21、项目名称：以马铃薯淀粉及其衍生物为原料合成系列高吸水树脂

项目简介：高吸水树脂是一类新型的功能高分子材料,其特点是可吸收自身重量几百倍至上千倍的水,即使在加压的情况下也不会释放。因此,该类材料已广泛应用于农业、林业、牧业、园艺、花卉、生理卫生用品、芳香剂缓释材料、药物崩解剂和重金属离子吸附剂等领域。马铃薯淀粉及其衍生物合成的高吸水树脂具有以下优点:具有自主知识产权；吸水量高，是目前市场销售产品的2-3倍（例如：吸去离子水1000-3000g/g ,自来水300-500g/g,生理盐水100-120g/g,人工尿140-160g/g）；生产成本在1.5-1.8万元/吨之间（市场同类产品售价为3.0-3.5万/吨）；品种全，并且个别产品还含有植物生长必需的氮、磷和钾元素,因此具有明显的市场竞争力。

Project Name：Series of super-absorbent resins synthesized

by potato starch and its derivatives

Introduction：Super-absorbent resin is a new type of functional polymer materials, which is able to absorb several hundreds or thousands times of water of its own weight. Even under pressure，the water will not be released. Thus, they have been widely used in agriculture, forestry, animal husbandry, horticulture, flowers, physiological hygiene products, aromatic slow-release material, drug disintegrating agents, heavy metal ion adsorbents and so on.

Our super-absorbent resins are synthesized by potato starch and its derivatives，which have the following advantages: independent intellectual property rights, with water absorption 2-3 times higher than others products （e.g. absorbing deionized water 1000-3000 g/g, tap water 300-500 g/g, normal saline 100-120 g/g, artificial urine 140-160 g/g）, low cost and some of them containing N、P、K elements which are necessary for plants. Therefore, they have very high competitiveness in the market.

22、项目名称：生物质成型成套设备

项目简介：9SYX—ⅣA生物质致密成型成套设备,是该公司为满足不同生物质原料成型要求而专门研制的设备。该产品2009年通过了省级农业机械鉴定，并入选《2009-2011年国家支持推广的农业机械产品目录》。该机组为燃料、饲料两用设备。

整套设备包括：上料系统、均料预压系统（选装）、压缩成型系统、出料系统、控制系统等部分。

加工范围：适用于多种原料的加工，如：农林废弃物及其副产品，尤其适用稻草、锯末，麦秸、竹丝等难成型的原料。

生产流程：原料青干处理→原料粉碎处理→储存回性→输送上料→除铁→搅拌、混合、均质 →压制成型→自然风干→计量包装→检验入库→成品。

Project Name：Biomass Briquetting Equipment

Introduction：Biomass Briquetting Equipment  9SYX—IV A/B Biomass Briquetting Equipment Set is a new dual-use (fuel & feed) equipment to fit for different raw materials. The product has passed the farm machinery appraisal of Hebei province in 2009 and been listed in 2009—2011 Catalogue of National Recommended Farm Machinery. It consists of loading system, even-preloading system, compression molding system and feeding system etc. It applies to process various materials such as different kinds of crop stalks, herbs, branches, leaves, roots, bamboos, sugarcane, cassava, beet, herbal residues, urban biomass garbage and animal feeding stuff.

23、项目名称：超高压果汁的研制与开发

项目简介：本项目是以新鲜果蔬为原料，针对主要果品的品质特征，开展超高压加工对品质影响的深入研究，优化超高压系列果蔬汁、水果罐头等产品的加工工艺参数，开发超高压草莓汁、芒果汁、紫甘薯汁、胡萝卜汁以及黄桃汁等产品。最终为果品超高压加工生产线的建立及超高压的产业化示范提供理论依据和技术支持。

Project Name：Research and Development on High Hydrostatic Pressure Fruit Juice

Introduction：The project was one of the key points of "Application and demonstration of high hydrostatic pressure (HHP) on fruit processing", approved by Beijing Municipal Science & Technology Commission on June 2010. HPP can inactivate most vegetative cells of microorganisms and some enzymes near room temperature, resulting in the almost complete retention of nutritional and sensory characteristics of fresh food. The purpose of this project is to evaluate effects of HHP on microbiological safety and quality attributes of different fruit products, optimize the HHP processing parameters and develop HHP fruit juice including strawberry juice, mango juice, purple sweet potato juice, carrot juice and yellow peach juice. The research achievements will provide support for establishment of production line of HHP fruit products and application of HHP commercialization in fruit.

