去年，该公司决定为垃圾填埋气体发电厂扩容，决定处理更多的垃圾。
Last year, the company decided to expand the capacity of its landfill gas power plant, aiming to tap into the increasing amounts of trash.
本文介绍了南京市水阁垃圾填埋场垃圾填埋气体收集现场静态试验和动态试验的方法。
The static state and dynamic methods of LFG collection field trial in Nanjing Shuige Landfill Plant are introduced.
目的研究城市垃圾填埋气体成分及产气规律。方法通过深圳市玉龙坑垃圾填埋场现场抽气试验及理论计算。
Study on the generation law of gases produced from municipal solid waste landfill site and their components have been conduct in Shenzhen city.
垃圾填埋厂释放的大半气体都是甲烷，它使地球变暖的速度是二氧化碳的20倍。
More than half of the landfill gas is methane, which warms the planet 20 times faster than carbon dioxide.
垃圾卫生填埋是能对渗滤液和填埋气体进行控制的填埋方式，被广大发达国家普遍采用。
Sanitary landfill is a filling method that can control percolating and filtrating liquid and landfill gas, and universally adopted by developed countries.
以上海市生活垃圾组成为依据，通过填埋模拟柱实验研究了不同渗滤液循环方式对新鲜垃圾填埋层填埋气体(LFG)产生的影响。
Based on the typical MSW composition in Shanghai, lab-scale simulated landfill columns were used to study the effects of different leachate recirculation operations on landfill gas (LFG) production.
该模型的应用可为垃圾填埋场进行填埋气体产生量预测及收集处理系统的设计、管理提供合理的依据。
It thus provides a scientific basis for environmental impact prediction and assessment of LFG generation and for designing and management of LFG collection and treatment systems.
对于环境保护来说，垃圾填埋法是最糟糕的垃圾处理方法。因为填埋后的垃圾会产生沼气——一种强有力的温室效应气体，二氧化碳效力的21倍。
Landfill is the worst environmental option for waste produced in the UK as the methane it produces is a potent greenhouse gas – 21 times more potent than CO2.
根据垃圾填埋场的设计经验和清淤污泥的特性，工程采用提供侧限的堤坝式填埋方式，并且设置了雨水分流系统、渗滤液收集系统、封场处理和填埋气体导排系统。
According to the design for the refuse landfill and the property of dredged sediment, the lateral restraint dike will be adopted for the sediment landfill, and the rainwater diversion system.
垃圾填埋场稳定化过程中不断释放出渗滤液与填埋气体(LFG)，能够产生一系列的资源与环境问题。
Leachate and landfill gas (LFG) are released continually in the process of landfill stabilization, which causes a series of resources and environment problems.
2015年8月，美国针对垃圾填埋和油气行业的甲烷气体排放草拟了专门的标准，并承诺将于2016年制定完成上述标准。
In August 2015, the United States proposed separate standards for methane emissions from landfills and the oil and gas sector, and commits to finalize both standards in 2016.
垃圾填埋是甲烷放射的一个主要来源，全球性变暖的第二个了不起的贡献者在人类温室气体之中(在二氧化碳以后)。
Landfills are a major source of emissions of methane, the second greatest contributor to global warming among anthropogenic greenhouse gases (after CO2).
垃圾填埋是甲烷放射的一个主要来源，全球性变暖的第二个了不起的贡献者在人类温室气体之中(在二氧化碳以后)。
Landfills are a major source of emissions of methane, the second greatest contributor to global warming among anthropogenic greenhouse gases (after CO2).
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