可持续创新创业服务平台
马修, DFUN 设计风尚志发行人兼总编辑
创业聚光灯 Makeable Spotlight
由专注于提供可持续创新创业服务的线上平台 Makeable 倾情推出，旨在聚焦创业者所关注的、正经历的、想探索的创业过程中的实际问题，以期为可持续发展领域的创业者和未来创业者提供创业指导和支持，在全国范围内激荡起可持续发展的脉动。
2013年修正的《公司法》正式出台了认缴制，为李克强总理于2014年夏季达沃斯论坛上提出的“大众创业、万众创新”的大众创业浪潮奠定了法律的基础。创业的梦想不再受钱的牵制，注册公司的资金门槛几乎为零。
6年过去了，认缴制，真的如当初所想的那样，是创业者的加速神器吗？
9月22日（周二），上海普世律师事务所高级合伙人周晓颖律师将为大家深度剖析“认缴制”，通过游戏和讲座结合的方式，带领创业者及感兴趣的伙伴共同探索认知“认缴制”带来的好处及挑战，修炼火眼金睛识别后续创业过程中的权利和责任，从而作出更适合的决策！
周晓颖
上海普世律师事务所高级合伙人
普陀区优秀女律师
普陀区青年创业者联谊会常委
In order to allow innovators’ solutions to be better applied in practice and help companies obtain more sources of innovation, the 2020 “SCIP+” Green Chemistry and Chemical Engineering Innovation and Entrepreneurship Competition has designated topic units. Participants can provide practical solutions and operable innovative solutions or entrepreneurial results based on specific issues.
At Brightlands Chemelot Campus in Sittard-Geleen, entrepreneurs, scientists and students work together in the fields of performance materials, process technology and biomedical solutions. This results in the building of bridges between fundamental scientific research and product and process innovations in companies. The campus and adjacent Chemelot industrial park form one giant laboratory where the brightest, highly qualified experts from universities and the business community work together.
In a short period of time, the campus has grown to become a place where more than 2700 knowledge workers and 1200 students work for more than 90 companies and knowledge institutes. The strategy focuses on accelerating the development of the campus to become an excellent community by 2023 with more than 100 companies and no fewer than 3900 knowledge workers and 1000 students.
Brightlands Chemelot Campus is part of Brightlands, an open innovation community made up of four campuses that are working on the major challenges in the fields of materials, circular chemistry, health, agri-food, data science and smart digital services. Brightlands has been made possible thanks to a partnership between the Province of Limburg, Maastricht University, Zuyd University of Applied Sciences, Fontys University of Applied Sciences together with APG, BASF, DSM and Maastricht UMC+.
Chemical process electrification replaces the use of fossil fuels by enabling renewable energy. High-temperature applications are key in most chemical production methods and the power demand of a typical chemical process is enormous. The general trend in plant design is to replace rotating equipment based on steam turbines for electrical drives. Despite the higher costs for electricity, this process electrification reduces energy consumption and the plant’s carbon footprint significantly.
为了让创新者的方案能够更好地得到实践应用，帮助企业获得更多创新的来源，2020 “SCIP+”绿色化学化工创新创业大赛专设指定命题单元，参赛团队可根据具体问题提供具有实用性和可操作性的创新解决方案或创业实践成果。在未来的内容中，大赛组委会也将陆续发布来自大赛合作伙伴的命题解读，帮助参赛者们更好的了解企业的需求，优化打磨自己的项目。
在位于荷兰Sittard-Geleen的Brightlands切梅洛特园区，创业者、科学家和学生们在功能化学品、工艺技术和生物医学解决方案领域开展广泛合作，架设起基础科学研究和企业产品以及工艺创新的桥梁。园区和相邻的切梅洛特工业区组成了一个巨大的实验室，汇集了大学和商业界的最聪明的头脑。
尽管成立时间不久，园区已经汇集了2700名知识工作者和1200名学生，为超过90家公司和研究院所工作。园区关注加快发展，目标是到2023年建成卓越园区，汇聚超过100家企业、3900名知识工作者和1000名学生。
Brightlands切梅洛特园区是开放创新社群Brightlands的一部分，后者包括四个园区，主要着力于材料、循环化学、健康、农产品、数据科学和智慧服务领域面临的挑战。Brightlands的建立也归功于林堡省、马城大学、南方应用科学大学、方提斯应用科学大学以及APG公司、巴斯夫公司、帝斯曼公司和马城大学医疗中心的合作。
化工工艺电气化利用可再生能源替代化石燃料。众所周知，温度对于大多数化工生产至关重要，同时一般化工工艺都需较大耗电量。工厂设计的趋势是利用电力驱动替代基于蒸汽轮机的旋转设备设施。尽管电力成本较高，但化工工艺电气化将大幅度降低能耗和碳足迹。
In order to allow innovators’ solutions to be better applied in practice and help companies obtain more sources of innovation, the 2020 “SCIP+” Green Chemistry and Chemical Engineering Innovation and Entrepreneurship Competition has designated topic units. Participants can provide practical solutions and operable innovative solutions or entrepreneurial results based on specific issues.
