煤氣循環 的英文怎麼說

中文拼音 [méiqìxúnhuán]
煤氣循環 英文
gas circulator
  • 煤 : 名詞（黑色固體礦物） coal
  • 氣 : Ⅰ名詞1 （氣體） gas 2 （空氣） air 3 （氣息） breath 4 （自然界冷熱陰晴等現象） weather 5 （氣味...
  • 循 : 循動詞（遵守; 依照; 沿襲） follow; abide by
  • 環 : Ⅰ名詞1 （環子） ring; hoop 2 （環節） link 3 （姓氏） a surname Ⅱ動詞（圍繞） surround; encircle;...
  • 煤氣 : coal gas; gas
  • 循環 : circulate; circle; round; repeat; loop; period; recurrence; cycling; circulating; mixing; circula...
  1. Supply circularly water vapor

    循環供給水煤氣
  2. Ceramic fuel cells are electrochemical devices that directly convert fuels such as gasified coal or natural gas into electricity without the limitation of the carnot cycle ( an ideal thermodynamic cycle in which heat is taken onto a working fluid at a constant upper temperature and rejected at a constant lower temperature )

    陶瓷燃料電池是一種電氣化學裝置，能直接將煤氣、天然氣等燃料直接轉化為電能而不會受到卡諾循環（一種理想的熱力循環，熱量在恆定高溫下轉化成工作流體，在恆定低溫下被釋放）的限制。
  3. Research on electricity generation by electro - thermal gas turbine combined cycle fueled by coke oven gas in pingmei group corp

    平煤集團焦爐氣用於燃氣輪機熱電聯合循環發電的研究
  4. Combination modes of air separation units with igcc power generation and process selection

    空分設備與煤氣化聯合循環發電的結合方式與流程選擇
  5. As part of our efforts to participate in the recycling industries and a cleaner production, we are proud to present our pioneering technology which applies emitted coke gas into the production of methanol, resulting in zero emissions of pollutants and achieves environmental friendly purpose

    建滔一直致力投入環保工業和無污生產，因此在河北廠房採用了先進技術，首創將排放之焦爐煤氣轉用作生產甲醇，整個循環工序達至污染物零排放，並符合環保標準。
  6. Abstract : by means of analysing the difference of fuel feature of organic solid wastes and coal ， this paper discusses low pollution ， low corrosion and high efficiency technology of organic solid waste incineration from several factors including controls of technology ， temperature ， residence time, air ratio and the use of the additives and flue gas

    文摘:通過分析固體有機廢物與煤的燃料特性的不同及其對燃燒的影響，從工藝控制，溫度控制，停留時間選擇，送風控制，添加劑以及煙氣循環使用等方面探討低污染、低腐蝕、高效固體有機廢物的焚燒技術。
  7. Coal - char pyrolysis, firing, burnt and limestone calcination under o _ ( 2 ) / n _ ( 2 ) oro _ ( 2 ) / co _ ( 2 ) atmosphere were carried on a thermobalance. limestone calcination and sulfuration under o _ ( 2 ) / co _ ( 2 ) atmosphere were tested on a bench scale fluidized bed facility. the characteristics of coal combustion and pollutant emission under o _ ( 2 ) / n _ ( 2 ) or o _ ( 2 ) / co _ ( 2 ) atmosphere were experimented on a circulating fluidized bed multi - function test - facility

    在熱天平上進行o _ 2 / n _ 2氣氛與o _ 2 / co _ 2氣氛下的煤焦熱解、著火與燃燼反應動力學及石灰石煅燒分解特性研究；在小型流化床試驗臺上進行石灰石在o _ 2 / co _ 2氣氛下的煅燒與硫化反應特性研究；在設計、搭建的循環流化床多功能綜合試驗臺上進行o _ 2 / n _ 2氣氛與o _ 2 / co _ 2氣氛下的煤燃燒特性與污染物排放規律研究。
  8. In order to develop combined cycle generation technology answering for the situation of our country, institute for thermal power engineering in zhejiang university has designed and built a mulit - product cogeneration test using combined coal gasification and combustion

    為了發展符合我國國情的聯合循環發電技術，浙江大學熱能工程研究所設計和建造了煤燃燒氣化多聯產試驗臺。
  9. This paper is subject to national emphasized groundwork research item named conception validation about the new process of coal translation and optimization integration of the process, and it focuses on the research of the monitoring and controlling system of circulation fluidized bed ( cfb ) multi - generation test - bed according to the test - bed project of zhejian university institute of thermal power engineering cfb multi - generation system combining combustion & gasification test - bed, while considering an utilizing advanced technology and experience domestically and abroad

