流床式爐 的英文怎麼說
中文拼音 [liúchuángshìlú]
流床式爐
英文
fluidized furnace-
Compactor waste disposal, crawler, fluidised bed incinerator, loader, medical waste incinerator, multi - hearth incinerator, rotary kiln incinerator, shredder
廢物處置） 、履帶、流化床焚化爐、裝卸設備、醫療廢物焚化爐、多層焚化爐、旋轉?式焚化爐、切碎機Compactor ( waste disposal ), crawler, fluidised bed incinerator, loader, medical waste incinerator, multi - hearth incinerator, rotary kiln incinerator, shredder
廢物處置） 、履帶、流化床焚化爐、裝卸設備、醫療廢物焚化爐、多層焚化爐、旋轉?式焚化爐、切碎機Develop and manufacture large pumped storage units, large tubular turbine units, high - power super - critical thermal power unit, large air - cooled turbine generator, large cfb boilers, high - power nuclear steam turbine and generator, pressure shell of nuclear island, high - pressure evaporator and primary pump
開發生產大型抽水蓄能機組、大型貫流式機組、大功率超臨界火電機組、大型空冷汽輪發電機、大型循環硫化床鍋爐、大功率核電站汽輪機和發電機、核島設備壓力殼、高壓蒸發器和主泵等核電一級設備。The heat balance equations on incineration of organic liquid waste in fluidized - bed incinerator with coal as auxiliary fuel is established in this paper. the relations between the feeding rate of auxiliary fuel and the lhv of liquid waste, the incineration temperature, and the preheated combustion air temperature have been discussed. this paper also discussed the relation between the lhv of liquid waste and combustion air temperature as the auxiliary fuel is not necessary, and provides the theoretical foundation for the design and operation on fluidized - bed incinerator
建立了以煤為輔助燃料的，有機廢液在流化床中焚燒的熱平衡方程，求得輔助燃料耗量與各影響因素的計算式，得出輔助燃料耗量與廢液中可燃基的低位發熱值、密相區燃燒溫度、熱風溫度之間的關系曲線，以及不需要輔助燃料時，有機廢液熱值與熱風溫度之間的關系，為流化床焚燒爐的設計與運行提供了理論依據。The three - wastes fluid - bed multifuel burner utilizes the characteristics of fluid - bed burning and the blow gas waste heat boiler for recovery, and burns the waste gas, ash and residue from the gasifier to produce hot flue gas, which, after dust settling in the multiple dust collector, enters the waste heat boiler to recover waste heat for the generation of high - grade steam to be used in production
摘要三廢流化床混燃爐系運用流化床燃燒特點，採用吹風氣餘熱鍋爐回收模式，對造氣產生的廢渣、廢灰、廢氣混燃，產生熱煙氣，經組合式除塵器除塵后，進入餘熱鍋爐回收餘熱，生產高品質蒸汽供生產用。Combined the real testing data, the paper developed a calculation program of water wall temperature and pressure drop for designed supercritical pressure cfb boiler with vertical water walls. the hydrodynamic calculation and safety checkout under five loads was carried out
結合實際運行的循環流化床鍋爐的熱態測試數據，開發了垂直水冷壁壁溫及水動力計算程序，根據爐膛熱負荷分佈規律，建立了膜式水冷壁熱流密度分佈函數。Design method of extended heat exchanger for cfb boiler
循環流化床鍋爐外置式換熱器設計方法的探討This system is utilized the programmable controller ( plc ) bearing of substitution rule ( the figure is apparent the form, writing instrument, individual loop controller, the hand is holded the utensil and is reached to assist the bearing unit and await ), achieve the 29mw ' s cycle stream of water warmhearted water boiler, oxygen remover, warmhearted net system control system together with monitoring voluntarily of electric section together with control being living, the rule to call off greats quantity displays the bearing in that system, boiler, oxygen remover, the warmhearted net operation is achieved crt and is supervised completely, manipulates personnel staff is living inner place the control cabin completely completees failure - free operation and trouble removal operation. the predictive target of putting ino production queen is the boiler, oxygen remover, the warmhearted net is achieved comprehensive self - regulation, moreover be able to be over a long period of time, steady secure operation
本系統利用可編程式控制制器（ plc ）替代常規的儀表（數顯表、記錄儀、單迴路控制器、手操器及輔助儀表裝置等） ，實現29mw循環流化床熱水鍋爐、除氧器、熱網系統控制系統與電氣部分的自動監測與控制。在該系統中取消大量的常規顯示儀表，鍋爐、除氧器、熱網的運行實現crt全面監控，操作人員在控制室內全部完成正常運行及事故處理操作。投產后的預期目標是鍋爐、除氧器、熱網實現全面自動調節，並能長期、穩定、安全運行。Application of high - efficiency multi - tube static combination dust remover in circulation fluidized - bed boiler
高效多管靜電組合式除塵器在循環流化床鍋爐中的應用The monitoring and controlling system adopts a total distributed control system ( dcs ) constituted by a programmable logic controller ( plc ), a computer ( pc ) and thermal power engineering signal sensors, sender, controller, etc. plc is used to collect data and perform automatic control mostly, while pc is adopted to monitor the operation process, analyze, display and store data
本項研究中採用可編程式控制制器（ plc ）作下位機、工業控制計算機（ pc ）作上位機與熱工參數測量傳感器、變送器、操作控制器等組成集散型控制系統（ dcs ） ，上位機和下位機自動監測垃圾焚燒鍋爐的各運行參數，並對異重循環流化床垃圾焚燒鍋爐實行自動控制與調節。分享友人