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One of the largest, most complicated and expensive environmental problems in the United States is the cleanup of nuclear wastes. The US Department of Energy (DOE) has approximately 4,000 contaminated sites covering tens of thousands of acres and replete with contaminated hazardous or radioactive waste, soil, or structures. In addition to high-level waste, it has more than 250,000 cubic meters of transuranic waste and millions of cubic meters of low-level radio-active waste. In addition, DOE is responsible for thousands of facilities awaiting decontamination, decommissioning, and dismantling. DOE and its predecessors have been involved in the management of radioactive wastes since 1943, when such wastes were first generated in significant quantities as by-products of nuclear weapons production. Waste connected with DOE's nuclear weapons complex has been accumulating as a result of various operations spanning over five decades. The cost estimates for nuclear waste cleanup in the United States have been rapidly rising. It has recently been estimated to be in a range from $200 to $350 billion. Costs could vary considerably based on future philosophies as to whether to isolate certain sites (the ""iron fence"" philosophy), or clean them up to a pristine condition (the ""greenfields"" philosophy). Funding will also be based on Congressional action that may reduce environmental cleanup, based on budget considerations.
This title was first published in 2000: Due to budget cuts and competitiveness pressures, determining the outcome of technology transfer from government R&D laboratories to private industry and entrepreneurial start-ups is of increasing interest. This book presents a series of case studies of successful technology transfer by examining the same list of topics for each case. It presents a format for analyzing the cases, topic by topic - a methodology that could be used by any R&D laboratory. The book also goes one step further and compares the cases that took place prior to national technology transfer legislation with those cases that took place after passage of such legislation. An additional feature is the summary of existing attempts to measure and evaluate technology transfer. This follows a backgroudn section on the technology policy context. The analysis finds that there is a significant commercial impact from government laboratory transfer using this approach.
A history of Argonne National Laboratory as the site of research in nuclear reactor technology, biology and medicine, materials science and world-renowned programs in physics.