碳减排,carbon emission reduction
1)carbon emission reduction碳减排
1.Ways ofcarbon emission reduction of blast oven gas放散高炉煤气的碳减排利用途径研究
2.Management model ofcarbon emission reduction in chemical industry based on the improvement of overall benefits基于提高综合效益的化工行业碳减排的管理模式
英文短句/例句
1.Research on Carbon Tax Policy of China"s Carbon Dioxide Emission Reduction促进我国二氧化碳减排的碳税政策研究
2.Study of Emission Reduce Method of Boiler Rehabilitation or Replacement with CDM电站锅炉改造（替代）CDM碳减排研究
3.An Approach of C Sequestration and Mitigation Inspired by Ferric Oxide from Paddy Soil氧化铁辅助农业固碳减排的技术探索
4.Analysis of Foreign Petrochemical Companies" CO_2 Emission Reduction Measures国外石化公司二氧化碳减排对策分析
5.Ways of carbon emission reduction of blast oven gas放散高炉煤气的碳减排利用途径研究
6.Policy Modeling for China"s CO_2 Emissions Reduction and Its Empirical Analysis;我国二氧化碳减排问题的政策建模与实证研究
7.The Comparison of Policies of Carbon Emission Reduction and Chinese Optimized Choice二氧化碳减排政策比较以及我国的优化选择
8.Carbon dioxide emission reduction and chemical utilization in coal chemical industry煤化工二氧化碳减排与化学利用研究进展
9.Function of Developing Forest Biomass Energy on Reducing Carbon Dioxide发展林木生物质能源对二氧化碳减排的作用
10.Analysis on the ecological footprint of energy and effects on the fixed carbon and reducing discharge of forest in Xiangtan City湘潭市能源的生态足迹及森林固碳减排效应的分析
11.To meet the challenge from carbon tariffs by developing the advanced third generation photovoltaic panels to generate clean powers大力发展“第三代”光伏发电技术,应对“碳减排”的挑战
12.Carbon Sequestration by Forest Will Be One of the Important Approaches for the Reduction of CO_2 Emission after Kyoto Protocol;森林碳汇:后京都时代减排的重要途径
13.Sectoral Technology Potential to Mitigate Carbon Emissions in China;中国减缓部门碳排放的技术潜力分析
14.Fulfill the Promise of Emission Reduction,Promote The Development of low Carbon Economy兑现减排承诺 力促低碳经济发展
15.Review on saving energy and reducing discharge of China paper industry in low-carbon economy perspective低碳经济视角下的造纸工业节能减排
16.Carbon stock and potential of emission reduction of harvested wood products in China中国木质林产品碳储量及其减排潜力
17.Long-Term Climate Change Mitigation Target and Carbon Permit Allocation全球长期减排目标与碳排放权分配原则
18.Reducing emissions of carbon dioxide, however, is another matter.然而，减少二氧化碳的排放量则需另辟蹊径。
相关短句/例句
carbon emissions abatement碳减排
1.Carbon taxes have been frequently advocated as a cost-effective instrument forcarbon emissions abatement,and some countries have implemented carbon taxes or energy taxes.碳税常常被认为是成本有效的碳减排政策工具,目前已有一些国家征收碳税或能源税。
3)C sequestration and mitigation固碳减排
1.In order to explore the approach and method ofC sequestration and mitigation,the effect of ferric oxide on reducing the mineralization of organic materials(rice straw,pig manure,sewage sludge and granule organic fertilizer)under aerobic incubation and field landfill conditions was explored and elucidated.通过选取水稻秸秆、猪粪、污泥和颗粒有机肥,添加氧化铁后分别进行室内好气培养(25℃)和田间填埋矿化(夏季),以探索农业固碳减排的技术途径。
4)carbon emission reduction potentials碳减排潜力
1.To facilitate CDM project development, bottom-up approaches were used to assesscarbon emission reduction potentials for various sectors in Guangxi including high energy intensive industries such as ferrous metals, nonferrous metals, building material, chemicals, sugar making and papermaking, power sector, ethanol producing from tap.为加快CDM项目的开发,以广西为试点,采用自下而上的方法针对其重点行业的二氧化碳减排潜力进行评价,具体地包括:高耗能工业(冶金、有色金属、建材、化工、制糖、造纸等)、电力(火电、水电、风电)、户用沼气池、木薯制燃料酒精、有机废液利用等。
5)carbon abatement technology碳减排技术
6)Carbon-mitigation Cost碳减排成本
延伸阅读
CO_2减排技术CO_2减排技术technology for reduction of CO_2 emissionCOZJ一onPo一J一shuCO:减排技术(teehnology for reduetion ofCOZ emission)用化学、物理、生态等方法从烟气或煤气中分离、回收利用或处理CO:，以减少或分离化石燃料燃烧生成的C02或分离煤气或天然气中C02的技术。也称碳整合技术(earbon sequestration)。此项技术当前尚处于可行性研究或试验阶段，主要有:①分离回收技术:以氛系为吸收液的化学吸收法，用类似于沸石等固体吸附剂的物理吸收法和利用高分子膜对不同气体的不同渗透速度将C02从烟气中分离出来的膜分离法等。②利用技术:液化COZ已广泛地用于焊接、冷却、生产碳酸盐和尿素及饮料等领域，但大t地利用C02的技术，如C02与HZ在高温高压和催化剂条件下合成甲醇、甲烷，与乙醇、环氧化物及不饱和碳化氢合成各种含氧有机化合物等则正在研究之中。③储存技术:将分离出来的C02液化后存放在地下蓄水层或废弃的油井、气井中，或储存于深海等。④加强自然界的补偿:大气与海洋、森林生物圈之间的COZ交换，与人为的CO:排放相比是非常巨大的，只要稍徽增加全球碳循环中CO:的吸收量，就会对大气中温室气体浓度的降低起显著作用，为此要禁止砍伐森林，扩大森林种植和复种面积，增加CO:在现有森林中的存储t。庞大的回收、处理设备需要大量的建设资金和运行费用。据估算，对于一座500 MW的火电厂，如采用化学吸收法从烟气中吸收CO:，液化后储存在soom深的海底，燃用天然气时发电成本要增加50写~7。%，嫩用煤炭时发电成本要增加130%~190%。目前实施这些减排技术，困难很大，尚需进一步研究。
