国土资源科技管理
國土資源科技管理
국토자원과기관리
Scientific and Technological Management of Land and Resources
2011年
6期
99~103
,共null页
干式贮灰场 地下水 污染 防渗 土工膜
榦式貯灰場 地下水 汙染 防滲 土工膜
간식저회장 지하수 오염 방삼 토공막
dry ash disposal area; underground water ; pollution; anti-seepage; geo-membrane
干式贮灰场可能引起的环保问题主要有对地下水、地表水、扬尘、噪声等，其中对地下水的影响往往更严重。对干式贮灰场进行防渗处理，是避免污染地下水环境，达到环保标准的重要方法。以此为思路，探讨了灰场可能污染方式、干灰场防渗的规定、作法，并对扩建灰场的防渗问题进行了深入探讨。
榦式貯灰場可能引起的環保問題主要有對地下水、地錶水、颺塵、譟聲等，其中對地下水的影響往往更嚴重。對榦式貯灰場進行防滲處理，是避免汙染地下水環境，達到環保標準的重要方法。以此為思路，探討瞭灰場可能汙染方式、榦灰場防滲的規定、作法，併對擴建灰場的防滲問題進行瞭深入探討。
간식저회장가능인기적배보문제주요유대지하수、지표수、양진、조성등，기중대지하수적영향왕왕경엄중。대간식저회장진행방삼처리，시피면오염지하수배경，체도배보표준적중요방법。이차위사로，탐토료회장가능오염방식、간회장방삼적규정、작법，병대확건회장적방삼문제진행료심입탐토。
Problems caused by a dry ash disposal area include the pollution of underground water, the pollution of ground water, the pollution of fugitive dust and noise during construction, of which the pollution of underground water is the most serious hazard. To prevent underground water from being contaminated and to meet the environmental standard, anti-seepage system is the important design for dry ash disposal area. Possible pollution types, environmental standards and practice and anti-seepage system design for extensive ash disposal area are discussed in the paper.
