The 2021 “SCIP+” six final seats go to …

On November 17 the second roadshow of the 2021 2021 SCIP+ Green Chemistry and Chemical Engineering Innovation and Entrepreneurship Contest was successfully held. Due to the COVID-19, 17 domestic teams and 2 international teams demonstrated “carbon neutral” solutions through online pitch and answered questions from judges in multiple dimensions such as technological innovation and commercial implementation.

经过| 由国际国内领先化工企业、知名高校与科研院所、投资人等组成的豪华评委团的综合评审,三支团队获得直通决赛名额。通过两次路演直通车,6个晋级决赛的名额已全部锁定,他们是:After a comprehensive review by the jury panel composed of leading international and domestic chemical companies, well-known universities and research institutes, investors, etc., three teams won the express pass to the final. Through two roadshows, all 6 places for the finals have been locked. They are:


The organizing committee will match 2-3 experts for each finalist team for pre-match coaching, for a more exciting final performance!

2021 “SCIP+” 绿色化学化工创新创业大赛六个决赛名额锁定!

11月17日| 2021 SCIP+ 绿色化学化工创新创业大赛第二次路演直通车顺利举行。因疫情影响,17支国内团队和2支国际团队通过线上路演的方式,展示“碳中和”解决方案并回答评委在技术创新、商业落地等多维度的提问。虽然无法线下面对面,但线上线下的交流精彩依旧。

经过| 由国际国内领先化工企业、知名高校与科研院所、投资人等组成的豪华评委团的综合评审,三支团队获得直通决赛名额。通过两次路演直通车,6个晋级决赛的名额已全部锁定,他们是:


克拉玛依市先能科创重油开发有限公司已建成国内首套千吨级重质油悬浮床液相加氢中试装置,采用中国科学院大连化学物理研究所已开发的重质油全循环悬浮床加氢全转化技术和低堆积度纳米MoS2催化剂,针对不同种类重质油资源,实现原油的“吃干榨尽”,解决传统重质油加工技术成本高、轻油收率低等问题,同时也为技术需求方提供全方位的技术解决方案和服务。

2003年中科金龙以环氧丙烷和工业排放的CO2为原料、以中科院广州化学所陈立班教授研究的实验室小试成果为基础,十年磨一剑,终于成功打通了CO2与环氧化物聚合、分离等全部技术工艺,研制出环境友好型新材料–聚碳酸亚丙酯多元醇(简称PPC多元醇),此产品不但利用了35%CO2,还节省了石油资源,同时衍生出一系列环保型的产品(生物降解PPC塑料及生物降解高阻隔双拉透明膜水性聚PPC乳液及水性漆、水性胶粘剂等)。

昆明易居安新材料团队多年致力于环保阻燃型多功能材料的设计与研发,现以聚乙烯醇和聚氨酯为高分子基材,开发两种不同级别的阻燃型气凝胶,产品涉及符合绿色环保无卤的磷系阻燃剂和二维纳米材料的改性及合成,并首次通过先进的熔融共混、冷冻干燥和反应接枝等制备工艺,生产多孔轻质的阻燃型气凝胶。本团队旨在打造高效、环保、多功能的阻燃型气凝胶,为人们提供更加安全、健康的新型高分子材料,降低由于火灾造成的人员伤亡和财产损失。

中国科学院浙江研究院绿色氢能研究所(嘉兴中科海石合金技术有限公司),创造性通过仿地幔熔铁浴气化技术,将垃圾固废转变为超级绿色氢能,以及负碳排燃油天然气,实现地球大气温室气体降低。

杭州靡特洛新材料科技有限公司是一家合成生物学新材料科技公司。公司致力于从自然资源和可再生资源中生产的生物聚合物提取合成塑料的可替代品的研究。团队现研发全球第一款由酒糟制成的可自然降解包装材料。我们的可自然降解包装材料比其他生物基材料便宜20-30%,质量与石油基塑料薄膜相似,比普通塑料薄膜更好的阻隔氧气的能力,使食品可以保持更长的新鲜时间。项目的解决方案可以帮助农民和食品制造商大大地降低他们处理废料的成本,同时实现循环经济与减碳。

