Energy, recovery system, direct

I he direct-flame incinerator is the simplest type of thermal oxidation system. It comprises a combustion chamber and supplementarv fuel-injection system with no energy-recovery equipment. Direct-flame incineration is suitable only for gases that support combustion without requirements for auxiliary fuel (concentrated streams) or for intermittent use. 

The influence of airflows from ventilating systems must also be considered. Processes using mediums of different physical qualities when mixed will have separation into different layers. Transmission of energy between molecules in flowing mediums takes place in the direction of the velocity. This strengthens the separation into parallel layers. The level of fluid in containers and tanks is due to stratification of horizontal temperature layers, while airflow after batteries, heat-recovery systems, and humidifiers or dehumidifiers will separate into parallel layers. 

Heat recovery system (HRS), 23 190 energy demand in, 23 190-192 grid representation of, 23 188-189 Heat recovery system process, 23 786-787 Heat release calorimeters, 22 458 Heat removal, from direct HDC chlorination reaction, 25 638 Heat resistance... 

The most suitable processes for the energy recovery from polyolefin wastes are (1) direct incineration, and (2) thermal and mechanical treatments. The latter procedures are applied for the production of gaseous, liquid, or solid fuels in a complex pyrolysis-gasification-incineration system. 

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