洪范八政，食为政首。 粮食，一头系着国运昌盛，一头牵着民生安康，自古以来便是"国之大者"。"十四五"期间，我国粮食安 全根基愈加深厚——粮食年产量稳定在1.3万亿斤以上，更于2024年历史性迈上1.4万亿斤新台阶。 破壁自强：农业科技革新的"擎旗者" 2024年6月24日，代表中国科技界最高荣誉的2023年度国家科学技术奖励大会在人民大会堂隆重举行。 金正大集团再度迎来高光时刻——其与山东农业大学等联合申报的"绿色生物基材料包膜控释肥创制与 应用"项目，荣膺国家技术发明奖二等奖。这是继2009年、2012年之后，金正大集团第三次捧起国家科 技奖的桂冠。三次问鼎，在肥料领域可谓独树一帜。 获奖评定这样写道：该控释肥技术已达国际领先水平，引领了国际控释肥的创新与发展，必将为解决肥 料资源浪费、耕地质量下降等问题，保障国家粮食、生态环境和农产品质量安全，促进农业绿色发展发 挥重要作用。 荣誉背后，是金正大二十余年如一日，致力于缓控释肥技术升级的孜孜以求与赤诚初心。二十多年前， 中国缓控释肥产业化尚属"无人区"。面对海外技术封锁与国内农业转型的"内忧外患"，以金正大集团为 代表的先行者，毅然踏上了自主创新的漫漫长路。 ...

洪范八政，食为政首。 粮食，一头系着国运昌盛，一头牵着民生安康，自古以来便是"国之大者"。"十四五"期间，我国粮食安全根基愈 加深厚——粮食年产量稳定在1.3万亿斤以上，更于2024年历史性迈上1.4万亿斤新台阶。 14亿人饭碗端得更稳更牢的背后，是日益强大的科技支撑，更是无数耕耘者朝乾夕惕的奋斗。这其中，不得不提 到一家化肥企业——金正大集团。 作为中国唯一3次荣获国家科技奖的化肥企业、首个将自主肥料技术成功输出欧洲的企业，以及全球最大缓控释肥 生产商，"十四五"时期，金正大集团在提升粮食产能、守护大国粮仓的征程中，交出了一份沉甸甸的闪亮答卷。 都彰显了其敏锐的洞察与果敢的实践。 "十四五"期间，金正大持续深化产学研融合，推动技术创新与成果转化。在巩固缓控释肥优势的同时，加速布局 绿色高效肥料新领域，结出累累硕果。 特别是2024年获国家技术发明奖的生物基包膜缓控释肥技术，直击传统石化膜材不可再生、成本高昂的痛点，成 功攻克生物基材料成膜难、养分释放与作物需求匹配难等世界级难题。"相比传统石化膜材，生物基材料在控释性 能与降解性能上优势明显，且生产步骤更简单，成本更低，更加绿色环保。"金正大集团总裁万鹏介绍 ...

Core Viewpoint - The fertilizer industry is entering a critical period of continuous innovation and rapid development over the next decade, with global collaboration and integration becoming mainstream [1]. Group 1: Industry Trends - The conference focused on global agricultural development and discussed how to leverage cutting-edge agricultural technology to drive industry transformation and enhance food security [3]. - The fertilizer industry faces urgent tasks for transformation and upgrading, as highlighted by the Secretary-General of the China Phosphate and Compound Fertilizer Industry Association, emphasizing the need for product innovation and a shift towards service-oriented production [3]. Group 2: Technological Advancements - The bio-based coated slow-release fertilizer technology led by the company is set to gain recognition from the Food and Agriculture Organization of the United Nations by 2025, supporting agricultural quality and efficiency in China [5]. - The latest 2.0 enhancement technology from the German Schnoor Institute incorporates unique nutrient leakage prevention, plant vaccines, and microbial activation, improving fertilizer efficiency while reducing agricultural production costs [5]. Group 3: Future Directions - The agricultural sector is transitioning from "experience-based fertilization" to "precision nutrition," with enhanced and functional fertilizers identified as key directions for market demand and industry transformation [6]. - The company plans to promote integrated technological solutions through platforms like the FAO, utilizing experimental demonstrations and digital methods [6]. - The company aims to implement the strategy of "storing grain in the land and technology," leveraging 27 years of technological accumulation and industry practice to contribute to global food security and green agricultural development [6].

