producer gas
英 [prəˈdjuːsə(r) ɡæs]
美 [prəˈduːsər ɡæs]
网络 发生炉煤气; 发生炉气体; 发生炉气
双语例句
- The Theoretic Calculate of Pure-Oxygen Producer Gas and Development of The Producer Gas Pure-Oxygen Combustion Technology
全氧发生炉煤气热值计算及燃煤气全氧燃烧技术技术探讨 - Coal gas, water gas, producer gas and similar gases, other than petroleum gases and other gaseous hydrocarbons.
煤气、水煤气、炉煤气及类似气体，但石油气及其他烃类气除外。 - Producer gas production is currently at least investment, management, one of the most convenient way.
发生炉煤气的生产是目前投资最少，管理最方便的方法之一。 - To avoid the chance of explosion due presence of producer gas, if any, in cold system, it is necessary to ventilate cold system before igniting the fuel.
为了避免爆炸的机会，由于生产者气体的存在，在寒冷的制度，如果有，有必要通风前点燃燃料冷系统。 - Explains: The producer gas generator product explains Our company designs the manufacture producer gas generator, is take the air and the steam as vaporization medicinal preparation, production combination gas advanced equipment.
说明：我公司设计制造的煤气发生炉，是以空气和水蒸气为气化剂，生产混合煤气的先进设备。 - This sections deals with various following issues concerned with use of producer gas in internal combustion engines.
与生产者使用天然气在内燃机各有关下列问题，这部分交易。 - The paper introduced secure use and troubleshooting of electrostatic dedusters in producer gas cleaning systems.
介绍了发生炉煤气净化系统静电除尘器的安全使用及事故处理。 - This paper explained the design of nozzles, injectors and burner cones of new ignition with producer gas on forced pre-mixing and the method of flame stability.
根据发生炉煤气的特性，采用强制预混燃烧方式，设计了点火器的喷嘴、引射器及烧嘴，并对稳定火焰的方法也进行了研究。 - Design of Moulding Line and Mold Shell Baker Burning Hot Producer Gas
燃热脏煤气模壳焙烧炉及其浇注生产线的设计 - Cold gas efficiency of producer gas in favourable condition can be70%.
冷煤气发生炉煤气的有利条件，效率可达70%。 - Study on the Characteristic of Stalk Briquette Oxygen-Rich Gasification Producer Gas for Vehicle Fuel
秸秆成型燃料富氧气化气作为机动车燃料研究 - In hot cleaning of producer gas of biomass gasification, Ammonia, the trace contaminant, is decomposed to nitrogen and hydrogen catalytically.
生物质燃气的净化中，微量污染物氨通过催化分解为氮气和氢气。 - Application of heat pipe waste heat boiler in the waste-heat recycling system of producer gas
热管废热锅炉在发生炉煤气余热回收中的应用 - There is a minim quantity of hydrogen sulfide in the biomass producer gas. It will not only pollute environment, but also poison the catalysts of removal tar and removal ammonia.
生物质气化燃气中含有微量的硫化氢，如果不加以处理不仅会使脱焦油和脱氨催化剂中毒，还会污染环境。 - Reduce the Production Cost of Producer Gas by Means of Using New Kinds of Coal
扩大用煤种类降低发生炉煤气生产成本 - Energy Consumption of Production and Application of Producer Gas
发生炉煤气生产与应用过程的能耗分析 - Catalytic Decomposition of Ammonia in Producer Gas
生物质燃气中氨的催化分解 - The paper analyses the thermal balance and heat loss for burning parent coals and burning gas yielded from coal gasification and set forth the mechanism of energy saving for burning producer gas and the adopted measures.
详细分析了燃原煤与将煤气化后燃烧两者的热平衡及热损失，阐述了燃发生炉煤气节能的机理及应采取的措施。 - This paper introduced on application of producer gas for meting aluminium furnace in Shandong Pingyin Aluminium Work and energy saving effect have been obtained.
本文介绍了山东平阴铝厂在熔铝炉使用发生炉煤气的情况和取得的节能效果。 - Operation analysis on a biomass producer gas plant
一个生物质燃气厂的运营分析 - The Application of the Natural Gas Instead of Producer Gas to the Industrial Furnace
天然气替代发生炉煤气在工业炉上的应用 - Causes of High Temperature of Producer Gas in the Producer Outlet and Its Influence on Production
发生炉煤气炉出温度高的原因及对生产的影响 - The feasibility and urgence of producer gas utilization in ceramic industry are analyzed, and then its practical uses are discussed.
分析了煤气发生炉煤气在陶瓷行业应用的可行性与迫切性，对煤制气在陶瓷行业的应用进行了论述和分析。 - Producer gas heat-recovering is an important work of strengthening comprehensive development and utilization of resources in Gas Branch Factory.
发生炉煤气废热利用是煤气分厂加强能源综合开发利用的一项重要工作。 - Study on Treating Process for Waste Water from Producer Gas Scrubbing
发生炉煤气洗涤水处理工艺的研究 - Investigation of factors of treatment process with waste acid tar residue for producer gas washing wastewater
废酸&焦油渣处理发生炉煤气洗涤水工艺因素探讨重钢焦化废水处理系统技术改造 - Probes into the Design of Tank Furnace ports Firing producer Gas
燃发生炉煤气玻璃池窑小炉设计探讨 - Utilization analysis of producer gas in ceramic industry
煤气发生炉制气在陶瓷行业的应用分析 - High concentration hydrogen of the producer gas could be realized through water-gas shift reaction.
生物质气化气要实现高氢浓度的转化，需要通过水煤气变换反应将CO转化为H2。