Titlebook: Energy Conserve in Industry — Combustion, Heat Recovery and Rankine Cycle Machines; Proceedings of the C H. Ehringer (Directorate-General f

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Sociobiology and the Social Sciences,A research plant to evaporate 100–150 kg hr.water has been designed and construction is in progress. The detailed mechanical design has produced a number of interesting engineering challenges, particularly with regard to the compressor, the concrete vacuum vessel and its corrosion resistant lining a

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Nabil Khattab,Sami Miaari,Haya Stierball bearings, with a mechanical seal to keep the shaft tight. In the second one the generator is separated by a casing and is cooled by the working fluid..The comparatively large diameter turbine asks for the development of a fabrication technique compatible with the low final cost of the e.gine. A

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Conference proceedings 1983sters on 13 September 1979 aims at fostering energy conservation technologies in the three main energy consl.Uning sectors: danestic, industry and transport. In the European Carmunity more than 35% of the energy is conslB‘IIed in industry. About 23% of the inported oil is used in this sector. Two th

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Efficiency of Reverberatory Furnaces’ turndown and an air damper system has been a major factor in achieving fuel savings. Automatic control of air/fuel ratio using oxygen analysis is considered unsatisfactory..Savings achieved have been up to:.The estimated savings over the three production furnaces is about £70,000 p.a.

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Development of a High Temperature Heat Pipe Heat Exchanger for Recovery of Residual Heatlts indicate that the system may have characteristics similar to those of a gas buffered heat pipe..Results of a series of 1000-hour corrosion tests on some six candidate metals indicates that we cannot at this stage recommend any suitable metal for long periods of exposure to sulphur-iodine mixes a

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Design, Building and Testing of a Novel Modular Gas-Gas Ceramic Heat Exchanger for Exhaust Heat Recoction of jet impingement heat transfer characteristics, hot and cold gas flow characteristics, ceramic material (silicium carbide) properties. A thermo-mechanical study conducted with CERAVER (France) leads to the following optimal design for SiC made core (0.340 m long, 0.250 m wide, 0.080 m high):

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