Group 1 - The core issue in the job market is the mismatch between the practical experience of graduates and the actual needs of enterprises, highlighting the importance of industry-academia collaboration as a key solution [1] - In Shandong, a collaboration project allows students to participate in research while still in school, enhancing their practical skills and employability [3] - The technology developed through industry-academia cooperation is continuously evolving, with a company establishing overseas factories to promote its innovations globally, providing more opportunities for students involved in these projects [4] Group 2 - Research results, such as practical patents and published papers, are highly valued by companies, establishing a strong foundation for graduates seeking employment [6] - Graduate training programs are increasingly oriented towards societal needs, with universities collaborating with enterprises to address industry-specific challenges, yielding significant economic and ecological benefits [10] - In 2024, China added 1,839 new academic programs and removed 3,648, reflecting a shift towards new disciplines like "New Engineering, New Medicine, New Agriculture, and New Liberal Arts" to better align education with market demands [12] Group 3 - The demand for AI-related talent is surging, with job postings increasing by 15.9% year-on-year, prompting universities to adapt their curricula to meet the evolving needs of the job market [12][13] - Universities are implementing comprehensive AI education, ensuring that all students acquire skills in artificial intelligence, which is becoming increasingly important for employability [13] - Institutions are breaking down disciplinary barriers to create interdisciplinary programs that combine liberal arts with engineering and medical fields, addressing the need for versatile talent in the job market [15][20] Group 4 - There is a significant shortage of interdisciplinary talent that combines humanistic knowledge with practical skills, prompting universities to integrate technologies like AI and big data with traditional liberal arts disciplines [23]

金正大在FAO 80周庆典期间发布向全球共享生物基包膜缓控释肥技术规划。（受访者供图） 据介绍，2025年，金正大缓控释肥技术"出海"成效显著。在欧洲，集团于荷兰建立首个以中国技术为主导的海外缓控释肥工厂，标志中国缓控释肥技 术正式进入欧洲市场，工厂还构建覆盖欧洲及非洲的营销服务网络，为当地农户提供技术支持与农化服务。在东南亚，集团与印尼农业科技公司AgriAKU 签署战略合作协议，通过建设示范田、开展农户培训及提供农化服务开拓市场，提升当地农业生产效率，助力农户增产增收。在非洲，今年7月集团借 FAO"一国一品倡议"全球项目启动研讨会，与莱索托达成协议提供缓控释肥技术解决方案，提升当地马铃薯种植效益，目前已在部分非洲国家打造1000公 顷试验田，为技术大规模推广奠基。 万鹏表示，未来金正大将深化三大布局推动缓控释肥技术全球化应用：加速技术在共建"一带一路"国家的输出与产品销售，构建全球技术推广网络； 联合国际机构共建科研培训中心，提升全球农业从业者技术水平与创新能力；加强国内外产学研合作，加大研发与推广力度，推动技术迭代和产业升级。 10月10日，联合国粮农组织（FAO）成立80周年庆典活动——"从良种到美 ...

Core Points - The United Nations Food and Agriculture Organization (FAO) is celebrating its 80th anniversary with a global exhibition titled "From Good Seeds to Gourmet Food" in Rome, showcasing agricultural technologies and products from over 130 countries [1] - China’s leading slow-release fertilizer company, Kingenta Ecological Engineering Group, is the only invited Chinese fertilizer enterprise at the exhibition, presenting its bio-based coated slow-release fertilizer technology [1] - During the event, notable figures including FAO Director-General Qu Dongyu and the King of Lesotho visited Kingenta's booth, highlighting the company's role as a global partner of FAO [1] Company Developments - Kingenta has established its first overseas slow-release fertilizer factory in the Netherlands, marking the entry of Chinese technology into the European market and creating a marketing and service network across Europe and Africa [2] - The company signed a strategic cooperation agreement with Indonesian agricultural technology firm AgriAKU to enhance agricultural productivity in Southeast Asia through demonstration fields and comprehensive agronomic services [2] - In July, Kingenta reached an agreement with Lesotho to provide slow-release fertilizer technology solutions to improve potato cultivation efficiency, with 1,000 hectares of experimental fields already established [2] Industry Impact - The presence of Chinese slow-release fertilizer technology at the FAO global conference signifies China's leading technological innovation and strong influence in the agricultural sector [2]

