安丘市金一诺生物技术有限公司坐落于美丽的山东半岛，公司始创于2007年，深耕农业生物技术领域多年，是通过ISO9001质量管理体系认证的科技型企业。公司累计取得多项自主知识产权，包含2项外观设计专利、15项实用新型专利、2项发明专利，具备扎实的技术研发与创新实力。
公司自2016年成为英国植物营养生物学协会APWT会员单位，长期与英国田佰利生物刺激素有限公司、法国普朗特化肥公司、乌克兰洛帕丁斯基有限责任公司、比利时ROSIER公司、日本味之素—北海道昆布公司等多家海外企业，建立原料互通、技术共享的长期战略合作关系。企业专注于特种肥料品牌运营与农业生物技术研发，是集科研创新、产品供应、技术服务于一体的综合性农业服务商。
公司秉持“助力作物健康生长、守护生态良性发展”的核心发展理念，主营植物营养、土壤修复、生物刺激素、有机生态四大类农业产品，产品服务覆盖全球16个国家和地区。企业依托完善的产品体系与技术团队，可为各地种植主体提供适配的作物种植方案与专业农技支持，在多国布局运营网点，并于青岛设立国际物流对接办事处。
未来，公司将持续深耕农业生物技术创新，优化产品与服务体系，为广大农户、经销商提供科学适配的种植解决方案，在助力现代农业提质发展的同时，践行生态保护理念，助力农业绿色可持续发展。
Located on the beautiful Shandong Peninsula, Anqiu Jinyinuo Biotechnology Co., Ltd. was founded in 2007. With years of in-depth dedication to the agricultural biotechnology industry, the company is a technology-oriented enterprise certified by the ISO9001 quality management system. It possesses solid R&D and innovation capabilities with a portfolio of independent intellectual property rights, including 2 design patents, 15 utility model patents and 2 invention patents.
The company has been a member of the Association of Plant Nutrition and Biology UK (APWT) since 2016. It has established long-term strategic partnerships focusing on raw material exchange and technology sharing with a number of overseas enterprises, including British Tanbury Biostimulant Co., Ltd., French Plantor Fertilizer Company, Ukrainian Lopatynskyi LLC, Belgian ROSIER Company, and Japanese Ajinomoto-Hokkaido Kelp Co., Ltd. Specializing in brand operation of special fertilizers and agricultural biotechnology R&D, the company serves as a comprehensive agricultural service provider integrating technological innovation, product supply and professional technical support.
Adhering to the core development philosophy of "empowering healthy crop growth and protecting sustainable ecological development", the company mainly offers four major categories of agricultural products: plant nutrition, soil remediation, biostimulants and ecological organic products. Its products and services cover 16 countries and regions worldwide. Supported by a professional technical team and a complete product system, we provide customized crop planting solutions and systematic agricultural technical services for global growers. The company has established operational outlets in multiple countries and set up an international logistics liaison office in Qingdao to ensure efficient global service delivery.
In the future, the company will continue to deepen agricultural biotechnology innovation and optimize its product and service system. We will provide scientific and tailored planting solutions for farmers and distributors worldwide. Committed to promoting the high-quality development of modern agriculture and practicing ecological protection concepts, we will keep empowering the green and sustainable development of global agriculture.
物理破壁法提取海藻多聚糖技术
我 们 的 优 势 Our strengths
Technology leader of seaweed polysaccharide extraction by physical wall breaking method
一、资源优势
公司地处山东半岛，北临渤海、南倚黄海，海域原料资源充沛，依托独特的区位地理优势，在海藻原料采收、脱水加工、仓储运输等各环节形成成熟的供应链体系，有效优化生产流程、控制生产成本。自2016年起，公司持续开展国际化技术与原料合作，先后与多家海外企业建立长期稳定的战略合作伙伴关系，稳定引进英国田佰利生物刺激素、加拿大泡叶藻粉、比利时磷酸二氢钾、日本鱼蛋白、法国普朗特化肥甜菜提取植物源腐植酸、西班牙氨基酸粉、西班牙多肽浆、日本甲瓦龙酸等进口原料，依托稳定、多元的全球原料供应链，为公司系列产品的稳定品质提供坚实保障。
二、技术优势
海藻多聚糖是海藻体内由醛糖、酮糖通过糖苷键连接形成的天然高分子多聚物，是生物体重要的活性物质，对维持生物代谢运转具有重要作用。海藻多聚糖由藻类细胞代谢生成，聚合度可达10个以上，相对分子质量区间广泛，由多种单糖按一定比例聚合组成，结构丰富，在农业种植领域具备良好的应用价值。
公司自2016年起陆续配置快速乳化机、剪切机、双头单开三级破壁机等现代化生产设备，并与中国植物刺激素研究中心开展产学研联合研发，持续优化升级生产工艺。公司采用物理破壁提取工艺，以新鲜海带、海藻为原料，提取多聚甘露糖醛酸、多聚古洛糖醛酸活性成分，制备海藻多聚糖原浆，再通过酶解、发酵等多道精细工序加工提纯，精制得到海藻多聚糖核心原料，持续优化产品工艺体系，适配现代化农业生产应用需求。
I. Resource Advantages
Located in the Shandong Peninsula, the company borders the Bohai Sea to the north and the Yellow Sea to the south, enjoying abundant marine raw material resources. Relying on unique geographical advantages, we have built a mature supply chain covering seaweed harvesting, dehydration processing and logistics transportation, which effectively optimizes production procedures and reduces operational costs. Since 2016, the company has continuously carried out international cooperation in technology and raw materials, and established long-term and stable strategic partnerships with a number of overseas enterprises. We steadily introduce imported raw materials, including British Tanbury biostimulants, Canadian ascophyllum nodosum powder, Belgian potassium dihydrogen phosphate, Japanese fish protein, plant-derived humic acid extracted from sugar beets of French Plantor Fertilizer, Spanish amino acid powder, Spanish polypeptide slurry, and Japanese mevalonic acid. Supported by a stable and diversified global raw material supply chain, we ensure the consistent quality of our full range of products.
II. Technical Advantages
Seaweed polysaccharides are natural high-molecular polymers formed by aldoses and ketoses linked by glycosidic bonds in seaweeds. As essential active biological substances, they play a vital role in maintaining normal biological metabolism. Produced by the cellular metabolism of algae, seaweed polysaccharides have a degree of polymerization of more than 10 and a wide range of relative molecular masses. They are polymerized from multiple types of monosaccharides in specific proportions with diverse structures, possessing great application value in modern agricultural planting.
Since 2016, the company has successively introduced modern production equipment including high-speed emulsifiers, shearing machines and double-head three-stage wall-breaking machines. We have carried out industry-university-research joint R&D with the China Plant Biostimulant Research Center to continuously upgrade and optimize production technologies. Adopting a physical wall-breaking extraction method, we take fresh kelp and seaweed as raw materials to extract active ingredients such as polymannuronic acid and polyguluronic acid, and prepare original seaweed polysaccharide slurry. Through refined procedures including enzymatic hydrolysis and fermentation for purification, we produce high-quality core seaweed polysaccharide raw materials. The company keeps optimizing the technical system to better meet the application needs of modern agricultural production.
