Abstract

Addition of steam to combustion air in thermal regenerator, though considerably increases their thermal ratios also lowers the matrix surface temperatures. Recirculation of a part of combustion air is proposed to control the matrix temperature in regenerators employing steam injection. It has been predicted that with 20% recirculation the minimum matrix temperature is increased by about 50°C. Though there is a little drop in the regenerator thermal ratios, which are already substantially increased by steam injection.

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