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燃料清洁化及替代产品 被引量:7
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作者 郑嘉惠 《化工技术经济》 2003年第7期11-22,共12页
阐述了国内外燃料清洁化的进程和清洁燃料生产的一些技术问题,介绍了几种环境友好替代燃料的发展前景。
关键词 燃料清洁化 清洁燃料 替代产品 发展历程 生产技术 能源消费
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《车用清洁燃料》
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《商业时代》 北大核心 2004年第31期53-53,共1页
燃料清洁化已成为一种无法阻挡的世界性潮流。生产低硫.低烯烃的清洁燃料以减少汽车有害物质的排放已成为当今炼油业的发展主题。本书主要通过对车用燃料的历史性变化与发展.国际原油和汽柴油市场的调研.并结合国内车用清洁燃料发展... 燃料清洁化已成为一种无法阻挡的世界性潮流。生产低硫.低烯烃的清洁燃料以减少汽车有害物质的排放已成为当今炼油业的发展主题。本书主要通过对车用燃料的历史性变化与发展.国际原油和汽柴油市场的调研.并结合国内车用清洁燃料发展现状分析. 展开更多
关键词 《车用清洁燃料 燃料清洁化 车用清洁燃料 书评
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2017年世界炼油行业发展状况与趋势 被引量:3
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作者 徐海丰 朱和 《国际石油经济》 2018年第4期60-65,共6页
2017年,世界炼油能力持续增长,新增能力主要来自亚太和美国,世界炼油仍保持亚太、北美、西欧三足鼎立格局,亚太地区地位继续提升;受益于国际油价较低,油品需求增长以及局部地区突发灾害性事件影响,世界炼厂原油加工量创历史新高,炼厂开... 2017年,世界炼油能力持续增长,新增能力主要来自亚太和美国,世界炼油仍保持亚太、北美、西欧三足鼎立格局,亚太地区地位继续提升;受益于国际油价较低,油品需求增长以及局部地区突发灾害性事件影响,世界炼厂原油加工量创历史新高,炼厂开工率和炼油毛利均有所提升;世界各国继续加快推进清洁燃料发展进程,各主要地区炼油业发展情况各异。未来,世界炼油能力将继续增长,新增产能主要集中在亚太和中东地区;世界炼油业有望继续保持良好势头;清洁燃料标准加速升级对炼油业将产生重要影响。炼油业应审时度势,做好未来转型准备。 展开更多
关键词 世界炼油行业 炼油能力 原油加工量 炼厂开工率 油品升级 燃料清洁化
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世界热电联产发展趋势 被引量:2
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作者 孙延海 《电力设备》 2004年第7期C031-C033,共3页
热电联产是既产电又产热的先进能源利用形式,与热电分产相比具有很多优点:降低能源消耗,提高空气质量,补充电源,节约城市用地,提高供热质量,便于综合利用,改善城市形象,减少安全事故.所以,世界各国都非常重视其发展.世界各国都非常重视... 热电联产是既产电又产热的先进能源利用形式,与热电分产相比具有很多优点:降低能源消耗,提高空气质量,补充电源,节约城市用地,提高供热质量,便于综合利用,改善城市形象,减少安全事故.所以,世界各国都非常重视其发展.世界各国都非常重视其发展.世界热电联产发展呈现许多趋势,把握这些趋势对谋划各个城市热电联产发展很有益处. 展开更多
关键词 热电联产 发展趋势 机组容量 洁净煤 节能 燃料清洁化
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Integration and Optimized Utilization of Naphtha Resources 被引量:2
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作者 Li Yajun Zhang Tingting (Key Laboratory of Enhanced Heat Transfer and Energy Conservation,Ministry of Education,School of Chemical and Chemical Engineering,South China University of Technology,Guangzhou 510640) 《China Petroleum Processing & Petrochemical Technology》 SCIE CAS 2010年第2期51-56,共6页
Naphtha is an important raw material for manufacture of clean fuels and ethylene products. However, China is experiencing a serious imbalance between supply and demand of naphtha, due to its rapidly increasing car pop... Naphtha is an important raw material for manufacture of clean fuels and ethylene products. However, China is experiencing a serious imbalance between supply and demand of naphtha, due to its rapidly increasing car population and booming ethylene industry, the demand of which cannot be met by the domestic depleting crude oil resources. Focusing on alleviating the above-mentioned naphtha deficit, this paper puts forward an idea suggesting that China's limited naphtha resource should be used reasonably. Naphtha feedstocks with more potential aromatic content should be used in catalytic reforming process to produce clean fuel products, and those feedstocks with more paraffinic content should be used in ethylene production. Meanwhile, industry tests show that the low-valued naphtha byproduct from ethylene plants and the products of secondary processing units at refineries can also be applied so as to extend the naphtha supply for manufacture of cleaner fuels and ethylene derivatives. 展开更多
关键词 cleaner gasoline ethylene naphtha feedstock optimization
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Development of a Fuel-flexible Co-gasification Technology 被引量:2
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作者 赵月红 温浩 +1 位作者 郭占成 许志宏 《Chinese Journal of Chemical Engineering》 SCIE EI CAS CSCD 2005年第1期96-101,共6页
As one of promising clean coal technologies used to reduce pollutant emission and CO2 discharge, co gasification has been extensively investigated. In this paper, a new co-gasification technology using coal and natura... As one of promising clean coal technologies used to reduce pollutant emission and CO2 discharge, co gasification has been extensively investigated. In this paper, a new co-gasification technology using coal and natural gas was developed. The distinct advantages of this technology are the excellent fuel flexibility and the availability to establish the gasifier by reconstructing the blast furnace or similar shaft furnace. Based on the concept of the new co-gasification technology, lab-scale experiments and modeling study were carried out. The obtained results indicate that gasification is undertaken at ideal thermodynamic environment where quasi-equilibrium could be reached without catalysts. The modeling results are in agreement with experimental data, demonstrating the validity of the model and that Aspen Plus is a useful tool for the analysis of the co-gasification process. Furthermore, the effect of major operation parameters, including oxygen flow rate and steam flow rate, on co-gasification process was investigated using the developed model. 展开更多
关键词 CO-GASIFICATION blast furnace GASIFIER aspen plus clean coal technology (CCT)
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