DEVELOPMENT OF MATHEMATICAL MODELS COLLABORATIONS GAS AND AIR REGENERATOR HEATING WELLS TO OPTIMIZE THEIR UTILIZATION CHARACTERISTICS (part 2)
Journal: Collection of scholarly papers of Dniprovsk State Technical University (Technical Sciences) (Vol.1, No. 30)Publication Date: 2017-08-29
Authors : O. L. Glushchenko;
Page : 117-123
Keywords : regenerators of sokers; utilization; optimization; dividing wall; cell; waste products of combustion; mathematical model;
- DEVELOPMENT OF MATHEMATICAL MODELS COLLABORATIONS GAS AND AIR REGENERATOR HEATING WELLS TO OPTIMIZE THEIR UTILIZATION CHARACTERISTICS (part 2)
- Experimental Study of Heat Absorbing Packed Bed Regenerator for Space Heating for Industrial Purpose
- DEVELOPMENT OF METHODS FOR CALCULATING EXERGETIC LOSSES IN AIR-HEATING OF HEAT UTILIZATION SYSTEMS OF BOILER PLANTS
- Comparative Study of Heat Absorbing Packed Bed Regenerator for Space Heating Using Clay And Waste Hard Rubber for Long Term Heat Storage
- Development of Computer Models for Simulating the Optimum Design Parameters of a Passive Solar Heating Chicken Brooder System
Abstract
The design of regenerators nozzles ensures even distribution of the products of combustion through section and increases the efficiency of heating surface. Based on theoretical research established that the simultaneous operation of regenerative heat exchangers that are heated fuel and air, there is an optimal position of the separation wall, at which the maximum utilization of heat waste combustion products, also found that the speed of the flue gas in the nozzle should be 1,0-1,2 m/s.
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