针对高盐、高浓度有机废水处理过程，通过多类技术比选，推荐金属萃取法作为实现金属的回收与资源化再利用的技术、树脂吸附法作为有机物回收与资源化再利用的技术、高级氧化法作为实现有机物降解的技术、机械蒸汽再压缩（MVR）作为盐分回收与分离的技术，进而集成一套以“金属萃取法-树脂吸附法-高级氧化法-机械蒸汽再压缩”为主体工艺的高盐、高浓度有机废水资源化处理集成技术。
In view of the treatment process of high salt and high concentration organic wastewater, through comparison and selection of various technologies, this article recommends the metal extraction method as the technology to realize metal recovery and resource reuse, the resin adsorption method as the technology to realize organic matter recovery and resource reuse, the advanced oxidation method as the technology to realize organic matter degradation, and the mechanical vapor recompression as the technology to realize salt recovery and separation. Furthermore, a set of technologies for resource treatment of high salt and high concentration organic wastewater is integrated, which takes "metal extraction resin adsorption advanced oxidation mechanical vapor recompression (MVR)" as the main process. This integrated technology is useful for fine chemical enterprises to realize cleaner production and bring considerable economic benefits; it is helpful to realize the high quality and high value recovery of organic matter and inorganic salt, and has very important social benefits; it may improve the wastewater treatment level and resource recycling efficiency of China's fine chemical industry, and produce significant environmental benefits. It can provide important technical guidance for the recycling technology and industrialization of high salt and high concentration organic wastewater in the production process of typical inorganic fine chemicals, and help the green and sustainable development of fine chemical industry.
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