佛山市蓝启科技有限公司,公司成立于2020年1月,系佛山市南海区政府引进的第十批“蓝海人才计划”团队,广东省科技厅“科技型中小企业”,集合了广东省食品绿色包装工程技术研究中心教授博士及具备丰富市场和财务管理经验的专业人士。始终以降低农残,为广大种植农户群体提高经济效益,将绿色健康的水果带进千家万户为己任。坚持自主研发、自主创新理念,并深耕高效农业种植技术,提供采前防护、采后保鲜一体化液膜等产品,有效解决农产品生长过程中农业的过量使用和人工套袋的高成本问题。未来将成为推动我国农业发展和乡村振兴的中流砥柱。

福利| 组委会为每支入围决赛的团队匹配2-3位专家进行赛前辅导,让团队以更精彩的表现亮相总决赛!

The 2021 “SCIP+” three final seats go to …

September 9 | The first roadshow of 2021 SCIP+ Green Chemistry and Chemical Engineering Innovation and Entrepreneurship Contest was successfully held in Shanghai International Chemical Innovation Center (INNOGREEN). The 15 teams focusing on the theme of “carbon neutrality” through a combination of online and offline performances, demonstrate innovative solutions related to clean energy, energy efficiency improvement, new material , carbon capture and other related innovations.

2021 SCIP+ First Roadshow

Organizer Speech | Jin Jian, General Manager of Shanghai Chemical Industry Park Development Co., Ltd. attended the event and delivered a speech on behalf of Shanghai Chemical Industry Park, “the center will continue to build platforms and create conditions for outstanding innovative companies and entrepreneurial teams in key fields such as new chemical materials, and strive to promote R&D incubation and application innovation, and contribute to the innovative development of green chemistry and chemical engineering.”

Speech by Jin Jian, General Manager of Shanghai Chemical Industry Park Development Co., Ltd.

Jury Panel | Luo Yong, General Manager of the Science and Technology Department of Shanghai Huayi (Group) Company, Hu Dongqi, Technical Innovation Director of LANXESS Chemical (China) Co., Ltd., Chen Wansuo, Operations Director of BASF Chemical Co., Ltd., Liu Weiqing, Director of Arkema China R&D Center, Ji Chengchang, Director of Industry-University-Research Cooperation Division and Professor of the School of Materials Science and Engineering, Donghua University, Professor Zhao Shicheng, East China University of Science and Technology, Liu Chunsong, Partner of Step Fund, and Yang Yang, Senior Commercial Officer of the Ministry of Commerce of the Commercial Investment Office of the French Consulate General in Shanghai. After the judges reviewed from multiple dimensions such as innovation, commerciality, green efficiency, team situation, and social contribution, three teams won the finals. They are:


The Institute of Green Hydrogen Energy, Zhejiang Research Institute of the Chinese Academy of Sciences (Jiaxing Zhongke Haishi Alloy Technology Co., Ltd.), creatively transforms solid waste into super green hydrogen energy and negative carbon emission fuel natural gas through imitating mantle molten technology , to achieve the reduction of greenhouse gases in the earth’s atmosphere.

Mi Terro is the world’s first synthetic biology and advanced material company that utilizes big data to create home compostable, single-use plastic-alternative packaging materials made from plant-based agricultural waste – this is a first-of-its-kind approach. We are excited to see such a significant leap forward in our ability to manipulate nature’s most diverse and abundant building blocks.

Foshan Lanqi Technology Co., Ltd. was established in January 2020. It is the tenth of “Blue Ocean Talents” team introduced by the Nanhai District Government of Foshan City, the “Science and Technology Talents” of the Guangdong Provincial Science and Technology Department. It aims to develop high-efficiency agricultural technology, providing products such as pre-harvest protection and post-harvest fresh integrated liquid, and solve the problem of overuse of pesticide and the cost of manual bagging in the agricultural production process.


