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首页> 外文期刊>Environment and Natural Resources Journal >Water Quality Degradation and Management Strategies for Swine and Rice Farming Wastewater in the Tha Chin River Basin
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Water Quality Degradation and Management Strategies for Swine and Rice Farming Wastewater in the Tha Chin River Basin

机译:他钦河流域养猪场和水稻场废水的水质退化及管理对策。

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Water quality in the Tha Chin River regularly exceeds biological oxygen demand (BOD) standards of Thailand’s Enhancement and Conservation of National Environmental Quality Act. This study quantified the BOD loading from rice cultivation and swine farming to the Tha Chin River using effluent data and procedures from the Pollution Control Department (PCD), geospatial land-use maps from the Land Development Department, and water quality data from the Ministry of Natural Resources and the Environment. It was determined that the BOD loading was 12 tons/day from swine farming in 2015 and 52 tons/day, on average, from rice farming between 2002 and 2011. Technology-specific, community-scale wastewater management strategies were recommended for both industries: feasibility studies revealed 66 potential sites for constructed wetland implementation and 7 subdistricts suitable for biogas network pipelines. It was determined that if these projects are implemented in conjunction, the BOD would be reduced by 6% (0.3 mg/L) in the entire river or 11% (0.5 mg/L) at the three water quality monitoring stations proximate to swine farms. These reductions would have a substantial effect on the water quality of the Tha Chin River, and governmental agencies such as the PCD should strongly consider subsidization and implementation of these projects.
机译:他钦河的水质经常超过泰国的《国家环境质量法》中的生物需氧量(BOD)标准。这项研究使用污染控制部(PCD)的废水数据和程序,土地开发部的地理空间土地利用图以及农业部的水质数据,对从水稻种植和养猪场到塔钦河的BOD负荷进行了量化。自然资源与环境。经确定,2015年养猪场的BOD负荷为每天12吨/天,而2002年至2011年间稻谷业的BOD负荷平均为52吨/天。两种行业均建议采用针对技术的社区规模废水管理策略:可行性研究显示,有66个潜在的人工湿地实施地点和7个适合沼气网络管道的街道。已确定,如果将这些项目联合实施,则整个河流的生化需氧量将降低6%(0.3毫克/升),而靠近养猪场的三个水质监测站的生化需氧量将降低11%(0.5毫克/升)。 。这些减少将对塔钦河的水质产生重大影响,PCD等政府机构应强烈考虑对这些项目进行补贴和实施。

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