（央视财经《正点财经》）"十四五"时期，我国深入推进粮食仓储物流项目建设，高标准粮仓仓容逐年增加。从高效收粮、 科技储粮，再到储粮害虫精准防治，一系列新技术正有力守护着大国粮仓。如今，不仅储粮有新装备，收购入库也进入"AI 全自动"时代，大大提升了效率。 粮食从田间地头运送到收购点，经过扦检才能入库。粮食扦检就是给粮食做体检，通过取样、检验来判定粮食质量的好坏， 是否能够达到入库标准。 中储粮成都研究院工程师 唐琦林：可以看到出糙率是78.51%，证明稻谷是二等粮，可以入库。 扦样完成后，用于抽检的十斤左右的粮食会通过余粮回送装置返还到粮车上，最大程度保证了农民的利益。随后，这车粮食 就可以过磅、入库卸粮。智能扦检系统大大提高了粮食入库的效率。 中储粮成都储藏院工程师 荣云：今年新建10余套扦检设备，目前已经准备就绪，计划投入到秋粮收购中。今年已经完成扦 检约1.3万余次车辆，收粮约65万吨。 转载请注明央视财经 总台央视记者 刘悦欣：这是第三代粮食智能扦检系统，一会就要在这里给粮食做体检。 与传统扦检不同，第三代粮食智能扦检系统可以根据车厢长度自动匹配扦样点数量和位置，这辆车车厢长13米，需要取到十 个点。 ...

Core Insights - During the "14th Five-Year Plan" period, China is advancing grain storage and logistics projects, with high-standard grain storage capacity increasing to 220 million tons, a rise of 7 million tons compared to the end of the "13th Five-Year Plan" [1] - New technologies in efficient grain collection, scientific storage, and precise pest control are effectively safeguarding the nation's grain reserves [1] Group 1: Grain Storage Innovations - The new air membrane grain storage facilities, referred to as "white fat ones," can store 7,500 tons of soybeans each, enough to produce edible oil for 80,000 people for a year [3] - The air membrane grain storage features a unique three-layer structure: an outer layer made of high polymer membrane, a middle layer of high-density polyurethane for insulation, and an inner layer of reinforced concrete for durability [7] - The construction of air membrane grain storage combines new air membrane architecture with traditional grain storage, enhancing airtightness, insulation, and waterproofing, leading to a 30% reduction in operational costs compared to traditional grain silos [9] Group 2: Smart Grain Inspection Systems - The third-generation intelligent grain inspection system automates the sampling process based on the length of the truck, significantly improving efficiency [13] - The system can analyze grain quality indicators such as impurity rates and husked rice content within approximately 12 minutes, ensuring timely and accurate assessments [13] - After sampling, the returned grain ensures minimal loss for farmers, and the entire process from weighing to storage is streamlined [15]

Core Insights - The establishment of grain drying service centers in Qihe County has significantly improved the efficiency of grain storage and reduced losses due to adverse weather conditions [1][2][3] - Qihe County has developed a comprehensive post-harvest service system, enhancing grain drying and storage capabilities, which is crucial for ensuring food security [2][3] Group 1: Grain Drying Centers - Qihe County has built a grain drying service center that allows farmers to dry and store their harvested crops, mitigating risks associated with weather conditions [1] - The grain drying centers have a daily drying capacity of 10,800 tons and a storage capacity of 190,000 tons, forming a service network across the county [2] - The centers have effectively served over 5,000 local farmers and cooperatives, addressing issues of grain spoilage and inadequate drying facilities during harvest [2] Group 2: Economic Impact - The grain drying process has led to a significant reduction in grain loss, with mechanical drying resulting in an average loss of only 12 pounds per acre compared to 60 pounds with natural drying [2] - The implementation of these services has resulted in increased income for farmers, with one farmer reporting an additional income of over 20,000 yuan due to reduced spoilage [1] - Qihe County's grain production is projected to exceed 1.5 million tons in 2024, highlighting the importance of these services in supporting local agriculture [1]