More exciting moments | The roadshow teams conducted in-depth communication with leading international and domestic chemical companies, well-known universities and research institutes, and investors.

2021 “SCIP+” 三个决赛席位率先锁定,他们是…

9月9日|  2021 SCIP+ 绿色化学化工创新创业大赛第一次路演直通车在上海国际化工新材料创新中心(INNOGREEN)顺利举行。15支团队通过线上和线下相结合的路演方式,聚焦“碳中和”主题,展示清洁能源、节能提效、新材料开发、碳捕获等相关创新解决方案。

2021 SCIP+ 第一次路演直通车活动现场

主办方致辞| 上海化学工业区发展有限公司总经理金健出席活动,代表上海化学工业区致辞,祝贺入围2021 SCIP+ 大赛第一次路演直通车的15支团队,并表示“上海国际化工新材料创新中心将继续为化工新材料等重点领域的优秀创新企业和创业团队搭建平台、创造条件,致力促进研发孵化、成果转化和应用创新,为绿色化学化工的创新发展作出贡献。”

上海化学工业区发展有限公司总经理金健致辞

评委团| 由上海华谊(集团)公司科技部总经理罗勇、朗盛化学(中国)有限公司技术创新总监胡东祺、巴斯夫化工有限公司运营总监陈万锁、阿科玛中国研发中心总监刘巍青、东华大学产学研合作处处长和材料科学与工程学院教授季诚昌、华东理工大学教授赵世成、接力基金合伙人刘春松、法国驻上海总领事馆商务投资处商务部交通-环能-工业高级商务官员杨杨组成。经过评委们从创新性、商业性、绿色效益、团队情况、社会贡献等多维度评审,三支团队获得直通决赛名额,他们是:


中国科学院浙江研究院绿色氢能研究所(嘉兴中科海石合金技术有限公司),创造性通过仿地幔熔铁浴气化技术,将垃圾固废转变为超级绿色氢能,以及负碳排燃油天然气,实现地球大气温室气体降低。

杭州靡特洛新材料科技有限公司是一家合成生物学新材料科技公司。公司致力于从自然资源和可再生资源中生产的生物聚合物提取合成塑料的可替代品的研究。团队现研发全球第一款由酒糟制成的可自然降解包装材料。我们的可自然降解包装材料比其他生物基材料便宜20-30%,质量与石油基塑料薄膜相似,比普通塑料薄膜更好的阻隔氧气的能力,使食品可以保持更长的新鲜时间。项目的解决方案可以帮助农民和食品制造商大大地降低他们处理废料的成本,同时实现循环经济与减碳。

佛山市蓝启科技有限公司,公司成立于2020年1月,系佛山市南海区政府引进的第十批“蓝海人才计划”团队,广东省科技厅“科技型中小企业”,集合了广东省食品绿色包装工程技术研究中心教授博士及具备丰富市场和财务管理经验的专业人士。始终以降低农残,为广大种植农户群体提高经济效益,将绿色健康的水果带进千家万户为己任。坚持自主研发、自主创新理念,并深耕高效农业种植技术,提供采前防护、采后保鲜一体化液膜等产品,有效解决农产品生长过程中农业的过量使用和人工套袋的高成本问题。未来将成为推动我国农业发展和乡村振兴的中流砥柱。


更多精彩瞬间| 路演团队与国际国内领先化工企业、知名高校与科研院所、投资人等进行了深入沟通与交流。

圣戈班命题解读 Specific Topics of Saint-Gobain

圣 戈 班

圣戈班设计、生产并分销高功能材料和解决方案,使其应用于建筑、交通、医疗和其他工业应用市场。这些材料和解决方案基于持续创新开发而成,在我们的生活居所和日常生活中随处可见。不仅为消费者带来舒适、品质和安全的生活,同时也积极应对可持续建筑、能效和气候变化带来的挑战。

圣戈班的使命“MAKING THE WORLD A BETTER HOME”指引着集团践行具有责任感的增长战略,这一使命也是圣戈班集团所有员工的共同目标,每天做出一点行动,将世界打造成更加美丽、更具可持续性的理想居所。

Saint-Gobain designs, manufactures and distributes materials and solutions for the construction, mobility, healthcare and other industrial application markets. Developed through a continuous innovation process, they can be found everywhere in our living places and daily life, providing wellbeing, performance and safety, while addressing the challenges of sustainable construction, resource efficiency and the fight against climate change.