Shanghai Huayi (Group) Company is a large-scale chemical enterprise group established via assets reorganization, which is authorized by Shanghai Municipal SASAC. Huayi’s core assets were listed in May 2016. Huayi adheres to the five development strategies of ‘Eco-friendly Development, Innovation-driven Development, High-end Development , Cross-city Development and Integrated Development’, and focuses on the five core businesses of ‘Energy Chemicals, Green Tire, Advanced Materials, Fine Chemicals and Chemical Services’. There are 40 factories and production bases of Huayi in 11 provinces of China and overseas such as Jiangsu, Anhui, Chongqing, Xinjiang, Inner Mongolia and Shandong.
In 2019, Huayi ranks 295th in Top 500 Enterprises of China, 132nd in Top 500 Manufactures of China, 28th in Top 100 Enterprises of Shanghai, 10th in Top 50 Manufactures of Shanghai and 5th in Top 100 Chemical Feedstock and Product Manufactures of China.
The Shanghai Huayi (Group) Company proposed 2 challenges for our candidates of 2020 “SCIP+” Green Chemistry and Chemical Engineering Innovation and Entrepreneurship Contest. If you also love the environment and believe to win through innovation, if you have forward-looking vision and possess leading technologies, if you wish to joint hands with ExxonMobil and to accelerate the development and promotion of your projects, please do not hesitate to join the Contest! Let’s innovate for a graceful environment and paint a green and promising future!
The environmental protection is an inevitable trend for chemical industry to achieve the sustainable development. In order to win the battle against environmental pollution, promote the ecological conservation as well as the high-quality development of the China’s manufacturing industry, the chemical enterprises should actively accelerate the development and application of new green technologies, equipment and processes.
We are exploring the applicable and propagable green technologies, equipments and processes in chemical production, such as the VOCs testing technology and hazardous waste identification and evaluation, bioremediation of soil pollution in chemical production sites, the synergistic pollution prevention and control of VOCs, nitrogen oxide and PM, the efficient denitrification and organic degradation of chemical wastewater, the solid waste treatment and resource utilization, the green and energy-saving technologies, etc.
The advanced chemical materials have been widely used in many fields of national economy and national defense. However, due to the insufficient support capacity of some high-end varieties, there is a big gap between the China’s advanced chemical material industry and that of developed countries. With the urbanization and the upgrading of manufacturing industry, the China’s advanced chemical material industry, especially the high-end advanced chemical materials, is of great opportunity.
To fill the short slab and blank of China’s advanced chemical material industry, we are focusing on the innovation and technological breakthrough as well as the application development of the high-end polyolefin, high performance epoxy resin, special engineering plastic, high-end film material, electronic chemical, etc.