    本課題從屬于國家重點基礎研究規劃項目一煤轉化新過程概念驗證及過程的優化集成課題，結合浙江大學熱能工程研究所循環流化床燃燒氣化熱電氣多聯產試驗臺，根據試驗臺的實際情況，借鑒國內外的先進技術和經驗，對循環流化床多聯產試驗臺的計算機監控系統應用進行了深入的研究。
  10. Three schemes for this technology were given, including air - blown gasification, recycle gas - blown gasification and steam & recycle gas - blown gasification, which were computed and analyzed. due to different conversion ratio of coal and different temperature that gas enters into gas turbine, the different results were got and analyzed, such as gas heat value, gasification efficiency and generation efficiency

    本文針對空氣氣化方案、再循環煤氣氣化方案以及水蒸汽+再循環煤氣氣化方案對煤部分氣化聯合循環發電系統進行計算分析，根據不同的碳轉化率以及煤氣進入燃氣輪機前不同的溫度，得出不同的煤氣熱值、氣化效率、發電效率等，並進行了分析，提出了適合不同目標工業應用的煤部分氣化方案。
  11. And different gasification schemes were put forward for different industrial application. the information is essential to the design and operation of industrial facility

    為面向工程應用的煤部分氣化聯合循環發電示範裝置的設計與運行提供了依據。
  12. The integrated system of smelting reduction ironmaking - gasolinesynthesis - electric - ity generation, in which the coal gas produced inthe ironmaking module is first cleaned and then used as the fuel for theelectricity generation module or raw material of the gasoline synthesismodule, can resolve the problem of utilization of tail gas in thesmelting reduction ironmaking and the large investment of gasificationin the integrated gasification combined cycle and gasoline synthesis. taking efficiency, scale and product structure into consideration, the processes of the two - stage smelting reduction ironmaking - combined cycleelectricity generation with coal gas, the two - stage smeltingreduction ironmaking - steam cycle electricity generation with coal gas, the one - stage smelting reduction ironmaking - combined cycleelectricity generation with coal gas, and the one - stagesmelting reduction ironmaking - gasoline synthesis with coal gas - steamcycle electricity generation with tail gas are techno - economicallyfeasible and have the promise of being industrialized

    將熔態還原煉鐵產生的煤氣在凈化后發電或經改質后合成汽油的集成系統可以解決熔態還原煉鐵的尾氣利用問題及聯合循環發電和煤基汽油合成造氣投資成本高的問題.從效率、規模和產品結構各方面考慮，過程模擬結果顯示:二段法熔態還原煉鐵-煤氣聯合循環發電、二段法熔態還原煉鐵-煤氣蒸汽發電、一段法熔態還原煉鐵-煤氣聯合循環發電、一段法熔態還原煉鐵-煤氣合成汽油-尾氣蒸汽發電流程，有實現產業化的可能
  13. The rebuild method for boiler body, burning system, oil burning system, chemic water treatment system, circular water system, electricity generated and transported system, coal transported system, dust eliminated system and electric system have been given out. the solid waste, smoke, waste water and the dust prevented method are studied. the benefits for economy, society and environment after rebuilding are analyzed

    本文從國際能源發展趨勢及龍鳳熱電廠的目前現狀出發，論述了油改煤工程的必要性和可行性;對油改煤的四種鍋爐轉型方案進行了科學的分析和論證，確定了立式旋風爐改造方案;給出了鍋爐本體、燃燒系統、燃油系統、化學水處理系統、循環水系統、發送電系統、輸煤系統、除灰系統、電氣系統的具體改造方案;研究了固體廢物、煙氣、廢水及煤塵的污染防止措施;分析了改造后經濟效益、社會效益及環境效益。
  14. Study on optimization design of igcc thermodynamic system

    整體煤氣化聯合循環熱力系統設計優化研究
  15. Coke gas is a by product during the production of coke while this can be used as a raw material for the production of methanol

    河北廠房採用整體循環生產模式，焦爐煤氣乃生產焦炭?生之副產品，在生產焦炭過程中將排出之焦爐煤氣收集循環再用，作為生產甲醇之原料。
  16. Coal gas washing wastewater processing by coagulation - sbr method

    射流氣浮技術在發生爐煤氣洗滌廢水封閉循環處理中的應用
  17. Heating surfaces retrofit and safety check of water circulation when fuel switched from pulverized coal to gas for a boiler in xianggang powerplant

    煤粉爐改燒煤氣時的受熱面改造與水循環安全校驗
  18. Igcc clean coal technology : integrated gasification combined cycle igcc

    整體煤氣化聯合循環
  19. Gas turbine combined cycle power generation burning lhv gas used in iron and steel works

    低熱值煤氣燃氣輪機聯合循環發電在鋼鐵廠的應用
  20. Application of the combined cycle power plant technology of gas turbine using low caloric value gas in iron and steel plants

    低熱值煤氣燃氣輪機聯合循環發電在鋼鐵廠的應用
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