This strategy of responsible growth is guided by the Saint-Gobain purpose, “MAKING THE WORLD A BETTER HOME”, which responds to the shared ambition of all the women and men in the Group to act every day to make the world a more beautiful and sustainable place to live in.



37.循环经济在新型绿色建筑材料的应用

背景描述:2020年中国提出了2060年实现碳中和的目标,圣戈班集团于2019年正式宣布到2050年实现净零排放的战略目标。2021年7月,国家发展改革委发布《“十四五“循环经济发展规划》,提出中国必须大力发展循环经济,实现资源高效利用和循环利用。建筑行业的二氧化碳排放量占据全球总量的40%,基于循环经济的新型绿色建筑材料将拥有巨大市场潜力和社会效益,是实现节能减排的重要组成部分。

目标:寻找基于循环经济理念的新型绿色建筑材料。如利用建筑装修废料、工业垃圾、农业副产品等作为原材料生产成新型建筑材料,或者为现有建筑废料寻求其它再利用的途径。

37. Circular Economy for Green Building Materials

Background description: In respond to findings from the latest climate science, Saint-Gobain signed the pledge in 2019 to reach net-zero emissions by no later than 2050. The construction and building industry emits 40% of the total CO2 emission globally. Reducing carbon emission when producing building materials by using recycled and sustainable alternatives has significant social and economic impacts. This effort is also aligned with China’s 14th Five-Year Plan (2021-2025) on Circular Economy Development.

Objective: Identify opportunities to create green building materials from the circular economy approach. Incorporate recycled content or sustainable alternatives as raw materials for building materials, including waste or byproduct from construction, renovation, agriculture and other general industrial applications. Explore recycle and upcycle methods for building products at the end of their service life.

索尔维命题解读 Specific Topics of Solvay

索 尔 维

作为一家立足于科学的公司,索尔维用技术改善生活的方方面面。我们的使命是将人、创想和元素紧密联结,再创进步。我们号召大家超越自我,以不断的进步重塑未来,并通过科学的力量为所有人创造可持续的共享价值。在当下这个人口不断增长、资源需求越来越大的世界,我们致力于促进技术突破,在推动人类进步的同时,保护我们共同拥有的地球。

我们与客户和合作伙伴团结一心,共同引领当前和未来的大趋势。作为材料、化学品和解决方案领域的全球领导者,索尔维在飞机、汽车、电池、智能设备、医疗应用、水和空气净化市场不断推动进步,以应对工业、社会和环境的关键挑战。您都能通过索尔维提供的创新型解决方案,打造更安全、更洁净、更具可持续性的产品。

Solvay is a science company whose technologies bring benefits to many aspects of daily life. Our purpose—we bond people, ideas and elements to reinvent progress—is a call to go beyond, to reinvent future forms of progress and create sustainable shared value for all through the power of science. In a world facing an ever-growing population and quest for resources, we aim to be the driving force triggering the next breakthroughs to enable humanity to advance while protecting the planet we all share.

We bond with customers and partners to address today and tomorrow’s megatrends. As a global leader in Materials, Chemicals and Solutions, Solvay brings advancements in planes, cars, batteries, smart and medical devices, water and air treatment, to solve critical industrial, social and environmental challenges. You can count on our innovative solutions to contribute to safer, cleaner and more sustainable future.



