全球科技经济瞭望
全毬科技經濟瞭望
전구과기경제료망
QUANQIU KEJI JINGJI LIAOWANG
2014年
11期
11-20
,共10页
美国%页岩气%页岩气开发%水力压裂技术
美國%頁巖氣%頁巖氣開髮%水力壓裂技術
미국%혈암기%혈암기개발%수력압렬기술
U.S.%shale gas%development of shale gas%hydraulic fracking technology
美国大规模页岩气开发取得了显著成效,能源安全得到有力保障,为经济复苏提供了坚实保障,增加了就业及政府收入,并有助于减少温室气体的排放。美国大规模开发页岩气,除源于能源供应紧张外,还有政府鼓励开发非常规能源以及页岩气开发技术日臻完善。水力压裂技术是页岩气开发的关键技术,但存在水资源被过度使用、地下水及环境被污染及人工诱发地震等潜在风险。美国页岩气持续稳定发展也面临气田产量衰减和公司盈利能力等问题。目前,为缓解天然气紧缺,欧洲也在考虑开发页岩气,但美国页岩油气爆发式发展的成功有许多是美国自身的因素,其他国家要照搬并不可取。
美國大規模頁巖氣開髮取得瞭顯著成效,能源安全得到有力保障,為經濟複囌提供瞭堅實保障,增加瞭就業及政府收入,併有助于減少溫室氣體的排放。美國大規模開髮頁巖氣,除源于能源供應緊張外,還有政府鼓勵開髮非常規能源以及頁巖氣開髮技術日臻完善。水力壓裂技術是頁巖氣開髮的關鍵技術,但存在水資源被過度使用、地下水及環境被汙染及人工誘髮地震等潛在風險。美國頁巖氣持續穩定髮展也麵臨氣田產量衰減和公司盈利能力等問題。目前,為緩解天然氣緊缺,歐洲也在攷慮開髮頁巖氣,但美國頁巖油氣爆髮式髮展的成功有許多是美國自身的因素,其他國傢要照搬併不可取。
미국대규모혈암기개발취득료현저성효,능원안전득도유력보장,위경제복소제공료견실보장,증가료취업급정부수입,병유조우감소온실기체적배방。미국대규모개발혈암기,제원우능원공응긴장외,환유정부고려개발비상규능원이급혈암기개발기술일진완선。수력압렬기술시혈암기개발적관건기술,단존재수자원피과도사용、지하수급배경피오염급인공유발지진등잠재풍험。미국혈암기지속은정발전야면림기전산량쇠감화공사영리능력등문제。목전,위완해천연기긴결,구주야재고필개발혈암기,단미국혈암유기폭발식발전적성공유허다시미국자신적인소,기타국가요조반병불가취。
The large scale development of shale gas in the United States has gained a huge success which in turn ensures its energy security and economy recovery. The success can be attributed to government policies taken by federal or state to push it forward, as well as innovative technologies developed during the shale gas exploration. The hydraulic fracking technology, a key technology in shale gas exploration, could bring some potential risks such as overuse of water resources, pollution of ground water and environment, as well as artiifcially induced earthquake. Besides, issues such as sharp production decline of shale gas plays and proiftability of shale gas companies are still in hot debate. In Europe, large scale shale gas development is under precautious consideration, but it will be dififcult to replicate the U.S. shale gas experience.