24、项目名称：主要粮食作物秸秆快速还田生物处理技术的应用开发

项目简介：本项目完成菌种的筛选、培养基配方优化、开展产品的试验、示范、产品定型，建立2-3个示范基地，在小麦、玉米、水稻秸秆上进行示范，制定操作使用规程，生产工艺基本成熟，产品质量稳定合格，达到年产2000吨的生产规模，实现市场初步销售。服务各类基层合作组织20家。本项目产品的主要用途为：小麦、玉米、水稻等秸秆的快速腐熟、快速还田，加工生产各类有机肥。

Project Name：The application of high-efficiency organic matter-decomposing inoculant on the main crops straw

Introduction：This projec had finished all of the work which include strains Filtration, optimizing the fermentation medium, conducting the experiment, building the model flat, demonstrating the effcts and how to use the organic matter-decomposing inoculant on wheat straw, corn stalk,rice straw. Our company has perfect process system, so the quality of our product is stable. Our company has the production capacity of 2000 ton per year. The product got good price, so we had collaborated with over 20 units. The product of this project can decompose wheat straw, corn stalk, rice straw quickly to produce organic fertilizer.

25、项目名称：一种调节动物生理和肠道环境的复合微生物制剂的制备与应用技术

项目简介：生产一种复合微生物制剂，包括地衣芽孢杆菌、屎肠球菌、发酵乳酸杆菌和干酪乳酸杆菌。本项目包括独创选育菌种，配套加工工艺与应用方案，发酵液活菌数高。本复合微生物制剂的制备与应用技术是基于对动物生理和肠道内环境平衡的深刻理解的创新研发，拥有成熟菌种及配套生产技术。

Project Name：Technology of Preparation and Application of a Compound Microbial Agent to regulate physiology and intestinal environment of animals

Introduction：This project aims at producing a compound microbial agent including four probiotics, e.g. Bacillus Licheniformis Capsules, Enterococcus Faecom, Lactobacillus fermentum and Lactobacillus casei. This project includes strains which have been selected originally, complement producing process and application strategies and the viable count in fermenting liquor is very high. Technology of preparation and application of compound microbial agent is an original creation based on deep understanding of the physiology and intestinal environment balance of animals and includes well-developed strains and complementing process.

26、项目名称：适合东盟国家种植的抗病虫水稻新品种

项目简介：近年来，该研究所新培育出抗稻褐飞虱、稻白叶枯病、稻瘟病的水稻新品种，这些品种适应性强，表现高产、优质、特别是抗主要的水稻病虫害，在病虫害多发的东南亚国家有广泛的应用前景。希望能与东盟国家有关组织和企业合作，推广这些新品种。

Project Name：Disease and pest resistant rice varieties suitable to grow in SE-countries

Introduction：The research institute work on new varieties resistant to brown planthopper, bacterial leaf blight and blast. These varieties present environment adaptability, high yield, high quality and specially resistance to main rice diseases and pests, and therefore, are good promising to grow in the Southeast Countries where rice diseases and pests occur seriously. We wish to collaborate with organizations and enterprises in Southeast Countries to commercialize and popularize these rice varieties

27、项目名称：低毒、高效除草剂、杀菌剂及生物源农药灭瘟素

项目简介：该公司主要产品：杀菌剂类有嘧菌酯、甘宝素、ZPT等；除草剂类有炔苯酰草胺、环草定、嗪草酮等。生物源农药灭瘟素项目利用灰色链球菌发酵和提取生物源杀菌剂SPRI-90827，产品用于防治水稻稻瘟病、瓜类白粉病、灰霉病等多种植物真菌性病害，尤其适用于大棚蔬菜等真菌病害中发病率高的白粉病，具有安全低毒、防治普广、防效良好等优点。

该公司为国家农药原药定点生产企业、国家高新技术企业，拥有江苏省企业技术中心，已通过英国摩迪ISO9001、ISO14001、OHSAS18001认证，及美国杜邦公司、英国联合利华公司等多家国际知名企业SHE体系论证。

Project Name：Herbicide with low toxicity and high activity, fungicide, biopesticide—blasticidin

Introduction：Our main products include Fungicide (Azoxystrobin, Climbazole, ZPT) and Herbicide (Propyzamide, Lenacil, Metribuzin). Biopesticide--blasticidin is jointly developed by our cooperation with Shanghai Pesticide Research Insititute and Shanghai South Pesticide Research Centre. It firstly applies the fermentation of gray streptococcus to extract biofungicide--SPRI-90827. It can be used to prevent several plant mycoses like rice blast, powdery mildew, gray mold. It’s particularly suitable for powdery mildew which is the high incidence of plant mycosis in vegetable greenhouse. Its advantages are safe, low toxicity, broad-spectrum control and high activity.

We're the national fixed-point pesticide production enterprise and national Hi-tech enterprise with provincial technical center authenticated by Jiangsu Provincial Government. Our company has passed British Moody certification for its quality management system on ISO9001：2000, environmental management system certification on ISO14001：2004 and occupation health & safety management system certification on OHSAS18001：2007. Furthermore, we obtain SHE System approval by several world-renowned enterprises like Dupont , Unilever.