38.通过解聚回收和回用废弃的特种聚合物

背景描述:特种聚合物是广泛用于运输、电子和工业应用的先进材料。它们可以具有卓越的机械性能、抗疲劳性和耐磨性以及高质量的表面光洁度。它们可以是坚固、轻质的聚合物、流体和弹性体,可提供具有竞争力的解决方案、更大的设计自由度和附加值。它们在减少能源消耗从而减少碳排放方面发挥着非常重要的作用。然而,一些特种聚合物也很难回收和再利用。

目标:寻找通过化学、生物或其他方法将特种聚合物, 如 聚醚醚酮(PEEK)、聚砜(PSU)、聚醚砜(PESU)和聚苯硫醚(PPS)解聚的创新方法,将它们分解回单体或低聚物状态以供重复使用。

38. Recovery and recycling of waste specialty polymers by depolymerization

Background description: Specialty Polymers are advanced materials that are widely used in transportation, electronics, and industrial applications. They can have superior mechanical performance, fatigue and wear resistance, and high-quality surface finish. They can be strong, lightweight polymers, fluids and elastomers that provide competitive solutions, greater design freedom and added value. They play a very important role in reducing energy consumption thus carbon emission reduction. Yet some of the specialty polymers are also very difficult to be reused and recycled.

Objective: Looking for innovative ways to depolymerize the specialty polymers such as PEEK, PSU, PESU, and PPS through chemical, biological, or other methods to decompose them back to monomer or oligomer states to be reused.

艾默生命题解读 Specific Topics of Emerson

艾 默 生

总部位于美国密苏里州圣路易斯市的 Emerson (纽约证券交易所股票代码: EMR),是一家全球性的技术与工程公司,为客户提供创新解决方案,分为自动化解决方案和商住解决方案两大业平台。

自动化解决方案业务提供行业内范围广泛的测量、控制、优化和运营技术以及专家经验,帮助化工、油气、电力、炼油等用户解决其面临的棘手问题,实现生产效率和运营成本的优化、提高可靠性,并保护人员和环境安全。

自动化解决方案在中国的业务始于从70年代的技术转让,公司总部设在上海浦东,目前我们拥有16个生产研发及系统工程中心,销售和服务网络覆盖近40个城市,并有11家业务合作伙伴,深入了解用户面临的挑战,提供有效的解决方案,快速响应服务需求。

在当前数字化转型的时代中,艾默生又凭借工业物联网技术帮助过程工业创建数字化智慧工厂,在提高运行可靠性、安全环保、能源效率及生产效率等方面提供完整的解决方案,从而实现卓越运营,成为行业标杆。

Emerson (NYSE: EMR), headquartered in St. Louis, Missouri (USA), is a global technology and engineering company providing innovative solutions for customers in industrial, commercial, and residential markets.

Emerson Automation Solutions provide a wide range of solutions for measurement, control, optimization and operational technologies and expert experience in the industry, helping customers from fields of chemicals, oil and gas, electricity, oil refining etc. to maximize production, protect personnel and the environment while optimizing their energy and operating costs.

Emerson Automation Solutions China, headquartered in Pudong, Shanghai. Local business began with technology transfer from the 1970s. Until now, we have 16 manufacturing and system engineering centers in China with local sales & service staff in more than 40 cities which enable Emerson to better understand customers’ challenges, provide effective solutions and respond faster.

In the era of digital transformation, Emerson has helped process industries to create digital smart factories with industrial IoT technologies, providing complete solutions for improving operational reliability, safety, environmental protection, energy efficiency,productivity to achieve operational excellence and top quartile performance.



36.石油与化工行业能源管理及优化的数字化解决方案

背景描述:随着中国“30/60目标”的正式提出,碳中和这一社会性变革为各行各业带来了挑战与机会。高效的能源管理方案不仅可以提升能源使用效率,也是减少碳排放的有力措施之一。如何结合当前工况、最佳性能等因素,借助高级分析工具进行能耗优化,实现装置及工厂级别的能源管理,成为了越来越多的石油与化工客户追求的目标。

目标:发掘与确定在石化行业中与能源管理相关的指标,并借助高级分析工具和结合历史数据,进一步提出能源管理的数字化解决方案。我们非常欢迎在石化行业的能源管理方面有创新解决方案的公司与我们一起合作,为石化客户的低碳转型发展提供创新的能源管理方案。

