Energy Conserve in Industry -- Combustion, Heat Recovery and Rankine Cycle Machines: Proceedings of the Contractors' Meetings held in Brussels on 10 and 18 June, and 29 October 1982 / Edition 1by H. Ehringer
Pub. Date: 04/30/1983
Publisher: Springer Netherlands
Table of Contents
Efficiency of reverberatory furnaces.- Improvements of recuperators associated to steel slab furnaces.- Improved boiler control in food factories.- Development of a high temperature heat pipe heat exchanger for recovery of residual heat.- Heat transfer, vapor-liquid flow interaction and materials compatibility in two-phase thermosyphons.- Design, building and testing of a novel modular gas-gas ceramic heat exchanger for exhaust heat recovery around 1200°C.- Compact gas-gas heat exchanger.- The evaporation of viscose process liquors by flow energy means.- Aluminium melting furnace heat regeneration project.- Design of waste heat boilers for the recovery of energy from arc furnace waste gases.- Energy recovery from cast iron melting furnaces.- Industrial waste heat recovery by use of organic rankine cycles (ORC).- Medium temperature 100 KW ORC engine for total energy systems.- Optimisation of a multi-vane expander as the prime mover in an organic rankine cycle.- Confirmation of the advantages of a thermodynamic cycle using sulfur with the help of an experimental facility.- Energy cascading combined with thermal energy storage in industry.
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