by these systems are the basis for critical components used in aerospace,<br />

electronics, energy, specialty metal and chemical applications. We use management estimates<br />

and consistent assumptions for the following remarks on segmental end markets.<br />

The division achieved its best quarterly order intake in two years during the fourth quarter<br />

2010. The division generated a 1.59x book to bill ratio and saw improved activity in all of its end<br />

markets. As in 2009, Asia was the most important market with 45% of order intake. Order intake<br />

in Asia was dominated by China, with a particular emphasis on vacuum furnaces used in the<br />

solar, specialty steel and titanium industries. North America and Europe accounted for the balance<br />

of the order intake with 27% and 28%, respectively. In the North American market, nuclear<br />

systems and the Own & Operate facilities were the most significant contributors. Order intake in<br />

Europe was dominated by the specialty steel, superalloys and aerospace industries.<br />

Energy<br />

Solar and Power Generation<br />

ESD produces a variety of vacuum furnaces for specialty steels and super alloys widely used for<br />

power generation. Sales of DSS furnaces accounted for 33% of revenue down from 54% in 2009.<br />

Order intake for solar increased by 98% to $81.1 million in 2010. Demand for solar furnaces increased<br />

by the end of the year, however, is still considered volatile since Chinese imitators have<br />

begun to enter the market. In order to protect the market share, the division developed the next<br />

generation of DSS furnace, the SCU600plus which has over 30% lower operating costs per ingot<br />

produced. The SCU600plus is currently in final testing for commercialization roll out in 2011.<br />

AMG acquired intellectual property and manufacturing assets related to <strong>Mo</strong>no2 solar casting<br />

technology from BP Solar International Inc. This proprietary technology is used to produce high<br />

efficiency monocrystalline silicon ingots in standard SCU furnaces using a variety of feedstock,<br />

including poly silicon and upgraded metallurgical silicon. This new process will offer a unique<br />

28 Report of the Management Board | Engineering Systems Division

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!