为了让创新者的方案能够更好地得到实践应用，帮助企业获得更多创新的来源，2020 “SCIP+”绿色化学化工创新创业大赛专设指定命题单元，参赛团队可根据具体问题提供具有实用性和可操作性的创新解决方案或创业实践成果。在未来的内容中，大赛组委会也将陆续发布来自大赛合作伙伴的命题解读，帮助参赛者们更好的了解企业的需求，优化打磨自己的项目。
上海华谊（集团）公司（以下简称“集团”）是由上海市政府国有资产监督管理委员会授权，通过资产重组建立的大型化工企业集团。2016年5月，集团核心资产实现整体上市。集团坚持“绿色发展、创新发展、高端发展、跨市发展和一体化发展”五大发展战略，形成“能源化工、绿色轮胎、先进材料、精细化工、化工服务”五大核心业务。在江苏、安徽、重庆、新疆、内蒙古、山东等11个省市自治区及海外拥有40余个工厂及生产基地。
2019年，集团名列中国企业500强第295位、中国制造业500强第132位，上海企业100强第28位、上海制造业50强第10位，中国化工原料及化学制品100强第5位。
上海华谊为本次 2020“SCIP+” 绿色化学化工创新创业大赛准备了2个挑战议题。如果你从事化学化工、新材料等领域，如果你也对创新创业充满热情，我们欢迎你加入产业共创，为共同推进材料创新和循环利用增加力量！
新装备和新工艺开发与应用
环保是化工产业实现持续稳步发展的必然趋势。化工生产企业应积极加快环保新技术、新装备和新工艺的开发和推广应用，积极培育绿色发展新动能，为我国打赢污染防治攻坚战、推进生态文明建设、推动制造业高质量发展提供支撑。
挖掘和探索在化工生产中可应用、可推广的环保新技术、新装备和新工艺，开发和寻找在生产过程中涉及的VOCs检测技术与危险废物鉴定与评价、化工生产场地土壤污染生物修复、化工废气VOCs与氮氧化物、颗粒物的协同污染防治、化工废水高效脱氮与有机物降解、固废处理与资源化利用以及绿色节能等方面的创新和应用。
新材料开发与应用
化工新材料已广泛应用于国民经济和国防军工的众多领域中。但受到技术水平的制约，我国化工新材料发展水平与发达国家仍有较大差距，存在整体保障能力不足、供应短板明显等突出问题。随着新型城镇化和制造业升级，我国化工新材料产业，尤其特种高端化工新材料面临良好的发展机遇。
聚焦集成电路、航空航天等领域，围绕高端聚烯烃、高性能环氧树脂、特种工程塑料、高端膜材料、电子化学品等特种高端化工新材料领域的技术攻关、应用开发、创新业务及平台等，填补国内化工新材料短板和空白。
图源：艾伦·麦克阿瑟基金会
王韧 艾伦·麦克阿瑟基金会中国塑料项目负责人
赵燕超 博士 彤程新材副总裁
吕秀娟 Impact Hub Shanghai
联合创始人、创投合伙人
In order to allow innovators’ solutions to be better applied in practice and help companies obtain more sources of innovation, the 2020 “SCIP+” Green Chemistry and Chemical Engineering Innovation and Entrepreneurship Competition has designated topic units. Participants can provide practical solutions and operable innovative solutions or entrepreneurial results based on specific issues.
The Red Avenue New Materials Group Co., Ltd. is the world’s leading comprehensive service provider of new materials. The company is located in China (Shanghai) Pilot Free Trade Zone. It has three lean manufacturing plants and two national laboratory R&D centers in China, and its business scope covers more than 40 countries and regions around the world. The Red Avenue upholds the green development concept of “materials make the planet better”, and has established the corporate vision of “promoting the sustainable development of the new material industry in an innovative and responsible manner”. It also adheres to technological innovation and management innovation, contributing to customers and cooperation partners’ development.
The Red Avenue New Materials Group is a member of AEPW (Alliance to End Plastic Waste),the second Chinese enterprise to join the organization. Our service scope covers chemical materials, automotive materials, medical materials, electronic materials, environmental protection materials etc.
The Red Avenue New Materials Group proposed 2 challenges for our candidates of 2020 “SCIP+” Green Chemistry and Chemical Engineering Innovation and Entrepreneurship Contest. If you also love the environment and believe to win through innovation, if you have forward-looking vision and possess leading technologies, if you wish to joint hands with ExxonMobil and to accelerate the development and promotion of your projects, please do not hesitate to join the Contest! Let’s innovate for a graceful environment and paint a green and promising future!