Core Viewpoint - The company aims to promote its bio-based slow-release fertilizer technology as a model for global agricultural sustainability and food security, leveraging the "One Country, One Product" initiative supported by the UN FAO [1][2] Group 1: Technology Development - The company shared a report on the development of bio-based slow-release fertilizer technology, highlighting its latest achievements in research and application [1] - The technology integrates three national science and technology awards in China, emphasizing its environmentally friendly, biodegradable nature, precise nutrient release, high fertilizer efficiency, and reduced labor and fertilizer costs [1] - The technology also incorporates Germany's Schneider Efficiency Technology 2.0, which includes nutrient leakage prevention, plant vaccine technology, and microbial activation technology, improving soil microenvironment and enhancing fertilizer utilization [1] Group 2: Product Development - The company has developed specialized slow-release fertilizer products for over ten crops, including wheat, corn, rice, garlic, banana, and peanut, tailored to support the "One Country, One Product" initiative [1] - These products utilize the award-winning slow-release fertilizer technology and Schneider Efficiency Technology 2.0, aiming to increase crop yield and quality while reducing production costs for farmers [1] Group 3: Strategic Goals - The company has made comprehensive plans for technical support, solution development, and promotion to better support project construction [2] - The goal is to help farmers in project countries increase their income, drive local industry upgrades, and promote a more efficient, inclusive, resilient, and sustainable agricultural food system [2]

Core Viewpoint - The company is actively promoting its biobased membrane slow-release fertilizer technology globally, emphasizing the importance of international collaboration and sharing in addressing global food security challenges [3][9]. Group 1: Internationalization Strategy - The company has adopted a "technology licensing + localized production + service output" model to expand its market presence in Europe and Southeast Asia [3]. - The establishment of the first overseas slow-release fertilizer factory in the Netherlands marks a significant step in the company's global promotion efforts [3]. - The company has formed strategic partnerships in Indonesia to further its market reach in Southeast Asia [3][4]. Group 2: Technological Innovation - The company has developed a robust innovation system through collaboration with academic institutions, resulting in significant advancements in slow-release fertilizer technology [6]. - It has achieved a leading position in the global market, with an annual production capacity exceeding 7 million tons and holding nearly half of the global patents related to slow-release fertilizers [5][6]. - The company has received multiple national science and technology awards, showcasing its commitment to innovation in the fertilizer industry [6][7]. Group 3: Market Expansion Plans - The company plans to implement a phased promotion strategy, initially focusing on nearby markets such as Southeast Asia and gradually expanding to other regions [8]. - It aims to build a global promotion network that integrates technology, promotion, and ecological considerations to enhance the adoption of slow-release fertilizer technology [8]. - The company intends to establish demonstration fields globally to provide comprehensive support to local partners and farmers [8]. Group 4: Commitment to Global Cooperation - The company emphasizes the need for international cooperation to tackle global food security challenges and aims to leverage its technological innovations to foster collaboration across the agricultural sector [9]. - It seeks to work closely with international organizations to provide training and support for agricultural professionals worldwide [9].

Core Viewpoint - The article highlights the global sharing of bio-based coated slow-release fertilizer technology by the Chinese company Jinzhe Group, aiming to contribute to global food security through a collaborative network of technology, promotion, and ecology [1][2]. Group 1: Technology and Innovation - Jinzhe Group has developed a mature and efficient industrial model for slow-release fertilizer technology, integrating core research achievements and overcoming several world-class technical challenges [2]. - The bio-based coated slow-release fertilizer technology utilizes green bio-based materials to replace traditional petrochemical membrane materials, earning the National Technology Invention Award [2]. Group 2: Global Collaboration and Impact - The company emphasizes an open and shared principle, offering comprehensive support to global partners, including technology, formulation design, production process optimization, field application guidance, and promotion services [2]. - The shared initiative by Jinzhe Group has garnered significant attention from international representatives, with experts from Germany and Egypt noting that Chinese technological innovations have significantly reduced production costs for slow-release fertilizers [2].