28、项目名称：有机固体废弃物生物处理及肥料化利用

项目简介：目前，随着农牧业的集中发展，产生大量可降解的废弃物，如若处理不当会污染环境。堆肥过程中可以杀死病原菌、寄生虫和杂草种子，并可以形成稳定的产品，改善和提高土壤肥力。然而，堆肥产业普遍存在堆肥周期长、无害化程度低等突出问题，通过筛选高效微生物接种菌剂，采用微生物接种、配方复合优化、条件规范控制等综合措施研发快速堆肥工艺和技术，建立和完善农业固体废弃物快速堆肥的关键技术体系和规范化的快速堆肥工艺，确保堆肥安全、高效、无臭味，在此基础上开发高效生物有机肥产品，制订施用技术规程，并实现工业化生产。

Project Name：Biological treatment of solid organic waste and fertilizer utilization

Introduction：The intensity and concentrated activity of the livestock industry generate vast amounts of biodegradable wastes, which must be managed under appropriate disposal practices to avoid a negative impact on the environment (odour and gaseous emissions, soil and water pollution, etc). Composting cannot be considered a new technology, but amongst the waste management strategies it is gaining interest as a suitable option for manures with economic and environmental profits, since this process eliminates or reduces the risk of spreading of pathogens, parasites and weed seeds associated with direct land application of manure and leads to a final stabilized product which can be used to improve and maintain soil quality and fertility. However, there are outstanding issues existing in composting industry such as composting cycle is long, low level of harmlessness and so on. Through some efficient methods like microbial agents inoculation, formula compound optimization, controlling and regulating conditions for rapid composting process, we sill establish a system of agriculture solid wastes, improve technologies of rapid composting and ensure the compost products safe, efficient  and no smell. on the basis of these technologies, we could produce bio-organic fertilizer more efficiently, develop application procedures and finally build up the industrialization of the production.

29、项目名称：农产品加工废弃物生产天然高分子生物材料

项目简介：应用生物提取专利技术，从蚕蛹壳、蝇蛆皮壳和蘑菇弃根中高效提取天然生物材料甲壳素，并进一步加工成为壳聚糖和壳寡糖；应用生物转化专利技术，以薯类淀粉生产废渣（红薯渣、马铃薯渣和木薯渣等）为基本原料，发酵生产细菌纤维素；用生物萃取和生物转化综合技术，以屠宰、制革加工的下脚料—废杂毛、蹄角、内脏碎料和皮革碎屑为基本原料，发酵生产ε-聚赖氨酸。甲壳素及其衍生产品壳聚糖和壳寡糖是已经实现商业化的新一代生物材料，在食品、饲料、医药、农业、日化、环保和科学器材等多个产业领域得到应用；细菌纤维素作为新一代纳米级天然生物材料，已部分实现产业化，在食品、造纸、涂染料、药用辅料、医用材料和组织工程、膜技术等产业领域均有产品问世；ε-聚赖氨酸不仅可开发成为性能优良的生物基高吸水性树脂，还是优秀的广谱生物防腐剂。本项目将农产品加工废弃物进行资源化利用，生产环境友好产品—天然高分子生物材料，不仅大大提高了产品价值，还实现了绿色生产，是循环经济的良好典范。

Project Name：Agricultural products for producing natural macromoleclar biological materials

Introduction：Our project introduced some new patented technologies which are about bio-extracting and bio-transformating of processing salvaged materials from agricultural products for producing natural macromoleclar biological materials.

1. We use a bio-extraction method which can extract chitin（one of the natural biomaterials）effectively  from silkworm chrysalis, fly maggot, mushroom root stalk  and  make further processing to obtain chitosan and chito-oligosaccharide.

2. We use a bio-transformation method which can transform the waste residue of processing potaes starch (including those of sweetpotato, potato, cassava) by fermentation to produce bacterial cellulose(BC).

3. We use the combined technique of bio-extraction and bio-transformation for treating the offcut of burr-wool waste, hoof and hoen,die kaldaunen offcut and leather debris to produce ε-polylysine.

As we know, Chitin and its derivative products, chitosan and chito-oligosaccharide, have been achieved to mass production for a long time. They have been used in a great many domains, such as foodstuffs, feedstuffs, medicament, agriculture, rubine, pro-environment, scincekit and so on. BC is a new generation nanometer level natural biological material which has been partly achieved into industrialization. The products of BC have been used in paper making, varnish and dyestuff, pharmaceutic adjuvant, medical materials, tissue engineering, membrane technology and other domains. ε-Polylysine is not only a excellent tag:gpc high absorbency resin, but also a outstanding broad-spectrum biologic preservatives. As we mentioned above, our project reuse the processing wastes of the farm produce to develop a vary kind of environment friendly products, which can not only obviously raise the value of the products, but also carry out the greenmanufacturing. So our project is a good pattern of the circular economy.