This quantity is a part of the Ceramic Engineering and technological know-how continuing (CESP) series. This sequence incorporates a choice of papers facing concerns in either conventional ceramics (i.e., glass, whitewares, refractories, and porcelain teeth) and complex ceramics. issues coated within the sector of complicated ceramic contain bioceramics, nanomaterials, composites, reliable oxide gasoline cells, mechanical homes and structural layout, complex ceramic coatings, ceramic armor, porous ceramics, and more.
Content:
Chapter 1 dealing with the strength obstacle: One Company's method (pages 923–931): Thomas F. Marson
Chapter 2 The DOE software for strength Conservation in constructions and group structures (pages 932–937): James J. Eberhardt
Chapter three strength Conservation in Feeding, Forming, and Annealing Glass bins (pages 938–942): John F. Blumenfeld
Chapter four strength Conservation: The Industrial/Governmental Interface (pages 943–947): R. H. Steder
Chapter five power Conservation via business procedure potency development (pages 948–956): Douglas G. Harvey and Alan J. Streb
Chapter 6 Pushing power potency in (pages 957–962): Thomas J. Gross
Chapter 7 Overriding call for for strength Conservation within the Cement (pages 963–967): L. U. Spellman
Chapter eight Use of Low? and Medium?Energy fuel from Coal in Ceramic tactics (pages 968–986): D. A. Ball, A. A. Putnam and A. Levy
Chapter nine Lehr Curtain undertaking (pages 987–991): David H. Chambers and Peter E. Susey
Chapter 10 actual homes of Residential Insulations (pages 992–998): David W. Yarbrough
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Additional resources for Proceedings of the American Ceramic Society Conference on Energy Management: Ceramic Engineering and Science Proceedings, Volume 1, Issue 11/12
Example text
9 MJ/m’ were used many years ago for firing a wide variety of industrial processes. However, in the past 30 years, industry has converted to widespread use of natural gas as its prime gaseous fuel. Natural gas is clean, dependable, easy to use, and, above all, has been cheap. However, natural gas supplies to industry are no longer dependable, and rising prices for this fuel will result in its being less economically attractive. As a result, many industries are seriously considering conversion to firing gas produced from coal.
S. C. 20585 The Energy Policy and Conseruation Act requires certain manufacturing corporations to report on energy efficiency improvement. The National Energy Act modified the reporting program and requires DOE to analyze the costs and beneflts of industrial equipment eflciency standards. Program implementation, issues, and outlooks are reviewed. Other activities for which DOE’SIndustrial Programs Office is responsible are also summarized. The Industrial Programs Office (IP) is responsible for implementing federal programs to achieve the following objectives: 1) accelerated implementation of existing, but underutilized, technologies and practices that can improve industrial energy efficiency; 2) substitution, where possible, of abundant fuels for scarce fuels; and 3) minimizing, to the extent consistent with overall industry economics, the energy losses embodied in energy and materials waste streams.
Such a reduction could be effected by conversion of 70% of the present capacity to best technology. ” If the industry fails to take such measures voluntarily, it is quite conceivable that it will be forced to do so through allocation of available energy sources. 5 billion in terms of today’s dollar. For an industry whose current total net worth is on the order of $3 billion, it is an insurmountable task. One industry analysta put it this way: “Given the unattractive economics of expansion in cement, and the existence of a meaningful 964 number of high-cost plants that still may be forced into retirement, .