s Special Irons Committee (5-D) began evaluating factors affecting the erratic occurrence of porosity in white cast irons at the DOE Albany Research Center.
Department of Energy R & D progress identifies additional business opportunities resultant from fiberization HEDMAN RESOURCES LIMITED (TSX VENTURE:HDM) announced today that it has received a Progress Report from the Albany Research Center ("ARC") of the United States Department of Energy ("US DOE") on its ongoing co-operative research and development partnership ("CRADA") for fiberization of Hedman's unique antigorite ore.
TORONTO -- HEDMAN RESOURCES LIMITED (TSX VENTURE:HDM) announced today the receipt of an interim report dated April 11, 2005 from the Albany Research Center ("ARC") of the United States Department of Energy ("US DOE") under Phase Two of its ongoing Co-Operative Research and Development Agreement ("CRADA") with the American federal government.
TORONTO -- Hedman Resources Limited (TSX VENTURE:HDM) has signed an amending agreement with the United States Department of Energy ("US DOE"), through its Albany Research Center ("ARC"), to formally establish the terms of Phase Two of its Co-Operative Research and Development Agreement ("CRADA").
The company also announced that its restructuring efforts of 2004 are continuing and that the following represent an update of its agenda and initiatives going forward: Fiberization The company has completed Phase One of its Co-Operative Research and Development Agreement ("CRADA") with the United States Department of Energy's Albany Research Center.
His valuable roles in exposing the failed initiatives in Firefelt and Northfil and in overseeing the research and testing that ultimately lead to the Co-Operative Research and Development Agreement with the United States Department of Energy's Albany Research Center re: fiberization, are greatly acknowledged by Mr.
Testing is underway at the DOE's Albany Research Center (ARC) in Oregon and includes a series of trial runs to determine if fiberization can be achieved and what significant modifications are necessary to the extraction, melting and spinning processes and equipment to maximize the desired spun/shot yield ratio.
