Please Note:
This profile was automatically generated using 11 references found on the Internet. This information has not been verified. Learn more...
This profile was automatically generated using 11 references found on the Internet. This information has not been verified. Learn more...
Employment History
View...View all 11 references Web References
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1. Stamping Out a Living: December 2005
www.stampingoutaliving.com/arc - [Cached]Published on: 12/1/2005 Last Visited: 11/21/2006
// posted by Michael @ 12/21/2005 03:55:23 PM 2 comments links to this post
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"We expect there will be material [in the stockpile] to take us through most of this decade, which will be the period of time it will take us to build the new plant," said Michael Anderson, president of Brush Wellman's beryllium products group. -
2. Brush Wellman -- 1995 Annual Report
www.brushwellman.com/www/Corpo - [Cached]Published on: 7/12/2002 Last Visited: 7/12/2002
Mr. Michael D. Anderson was named Vice President Beryllium Products. Mr. Anderson joined Brush Wellman in 1974, and has held a variety of positions of increasing responsibility, including Director of Sales and Marketing for Ceramic, and Director of Marketing, Beryllium Products.
Outlook
The collaborative efforts of Brush Wellman employees around the world have resulted in an impressive turnaround in the Company's performance over the past three years. Looking forward, some economic indicators are suggesting a flattening economy for 1996. That possibility, plus a stronger dollar and level copper prices relative to last year, would suggest that comparisons with 1995 results may be difficult, particularly in the first half of the year. -
3. Power Engineering - Preparation continues for recommissioning of fusion test project
pepei.pennnet.com/Articles/Art - [Cached]Last Visited: 5/9/2006
Michael Anderson, president of Brush Wellman's Beryllium Products, said: "The beryllium specified for the JET application is our high purity S65 grade material." He continued: "Its properties are particularly well suited for the intense conditions inside the reactor."

