Siemens builds vacuum oxygen decarburization plant at Voestalpine Giesserei
August 4, 2014
Source:
Siemens Metals Technologies, Austria, has completed a vacuum oxygen decarburization (VOD) plant with a capacity of 50 metric tons at Voestalpine Giesserei Linz GmbH. The Austrian company is thereby adding to its equipment for secondary metallurgical treatment of steel castings for sophisticated applications in the energy and mechanical engineering industries. The plant features electrically driven mechanical vacuum pumps instead of steam injectors and therefore does not require a steam generator.
Siemens handled the configuration and supplied all the core components. These included, for example, a special ladle hood made of copper-plated sheet. This minimizes the occurrence of baked slag on the upper edge of the ladle and on the vacuum lid. The scope of supply also included the vacuum lid, an oxygen-blowing lance system, a gas cooler and a filter system, mechanical vacuum pumps and the hydraulic system. The order also included a water management system matched to the overall plant as well as the complete automation technology and instrumentation.
As one of the first VOD systems worldwide, the plant in Linz uses a combination of electrically driven, mechanical vacuum pumps to generate a vacuum. This includes roots blowers and screw compressors. Unlike the conventional steam injectors used in secondary metallurgy, these do not require any process steam, so there is no need for any external steam or the installation of a separate boiler to generate steam.
www.siemens.com/metals
Siemens Metals Technologies, Austria, has completed a vacuum oxygen decarburization (VOD) plant with a capacity of 50 metric tons at Voestalpine Giesserei Linz GmbH.
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WPI’s Metal Processing Institute named a core facility for manufacturing innovation
February 25, 2014
Source: ASM International
The Metal Processing Institute (MPI) at Worcester Polytechnic Institute (WPI), Mass., announces that it has been selected as one of four core academic facilities for the American Lightweight and Modern Materials Manufacturing Innovation Institute (LM3I).
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Missile canard for use in EAPS test flight
January 3, 2014
Source:
Liquidmetal Technologies Inc., Rancho Santa Margarita, Calif., delivered missile canards that are being fitted for a future test of Lockheed Martin's (Bethesda, Md.) EAPS (Extended Area Protection and Survivability) missile, an advanced performance, highly affordable hit-to-kill missile interceptor designed to defeat rocket, artillery, and mortar (RAM) targets with significantly reduced probabilities for collateral damage.
Working in collaboration with Lockheed Martin's advanced design team, Liquidmetal's unique alloy and process methods yield parts with dimensional consistency and precision at an affordable cost. Canards made from the new alloy meet the close geometric tolerances required for supersonic flight. The parts consistently meet tolerances and the shape and weight of each part is nearly identical, which is desirable for this application. The parts also have greater strength to weight than steel or titanium. Once the design is finalized, parts can be produced in high volumes with short lead times.
"Lockheed Martin has been an ideal development partner for this breakthrough application for Liquidmetal Technologies, creating a high precision, high performance part at a lower cost," said Bruce Bromage, EVP of Business Development with Liquidmetal Technologies.
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Liquidmetal Technologies
Lockheed Martin
Liquidmetal Technologies Inc., Rancho Santa Margarita, Calif., delivered missile canards that are being fitted for a future test of Lockheed Martin’s (Bethesda, Md.) EAPS (Extended Area Protection and Survivability) missile.
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