Group 1 - The core viewpoint of the articles highlights the implementation of advanced technology and monitoring systems in school cafeterias in Zhejiang, enhancing food safety and efficiency in meal preparation and delivery [1][2][3] Group 2 - The Zhejiang education bureau has introduced a smart cloud scale for receiving ingredients, which connects to a provincial platform for automatic matching with daily menus and alerts for discrepancies [1] - At the Hangzhou Second High School Qianjiang School, students can pre-order meals through electronic systems, reducing wait times and allowing for personalized meal options based on nutritional considerations [2] - The "Qing Shan e Home" regulatory platform has been established, covering all primary and secondary schools in 13 districts, with multiple warning functions and indicators to ensure food safety [2][3] - The "Smart Governance of School Cafeterias" initiative has activated 14 regulatory models covering various aspects such as procurement, acceptance, dining, finance, and food safety, with plans for further data standardization and intelligent alerts [3]

路弘科技的除油装置 中国联合用废旧轮胎生产出的精炼油 你相信吗？餐厨垃圾中的油脂被智能系统精准捕获后，可以"华丽变身"为飞机燃料；一只废旧轮 胎，在550℃的反应釜中可以实现"浴火重生"；汽车涂装车间的废液在微观"气泡导弹"的轰击下，可缩 减50%的排放量…… 在杭州高新区（滨江），一场由科技创新驱动的"绿色炼金革命"正悄然改变着城市废弃物的命运。 眼下，该区正在拟定《高新区（滨江）减污降碳协同创新案例集蓝皮书》，系统梳理了区内20余项具有 目前，企业的废旧轮胎年处理能力可达2万吨，相当于消化50万辆轿车或3万辆货车轮胎。更难得的 是，整个处理过程仅需10亩用地，产出的再生油可作为燃料供制造基地利用，产出的再生炭黑又可重新 用于轮胎制造，真正实现了"从轮胎中来，到轮胎中去"的循环经济闭环。 该技术通过智能化的油水分离系统，能够精准提取厨余垃圾中的废弃油脂——当油水混合物进入分 离器后，系统会实时监测油层状态：面对浓稠油层时自动抬升出油口，遇到稀薄油层时则智能下调，全 程无需化学添加剂，仅依靠物理原理将厨余垃圾中的废弃油脂精准提取。 "一般餐厨垃圾的提油率在3%-5%，如果一个城市每天回收处置100吨餐厨垃圾， ...