川流投资命题解读 Specific Topics of Longwater Investment

川 流 投 资

川流投资是国内少数聚焦于新材料与化学科技领域的专业投资机构。依托专业投资能力与产业资源及洞见的结合,川流投资着眼于挖掘具有高成长潜力的投资机会,通过科技创新、产业升级与提升社会价值驱动基本面增长,从而实现投资收益。川流投资致力于为投资人、被投资企业以及社会创造长期价值。川流投资是中国证券投资基金业协会登记备案的私募股权基金管理人,登记编号为P1034186。

Being one of the very few equity fund managers that focus on advanced materials and chemistry related technologies in China, Longwater Investment pioneers in the investments in the related sectors. Leveraging on the synthesis of industrial insights, investment expertise and extensive industrial network, Longwater Investment executes and manages its investments with a perspective of achieving successful growth driven by technological innovation, industrial upgrading and the improvement of human well-being. Longwater is committed to creating long-term value for its investors, the companies it invests in, and the communities in which it works. Longwater is a registered fund manager with AMAC (P1034186).



5.二氧化碳的捕捉和利用

背景描述:2020年中国首次提出碳中和承诺,力争于2030年前实现碳排放达峰,2060年努力争取实现碳中和。二氧化碳的捕捉、利用与封存技术是实现长期气候目标的重要手段。除直接将二氧化碳捕获然后封存路线外,如将捕获的二氧化碳转化为具有高附加值的下游产品将创造更大的社会、经济效益。

目标:开发低成本的二氧化碳捕获技术及装置;以二氧化碳为原料制备各类具有应用价值的产品。

5. Capture and Utilization of Carbon Dioxide 

Background: China made carbon neutral commitment in 2020, aiming to reach peak emissions by 2030 and achieve carbon neutrality by 2060. The capture, utilization and storage of COis a crucial method to achieve long-term climate goals. In addition to the direct capture and storage of COroute, converting the captured CO2  into high-value downstream products will create greater social and economic benefits.

Targets: Developing low-cost COcapture technologies and equipment. Producing various high-value products by using CO2as the main raw material.


21.废塑料的循环利用和回收系统

背景描述:废塑料的污染问题越来越受到国际社会的广泛关注。废塑料的回收及循环利用不仅可以解决填埋及焚烧处理可能造成的潜在污染,还可提高资源的利用效率。

目标:通过化学回收法将废塑料转化成高品质的油品及化工产品。

21. Recycling of Plastic Waste

Background: Plastic pollution is of growing concern, and has gained international attention from governments, media and public. Plastic recycling can not only solve the potential pollution resulted from landfill and incineration treatment, but also improve the utilization efficiency of plastic resources.

Targets: Converting plastic into high-quality oil and chemical products by chemical recycling process.

赢创命题解读 Specific Topics of EVONIK

赢 创

赢创是全球领先的特种化学品公司,业务遍及100 多个国家和地区。2020 财年,赢创销售额为122亿欧元,营业利润(调整后税息折旧及摊销前利润)达19.1亿欧元。我们超越化学的边界,致力于为客户打造创新型、高营利性以及可持续发展的解决方案。赢创在全球的约33000名员工始终不懈努力,只为让生活变得日益美好。

赢创视亚太地区为全球经济发展的主要驱动力以及创新的重要源泉,并为实现业务在该地区的持续增长而不断努力。2020财年,赢创在亚太地区的销售额达28.4亿欧元,拥有超过5000名员工及50多个生产基地。

Evonik is one of the world leaders in specialty chemicals. The company is active in more than 100 countries around the world and generated sales of 12.2 billion Euro and an operating profit (adjusted EBITDA) of 1.91 billion Euro in 2020. Evonik goes far beyond chemistry to create innovative, profitable and sustainable solutions for customers. About 33,000 employees work together for a common purpose: We want to improve life today and tomorrow.