With the continuous development of packaging industry, the demand for buffer packaging materials is growing up for the past decades. Expanded Polyethylene foam (EPE), Expanded polypropylene (EPP), expanded polystyrene (EPS) and foamed-polyvinyl alcohol (PVOH) are commonly used as buffer packaging materials. However, the degradable rate of traditional foaming material in the soil is very slow, causing the environment pollution. Many countries have issued the plastic ban to restrict the use of buffer packaging materials such as polyethylene (PE) and polypropylene (PP). The biodegradable materials show an increasing demand for the disposable packaging materials.
Proposing industrial solutions through the structural designing, formulation development, process optimization for the biodegradable buffer materials, which can not only meet performance requirements, but also adapt to industrial production.
Polymer engineering
Wearable electronic devices such as smart bracelets and smart watches are rapidly integrating into our lives. However, e-waste is non-degradable and harmful, resulting in serious ecological pollution. The design and development of flexible, organic, biodegradable new electronic equipment is environmentally-friendly and has good biocompatibility, which can be applied to wearable devices, implantable devices and other electronic products.
Designing and developing new polymers that can be both conductive and biodegradable. Inventing the electronic devices such as biodegradable circuit board and substrate materials. It is expected to be used for flexible biodegradable wearable devices to measure heart disease, blood pressure, glucose value and sweat content.
Chemistry
Material
lectronic
为了让创新者的方案能够更好地得到实践应用，帮助企业获得更多创新的来源，2020 “SCIP+”绿色化学化工创新创业大赛专设指定命题单元，参赛团队可根据具体问题提供具有实用性和可操作性的创新解决方案或创业实践成果。在未来的内容中，大赛组委会也将陆续发布来自大赛合作伙伴的命题解读，帮助参赛者们更好的了解企业的需求，优化打磨自己的项目。
彤程新材料集团股份有限公司是全球领先的新材料综合服务商，公司位于中国（上海）自由贸易试验区，在中国拥有3家精益制造工厂和2个研发中心，业务范围覆盖全球40多个国家和地区。彤程秉承“材料让地球更美好”的绿色发展观，确立了“以创新和负责任的方式，推动新材料产业的可持续发展”的企业愿景，坚持技术创新和管理创新，为客户和合作伙伴的事业发展持续贡献力量。
彤程新材是AEPW（The Alliance to End Plastic Waste）组织的成员之一，也是第二家加入该组织的中国企业。我们的服务范围：化工材料、汽车材料、医疗材料、电子材料和环保材料等。
彤程新材为本次 2020“SCIP+” 绿色化学化工创新创业大赛准备了2个挑战议题。如果你从事化学化工、新材料等领域，如果你也对创新创业充满热情，我们欢迎你加入产业共创，为共同推进材料创新和循环利用增加力量！
随着包装行业的不断发展，我国对于缓冲包装材料的需求量逐年上升，其中发泡聚乙烯（EPE）、发泡聚丙烯（EPP）、发泡聚苯乙烯（EPS）、发泡聚乙烯醇（PVOH）等是常见的缓冲包装材料。但其在土壤中的自然分解速度极慢，由此给环境带来了很大的压力，许多国家严令限制使用聚乙烯（PE）、聚丙烯（PP）等缓冲包装材料，提倡使用可降解材料来代替塑料产品大量一次性包装材料。
通过高分子材料的结构设计、配方开发、工艺优化，提出既能满足性能需求，也能够适应工业化生产的可降解缓冲材料的解决方案。
高分子材料工程
以智能手环、智能手表等可穿戴电子设备正快速渗透到我们的生活中。然而电子废品不可降解，毒性大，导致严重的生态污染。设计开发柔性、有机、可生物降解的新一代电子设备不仅环保，且生物相容性好，可应用于可穿戴设备、植入性设备等电子产品领域。
通过化学结构设计开发既能导电又能快速降解的聚合物材料，开发可生物降解电路板、可生物降解的新型基底材料等电子设备，有望用于监测心脏疾病、血压、血糖、汗液成分的柔性可降解穿戴设备。
化学 材料 电子
On December 7, 2019, the final of the 2019 “SCIP+” Green Chemistry and Chemical Engineering Innovation and Entrepreneurship Contest was successfully held in Shanghai Chemical Industry Park. Ma Jing, Director of the Management Committee of Shanghai Chemical Industry Park, Fu Xiangsheng, Vice President of China Petroleum and Chemical Industry Federation, and Situ Feng, Counselor of Transportation, Environment and Energy of the French Embassy in China attended the final and award ceremony and delivered speeches. Zhang Chun, general manager of Shanghai Chemical Industry Park Development Co., Ltd., and Xin Zhong, vice president of East China University of Science and Technology, delivered speeches on behalf of the organizers of the competition. Hua Wei, vice chairman and secretary-general of the China Chemical Industry Society, Zhang Yongzhong, deputy director of the Shanghai Municipal Intellectual Property Protection Bureau, and Zhu Xilin, deputy director of the Standing Committee of the Jinshan District People’s Congress attended the ceremony. Lei Huanli, President of Covestro China, was invited to give a keynote speech.
