约翰·托德博士研发的专利生态废水处理和水资源回收系统。该系统利用一系列多样化的生态系统,包括细菌、藻类、植物、蜗牛和鱼类,在水箱或温室等受控环境中净化水质。该系统模拟了湿地和其他水生生态系统的自然净化过程,但采用了强化的人工环境。

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约翰·托德博士研发的专利生态废水处理和水资源回收系统。该系统利用一系列多样化的生态系统,包括细菌、藻类、植物、蜗牛和鱼类,在水箱或温室等受控环境中净化水质。该系统模拟了湿地和其他水生生态系统的自然净化过程,但采用了强化的人工环境。
活体机器(Living Machine),又称生态机器(Eco-Machine),是一种先进的污水处理生态工程系统。该系统由新炼金术研究所(New Alchemy Institute)的生物学家约翰·托德(John Todd)首创。与传统的化学或机械污水处理厂不同,活体机器采用复杂的自组织生物网络进行净化。该过程通常涉及一系列水箱或单元,每个水箱或单元都包含一个针对特定处理阶段的独特生态系统。
Wastewater flows sequentially through these cells. The first stages often involve anaerobic and anoxic tanks where microbes break down solids and organic compounds. Subsequent stages are aerobic, housed in clear tanks or greenhouses to allow for 光合作用. These tanks contain a diverse array of plants (like water hyacinths or cattails) whose roots provide vast surface area for beneficial bacteria and microorganisms. Snails, amphipods, and other invertebrates graze on algae and biofilms, while fish may be introduced in later stages to consume smaller organisms. The result is a robust, resilient system that can effectively remove pathogens, nutrients, and organic pollutants, producing high-quality reclaimed water suitable for non-potable uses like irrigation or toilet flushing.
生活机器
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