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Implementation and Operation of Coconut Fibre/Husks Stormwater Filters as Sustainable Drainage Systems (SuDS) for Rural Communities across the Caribbean

机译:实施和运营椰子纤维/果壳雨水过滤器作为整个加勒比地区农村社区的可持续排水系统(SuDS)

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Coconut fibre/huskfilters can be appropriate in handling high turbid stormwaters without becoming quickly clogged. This low impact type filter can "polish" stormwater removing high turbidity and contaminants. Three filter units were constructed and tested at the University of Trinidad and Tobago for urban runoff recycling and non-potable supply to improve water sanitation and reduce the risk of flooding.The filter utilised local materials that are both widely available and inexpensive enough to discard after use eliminating back-washing. The accumulated water quality data measured inflow and outflow parameters.The removal of the particulates was measured against the local and international water quality standards. Experimental results showed that the coconut fibre/huskfilters achieved results equal to conventional sand-gravel media filters. There were no significant differences between the filtration techniques which showed that the coconut husks/fibre filter can treat stormwaters of high turbidity (usually the case for the southern Caribbean).
机译:椰子纤维/果壳过滤器可能适合处理高浊度的雨水而不会很快被堵塞。这种低冲击类型的过滤器可以“抛光”雨水,从而去除高浊度和污染物。特立尼达和多巴哥大学建造并测试了三个过滤器单元,用于城市径流回收和非饮用水供应,以改善水的卫生状况并降低洪水风险。使用消除反冲洗。累积的水质数据测量了进水和出水参数,并根据当地和国际水质标准测量了颗粒物的去除情况。实验结果表明,椰子纤维/果壳过滤器获得的效果与传统的砂砾介质过滤器相当。过滤技术之间没有显着差异,这表明椰子壳/纤维过滤器可以处理高浊度的雨水(南部加勒比地区通常是这种情况)。

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