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生态环境保护对策浅论 被引量:5
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作者 韦兵 《环境科学与技术》 CAS CSCD 2003年第B12期100-101,103,共3页
从10个方面论述生态环境保护的途径。10条途径中有些属于在现有生态环境保护的基础上提出新观点。虽未完全涵盖生态环境保护这一主题,但将生态环境保护的重点内容及目前急需解决的问题都作了详尽论述,对做好生态环境保护这项工作有一定... 从10个方面论述生态环境保护的途径。10条途径中有些属于在现有生态环境保护的基础上提出新观点。虽未完全涵盖生态环境保护这一主题,但将生态环境保护的重点内容及目前急需解决的问题都作了详尽论述,对做好生态环境保护这项工作有一定帮助。 展开更多
关键词 生态环境保护 生态生产 防范外来有害物种 垃圾回用
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CH4 emission and recovery from Municipal Solid Waste in China 被引量:1
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作者 徐新华 杨岳平 汪大翚 《Journal of Zhejiang University Science》 EI CSCD 2003年第3期352-357,共6页
Methane (CH 4) is an important greenhouse gas and a major environmental pollutant, second only to carbon dioxide (CO 2) in its contribution to potential global warming. In many cases, methane emission from landfills... Methane (CH 4) is an important greenhouse gas and a major environmental pollutant, second only to carbon dioxide (CO 2) in its contribution to potential global warming. In many cases, methane emission from landfills otherwise emitted to the atmosphere can be removed and utilized, or significantly reduced in quantity by using cost effective management methods. The gas can also be used as a residential, commercial, or industrial fuel. Therefore, emission reduction strategies have the potential to become low cost, or even profitable. The annual growth rate of Municipal Solid Waste (MSW) output in China is 6.24%, with the highest levels found in South China, Southwest China and East China. Cities and towns are developing quickly in these regions. MSW output was only 76.36 Mt in 1991 and increased to 109.82 Mt in 1997, registering an average increase of 43.8%. In China, methane emission from landfills also increased from 5.88 Mt in 1991 to 8.46 Mt in 1997; so the recovery of methane from landfills is a profitable project. 展开更多
关键词 METHANE Municipal Solid Waste(MSW) RECOVERY
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From Rubbish to a Large Scale Industry: A Simple Fabrication of Superfiber with Multitasking Applications
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作者 Hendry Izaac Elim (Elim Heaven) Ronaldo Talapessy +2 位作者 Rafael Martinus Osok Sawia Eliyas Andreas 《Journal of Environmental Science and Engineering(B)》 2015年第11期620-623,共4页
In the whole earth, people increased dramatically from generation to generation which had created a large scale of broken environment so that people are facing more various types of garbage. Most of garbages are not u... In the whole earth, people increased dramatically from generation to generation which had created a large scale of broken environment so that people are facing more various types of garbage. Most of garbages are not useful and as a matter of fact, they are used to be neglected. Furthermore, many efforts have been conducted to change it by many types of recycled methods. Here, a simple technique is proposed with and without using fires to transform the useless natural or man-made rubbish things to be a superfiber as well as thin film with multitasking applications in human daily life. Since most of earth environment is covered by oceans, here the authors show how the ocean related garbage such as the crab skins, broken coral reefs and beach stones were changed to be superfiber and a multitasking device prototype. 展开更多
关键词 Rubbish FABRICATION superfiber multitasking marine environment.
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