Asia Pacific is a strong driving force of the global economy and an important source of innovation. Consequently Evonik endeavors to further grow its business in the region. Sales reached 2.84 billion Euro in 2020 and the company employs over 5,000 people at more than 50 production sites in Asia Pacific.



9.日用化学品行业非化石燃料来源、可生物降解的化学成分

背景描述:越来越多的日用化学品企业开始致力于可持续发展:一方面逐步淘汰产品配方中源自化石燃料的化学物质,以减轻因过度开采石油对地球造成的负担,帮助减少碳足迹;另一方面提高产品的可生物降解性,以减少对环境的影响。

目标:开发源自植物、空气(CO2)、海洋资源和废弃物等可再生资源、可生物降解的化学成分。

9. Non-fossil fuel-derived, biodegradable chemical components for the daily chemical industry

Background: A growing number of companies in the household chemicals industry are committed to sustainability: on the one hand, phasing out fossil fuel-derived chemicals from their product formulations to reduce the burden on the planet from over-exploitation of oil and to help reduce their carbon footprint; on the other hand, increasing the biodegradability of their products to reduce their environmental impact.

Targets: To develop biodegradable chemical components derived from renewable resources such as plants, air ( carbon dioxide ), marine resources and waste.


23.海洋微纤维污染的解决方案

背景描述:在机械应力作用下,洗涤过程中成千上万的微纤维(尼龙、聚酯等材料)从化纤衣物脱落并随着洗涤水渗入地下水,随后注入河流,最终流向海洋。这些微纤维无法被生物降解,被海洋生物摄入体内,从而进入海洋大型生物甚至人类的食物链。艾伦·麦克阿瑟基金会2017年的一份报告估计,流入海洋的这一高污染物高达50万吨-是化妆品行业塑料微珠的16倍。

目标:开发新型防脱面料,或针对衣物洗涤过程开发防微纤维脱落的解决方案。

23. Solutions for marine microfibre pollution

Background: Under mechanical stress, thousands of microfibres (nylon, polyester, etc.) are shed from chemical fibre clothing during the washing process and seep into the groundwater with the washing water, which is then injected into rivers and eventually into the ocean. These microfibres are not biodegradable and are ingested by marine organisms, thus entering the food chain of marine macro-organisms and even humans. A 2017 report by the Ellen MacArthur Foundation estimated that up to 500,000 tonnes of this high pollutant flow into the ocean – 16 times more than the plastic microbeads of the cosmetics industry.

Targets: To develop new anti-shedding fabrics or solutions against microfibre shedding for the clothing washing process.


24.气味吸收剂在塑料回收中的应用 

背景描述:近年来,国家高度重视塑料污染问题,加大了废旧塑料回收利用政策的力度。废旧塑料的加工过程会释放令人不愉快的气味,比如氯乙烯、硫化氢、二氧化硫、胺、氨臭味等其它异味。这些有害气味和异味不但严重影响生产环境,而且会降低再生塑料制品的质量和等级。赢创在气味吸收领域深耕多年,为解决气味问题推出了一些创新性的产品,比如一款基于活化蓖麻醇酸锌的产品,它能牢牢锁住气味中的含硫、含氮类分子,使气味分子不再散发出来。

目标:开发气味吸收剂在废旧塑料回收中的应用

24. Application of odour absorbers in plastics recycling

Background: In recent years, China pays great attention to the problem of plastic pollution and has increased its efforts in recycling policies for waste plastics. The processing of waste plastics can release unpleasant odours such as vinyl chloride, hydrogen sulphide, sulphur dioxide, amines, ammonia odours and other offensive odours. These unpleasant odours and smells not only have a serious impact on the production environment, but also reduce the quality and grade of recycled plastic products. Evonik has been working in the field of odour absorption for many years and has introduced some innovative products to solve the odour problem, such as a product based on activated zinc ricinolates, which firmly locks in the sulphur and nitrogen containing molecules in the odour so that the odour molecules are not emitted.

Targets: Development of odour absorbers to develop their application in the recycling of waste plastics