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| 为提升固废的资源化价值，金万泓在烘干系统中集成智能分选模块。例如，处理建筑废料时，烘干后的物料通过磁选、筛分等工序，可分离出金属、骨料和粉料，分别用于再生钢铁、混凝土和建材生产。某建筑垃圾处理厂采用该技术后，资源回收率从 50% 提升至 80%，年处理能力突破 10 万吨。对于有机固废，如食品加工残渣，烘干后可通过生物发酵制成有机肥。某食品企业将果蔬边角料烘干后，与畜禽粪便混合发酵，年产有机肥 2 万吨，不仅解决了固废处理问题，还开辟了农业合作新渠道。
To enhance the resource value of solid waste, Jin Wanhong integrates intelligent sorting modules in the drying system. For example, when dealing with construction waste, the dried materials can be separated into metals, aggregates, and powders through processes such as magnetic separation and screening, which can be used for the production of recycled steel, concrete, and building materials. After adopting this technology, the resource recovery rate of a certain construction waste treatment plant has increased from 50% to 80%, and the annual processing capacity has exceeded 100000 tons. For organic solid waste, such as food processing residues, organic fertilizers can be produced through biological fermentation after drying. A certain food enterprise dries fruit and vegetable scraps and mixes them with livestock and poultry manure for fermentation, producing 20000 tons of organic fertilizer annually. This not only solves the problem of solid waste treatment, but also opens up new channels for agricultural cooperation. |