党的二十届四中全会提出，提升农业综合生产能力和质量效益。粮食储备是保障国家粮食安全的核心支 柱，是统筹粮食供需、应对风险挑战、稳定市场预期的"压舱石"和"缓冲器"。储备管理能力的高低，直 接关系到储备粮的质量品质，既是实现节粮减损的基础，也是实现加工增值的前提。 近年来，新疆粮食和物资储备部门深入实施优质粮食工程，积极推动绿色储粮技术集成应用，统筹使用 项目资金，持续加大高标准粮仓建设力度，推进粮食节约减损。同时，通过申报科技项目，开展高标准 粮仓改造提升、绿色储粮技术适用性、储粮亚生态区划分等关键技术研究，支持行业专家、科研院所和 涉粮企业开展理论研究，推动成果转化，赋能绿色优储。 各地结合储粮实际需求，综合应用屋顶架空、屋面反射涂料、聚氨酯喷涂等保温隔热技术，通过提高仓 顶仓壁的阳光反射率，减少阳光辐射热量，使仓温有效下降5至7摄氏度，有效抑制粮堆发热和霉变，提 高了原粮加工品质。同时，探索推广内环流、谷物冷却等控温技术，以及食品级惰性粉、储粮害虫诱捕 器等有害生物综合防治技术，对新建高标准仓房统一配置内环流装置，在实现冬季蓄冷、夏季降温的同 时，减少化学药剂使用和粮仓能耗，实现绿色优质储粮。 目前，新疆 ...

目前，公司正积极计划与山东商务职业学院等高等院校搭建产学研合作平台，共同致力于绿色储粮技术 标准的完善与创新，探索可复制、可推广的先进工作模式，为构建更高层次、更高质量、更有效率、更 可持续的粮食储备安全保障体系贡献"烟台力量"。(烟台市粮油储备库有限公司) 升级设施，打造"长储长新"的绿色粮仓。聚焦仓储设施的基础性升级，通过对仓房外墙加装保温层、粉 刷反射涂料、更换气密门窗等一系列技术改造，显著提升了粮仓的隔热、防潮与气密性能，确保全年平 均粮温稳定控制在20℃以下，实现了粮食品质的长期保鲜和储存环节的节粮减损。在出入库环节，通过 配备液压翻板卸粮机、脉冲除尘清理筛等高效设备，使日入库能力提升至1200吨，单车卸粮时间缩短约 50%。此举，不仅大幅提升了作业效率，降低了人工成本，更有效减少了粮食在装卸过程中的破碎损失 和杂质增量，从源头保障了粮食安全。 科技赋能，建设"明察秋毫"的智慧粮仓。大力推进粮库信息化建设，构建了覆盖粮食流转全生命周期的 智能管理体系。应用"一卡通"系统，实现了从粮食入库、检斤、验质、入仓、结算到储藏、出库的全流 程数据采集与监控，确保了每一步操作可控、可溯。依托先进的粮情测控系统， ...

Core Viewpoint - The conference focused on promoting the integration and application of green grain storage technologies, aiming to transition from traditional storage methods to more sustainable practices that enhance quality preservation and reduce waste [1][2]. Group 1: Conference Highlights - The event showcased new technologies, equipment, and materials related to green grain storage, emphasizing a comprehensive approach to improve storage quality and efficiency [1]. - A total of 30 demonstration sites for green grain storage technology integration will be launched in 2025, including the Dongguan branch of Guangdong Provincial Reserve Grain Management Group [1]. - The initiative aims to shift the focus from merely ensuring food safety and reducing losses to enhancing quality preservation and promoting environmentally friendly storage practices [1]. Group 2: Strategic Recommendations - Emphasize the development of a systematic green grain storage technology innovation framework that aligns with low-carbon, waste reduction, and quality improvement goals [2]. - Promote the establishment of demonstration points to lead the industry and enhance the level of industrialization while increasing awareness and promoting green storage standards [2]. - Tailor technology applications to regional characteristics, ensuring the use of advanced technologies for high-quality green storage initiatives [2]. - Strengthen project organization and communication, ensuring effective funding supervision and performance management to achieve tangible results from the demonstrations [2]. - Focus on talent development by forming expert service teams and providing technical training to cultivate a skilled workforce in the field of scientific grain storage [2].