气膜仓自投用以来，在控温、保水、气密等关键指标上表现突出。其仓壁传热系数较传统浅圆仓降低约 70%，夏季仓温上升显著延缓，有效抑制粮食品质劣变。气膜仓空仓试验半衰期达到高标准粮仓建设标 准要求的6倍，气调作业无须二次补气，能耗降低30%以上，能更好实现绿色储粮。 通过持续推动仓储技术与管理模式创新，新津直属库节粮减损取得成效。保管损耗从2022年的0.37%降 至2025年的0.12%，单座气膜仓每年减少二氧化碳排放约3吨，该仓型在空调控温、谷物冷却、冬季通 风等作业中平均能耗降低10%。 "节粮减损是保障国家粮食安全的重要路径。"新津直属库总经理杨宏宇介绍，按照中储粮集团工作部 署，新津直属库大力推进实施科技储粮、节粮减损，同时将持续推进智能化与绿色化深度融合，不断提 升仓储精益化管理水平。 在位于四川省成都市新津区的中央储备粮四川新津直属库有限公司现代化粮仓内，全球首座架空式粮食 气膜仓巍然矗立，智能系统平稳运转，精准调控着粮食储存环境。这家中储粮集团直属粮库，自2009年 成立以来，坚持科技引领，在绿色低碳、节粮减损方面取得积极成效。 新津直属库的成功实践，是贯彻落实"藏粮于技"国家粮食安全战略、推动节 ...

"每到秋收季，粮食收购、仓储设施维护、粮食轮换等各项工作都需要大量资金支持，多亏了银行机构 的金融助力，我们才能顺利完成粮食收购和轮换，近3年来，我们已累计向农发行申请贷款27.46亿元， 靠着这笔资金，让我们顺利完成远红外线防火防盗监控系统等智能化设备的升级、仓储设施的完善。目 前库存粮食已达108.5万吨，不仅筑牢了国家粮食宏观调控的'粮仓'，也让周边农户放心种粮、安心售 粮。"中央储备粮七台河直属库有限公司的负责人赵经理感慨道。 当下，七台河市的秋收工作仍在紧张有序地推进，在金融活水的持续滋养下，一粒粒饱满的粮食正源源 不断地汇入粮仓，成为保障粮食安全、助力乡村振兴的坚实基石。 金秋时节，黑龙江省七台河市的黑土地上，丰收的画卷正徐徐展开——金黄的水稻颗粒饱满，沉甸甸地 压弯了枝头，微风拂过，稻浪翻滚间尽是成熟的气息。这份田野间的丰收喜悦，正顺着运输的车流，延 伸至中央储备粮七台河直属库有限公司的仓储区内。这里同样是一派忙碌有序的景象：智能化收购设备 高速运转，粮食检测、称重、结算一气呵成，农户们拿着手机就能实时收到售粮款，脸上的笑容满是丰 收的踏实与满足。 同时，中国人民银行七台河市分行指导银行机构不断 ...

Core Insights - The article highlights the successful harvest of autumn grain in Wuhan, with modern grain storage facilities playing a crucial role in ensuring the safe storage of the crops [1][2]. Group 1: Harvest and Storage Operations - The grain harvest peak is currently being experienced across the country, with significant operations taking place in Wuhan, where harvested rice is being sent to modern grain storage facilities [1]. - The Hubei Agricultural Development Grain Storage Company has started late rice storage since mid-September, with the capacity to store nearly 20,000 tons by October 10 and a total of 50,000 tons during the entire harvest season [1]. Group 2: Power Supply and Safety Measures - The grain storage facilities require a stable and continuous power supply, with the company emphasizing that any power interruption could disrupt operations [3]. - Prior to the harvest season, the State Grid Wuhan Power Supply Company conducted multiple inspections of the grain storage facilities' electrical systems and provided professional training for electricians to ensure reliable power supply during the storage period [3]. - The "Electricity Guardian" service team from the State Grid has been actively involved in conducting safety checks and training to mitigate risks and ensure stable power supply during the busy harvest season [3].

Core Insights - The company is implementing a comprehensive green storage enhancement initiative to modernize grain storage management through digital technology [1][2][4] Infrastructure Development - The company has invested over 40 million yuan to construct 10 standardized warehouses with a total storage capacity of 65,000 tons, covering an area of 80 acres [2] - The warehouses are equipped with airtight doors, moisture-proof floors, and intelligent ventilation systems, adhering to low-temperature storage standards [2] - The company has successfully secured 4.7 million yuan in government funding to upgrade green storage facilities, including specialized air conditioning and optimized grain monitoring systems [2] Green Technology Application - The company promotes eco-friendly grain storage technologies, achieving a 27% energy savings and reducing annual electricity consumption by approximately 50,000 kWh [3] - The internal temperature of the warehouses has been reduced from over 35°C to around 25°C, and humidity levels have been controlled below 40% [3] - The use of chemical agents has decreased by 30%, effectively controlling grain contamination risks [3] Digital Management and Smart Systems - The company is advancing the "smart grain depot" initiative, integrating a management information system for intelligent control of grain conditions, ventilation, and energy consumption [4] - A comprehensive monitoring network has been established with 83 high-definition cameras, ensuring 100% coverage for dynamic grain supervision [4] - The smart grain storage control system enhances regulatory efficiency, achieving 100% monitoring coverage and improving management efficiency by 50% [4] Data-Driven Management - The management information system generates daily analysis reports, guiding operations such as ventilation and cooling, leading to standardized grain management [5] - The company aims to reduce labor costs by approximately 800,000 yuan annually through technological advancements [5] - The company is committed to enhancing the efficiency of grain storage management and ensuring regional food security [5]

