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The high temperature air combustion technology (High Temperature Air Combustion, HTAC ) a new combustion technology is on the rise in the international early nineties , it requires the combustion air temperature of more than 800 to 1000 ℃ , less than 10% of the combustion air in the oxygenated , in order to achieve savings of fuel , heat utilization , reduce NOX emissions , and reduce the equipment size and characteristics . Domestic application of high - temperature regenerator heating the combustion air and gas , waste heat recovery ; despite the heat utilization improved , but could not burning well organized , and thus higher NOX emissions , pollution is serious . In order to further study of high temperature air combustion technology , master the core technology ( including burner , regenerator , valve , and change to the automatic control system ) , on the basis of high temperature air combustion technology , the characteristics of high efficiency and clean combustion technology theoretical analysis , heat storage and heat transfer of dual-use combustion system is designed to fill the blank of domestic research . In order to further understand the efficient and clean burning characteristics , for our R \u0026 D is efficient and clean combustion technology to provide a scientific basis , first proposed experimental program , including thermal balance test of the experimental station , furnace parameters measured , regenerative heat exchangers and heat exchanger the performance of the experimental program , the regenerative cycle experimental program . In accordance with the requirements of the test-bed , the authors designed a very efficient and clean combustion experimental system , and city gas as fuel , the use of heat storage and heat transfer of dual - use laboratory furnace , the furnace temperature reaches 1250 ° C , to carry out the experimental furnace design research . The experimental furnace design range include: regenerative heat exchanger dual-use laboratory furnace body , automatic control systems , electric drive , internal energy medium supply system , automated instrumentation , industrial TV system for distribution facilities and dust , environmental protection , fire safety facilities . Research in a laboratory furnace , heat storage and heat transfer technology , the complete set of feasible solutions .
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