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首页> 外文期刊>Clean >BIOREGIS Software Platform Based on GIS Technology to Support in-Situ Remediation of Petroleum Contaminated Sites. Case Study: Razvad - Dambovita County, Romania
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BIOREGIS Software Platform Based on GIS Technology to Support in-Situ Remediation of Petroleum Contaminated Sites. Case Study: Razvad - Dambovita County, Romania

机译：基于GIS技术的BIOREGIS软件平台，支持石油污染场地的现场修复。案例研究：Razvad-罗马尼亚Dambovita县

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摘要

With a need for the management of petroleum contaminated sites on Romanian territory, an experimental software platform involving ESRI-ArcGIS technologies (BIOREGIS) is presented in this study. The BIOREGIS platform is aimed to: (i) Build the structure of relational, standardized databases to store spatial and textual characteristic information on polluted sites for further risk analysis and planning of remediation actions, (ii) improve the pollution risk assessment methodology for Romanian petroleum contaminated sites and its informatics implementation, and (iii) develop and operate the software platform for pollution risk based management involving GIS/ remote sensing technologies and remediation activities. The operation of BIOREGIS has been tested for a pilot contaminated area situated at Razvad - Dambovita County, which has been subjected to in situ remediation procedures involving both bioreme-diation and electrokinetic processes.
机译：由于需要管理罗马尼亚领土上的石油污染站点，本研究提出了一个涉及ESRI-ArcGIS技术（BIOREGIS）的实验软件平台。 BIOREGIS平台旨在：（i）建立相关的标准化数据库的结构，以在受污染的地点存储空间和文本特征信息，以进行进一步的风险分析和补救措施的计划；（ii）改进罗马尼亚石油的污染风险评估方法受污染的场地及其信息学实施；以及（iii）开发和运营用于基于污染风险的管理的软件平台，涉及GIS /遥感技术和补救活动。 BIOREGIS的运行已在位于Razvad-Dambovita县的一个受试点污染区域进行了测试，该区域已经过现场修复程序，涉及生物修复和电动过程。

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