智通财经APP讯，深粮控股(000019.SZ)公告，公司董事会于2025年9月17日审议通过了《关于深粮集团 与西丽街道办事处签订〈西丽高铁枢纽及相关工程土地整备项目一期搬迁补偿协议书〉等相关文件的议 案》。 因西丽高铁枢纽及相关工程建设需要，深圳市南山区人民政府拟进行土地整备，公司全资子公司深圳市 粮食集团有限公司(简称"深粮集团")所属的T505-0008宗地属于西丽高铁枢纽及相关工程土地整备项目一 期土地整备范围，现深粮集团拟与西丽街道办事处就相关搬迁补偿事宜签订相关协议。 曙光粮库位于南山区西丽街道，占地30,052.2m2，总建筑面积45,335.79m2。1998年建成使用。现有6栋 楼房仓，仓容7万吨(折原粮)，8个油罐，罐容0.224万吨。土地使用年限为1995年至2045年，性质为非商 品房用途，用途为仓储用地。曙光粮库评估价值为4.58亿元，含地上建筑物、构筑(附属)物、附着物、 室内自行装修装饰、搬迁费。 ...

Core Viewpoint - The company, Shenliang Holdings, has approved a relocation compensation agreement related to the land preparation project for the Xili High-speed Rail Hub, which is necessary for the construction of the hub and associated projects [1] Company Summary - Shenliang Holdings' subsidiary, Shenzhen Grain Group Co., Ltd., is involved in the land preparation project for the Xili High-speed Rail Hub [1] - The company plans to sign a compensation agreement with the Xili Street Office regarding the relocation due to the land preparation needs [1] Project Details - The land in question, T505-0008, is part of the first phase of the land preparation for the Xili High-speed Rail Hub [1] - The Shuguang Grain Depot, located in Nanshan District, occupies an area of 30,052.2 square meters with a total building area of 45,335.79 square meters [1] - The depot, built in 1998, has a storage capacity of 70,000 tons (in terms of raw grain) and includes 8 oil tanks with a capacity of 0.224 tons [1] - The land use right for the depot extends from 1995 to 2045, designated for non-commercial purposes, specifically for storage [1] - The assessed value of the Shuguang Grain Depot is 458 million yuan, which includes buildings, structures, and relocation costs [1]

Core Viewpoint - The article emphasizes the importance of not only producing grain but also effectively storing and managing it, highlighting the advancements in technology that enhance the efficiency and safety of grain storage and processing [1]. Group 1: Grain Storage and Management - The introduction of an intelligent sampling system at China National Grain Reserves Corporation's Xuzhou branch significantly improves the efficiency of grain quality inspection, reducing the time from 40 minutes to under 20 minutes [3]. - The use of smart monitoring systems allows for remote temperature monitoring of grain storage facilities, enhancing the ability to maintain optimal storage conditions and reducing the time required for inspections from half a day to less than 30 minutes [4]. - The implementation of nitrogen separation technology helps to lower oxygen levels in grain storage, effectively preventing pest infestations and preserving grain quality [4][5]. Group 2: Automation and Robotics - The deployment of a multi-robot automatic leveling system in grain storage facilities has reduced the time required for leveling grain piles from 3-5 days to just half a day, improving operational efficiency [6]. - The system is designed to enable the automation of various tasks such as inspection, sampling, and grain handling, showcasing the potential for further advancements in grain storage operations [6]. Group 3: Processing Innovations - The introduction of a smart production line at Yingkou Bohai Rice Industry Co., Ltd. allows for efficient processing of rice, achieving a selection rate of over 99% and increasing the yield of high-quality rice by at least 2% compared to traditional methods [7]. - The use of advanced sorting machines that utilize multi-spectral recognition and artificial intelligence enhances the quality control process in rice production [7]. Group 4: Food Preservation Techniques - The application of nano-level freezing technology in the production of frozen dumplings ensures that the texture and flavor of the food are preserved, addressing common issues associated with home freezing methods [8]. Group 5: Agricultural Waste Utilization - The promotion of a "straw-fungus-fertilizer" utilization model in Xuchang has transformed agricultural waste into organic fertilizer, demonstrating an innovative approach to waste management in agriculture [9].