Representatives from the Municipal Commission of Economy and Information Technology, the Municipal Science and Technology Commission, the Municipal Education Commission, the Municipal Science and Technology Entrepreneurship Center, Jinshan District, Fengxian District, the Management Committee of the Chemical Industry Zone, the development company system, management units and park enterprises attended the finals and awards ceremony.
“This is an important part of the Shanghai Chemical Industry Park’s acceleration of the establishment of science and technology. It is a grand event in the process of building the Shanghai International Chemical New Material Innovation Center. It will also be a practical benchmark for promoting the green development and innovative development of the chemical park and petrochemical industry.” Director Ma Jing said in his speech that he also sent out a sincere invitation, “Welcome everyone to our park to carry out entrepreneurship and realize their dreams, and to add infinite vitality and impetus to the scientific establishment and innovative development of the chemical industry zone.”
In his speech, Vice President Fu Xiangsheng highly affirmed the fruitful results of this contest, and proposed, “I hope that the Shanghai Chemical Industry Park will regard the The 2019 “SCIP+” Green Chemistry and Chemical Engineering Innovation and Entrepreneurship Contest as an important platform for the innovation and green development of the petrochemical industry, and as an innovative center for new chemical materials. Important support, focusing on the field of green chemistry and chemical engineering, discovering and training a group of passionate entrepreneurial teams and innovation leaders, creating space for high-level innovation teams, accelerating collaborative innovation and achieving win-win cooperation.”
“The purpose of this contest is to provide an open and fair competitive platform for young talents and innovative teams in the field of chemistry and chemical engineering, to create a practical opportunity for innovation and entrepreneurship, and to build a stage for displaying.” General Manager Zhang Chun said and wished the gold-competing teams have good results, high levels, and new styles in the contest. I wish all final teams a bridge of friendship and make friends with like-minded friends.
Vice President Xin Zhong once again interpreted the theme of the contest “Green Chemicals Innovate the Future.” He pointed out that “The contest has received enthusiastic responses from a total of 259 teams from universities, research institutes, and start-ups from 27 provinces and cities across the country. The French division also attracted many start-ups to register for the contest, which fully demonstrated everyone’s recognition of the concept of green development and innovative development. These two core keywords are of great significance to the future development of the chemical industry and the cultivation of high-level chemical talents.
This contest focuses on soliciting creative products and innovative services in the fields of new materials, new energy, environmental protection, smart manufacturing, process control, or entrepreneurial practices, highlighting greener synthesis paths and greener reaction conditions, greener chemical design concept.
Through multiple rounds of selection, including auditions, preliminary rounds, semi-finals and expert reviews, 53 teams emerged as the finalists. After the final selection on the morning of December 7th, SupergreenCO2, helping each other in the same boat, creating micro, smart detection guards, Huancheng (Shanghai) New Material Technology Development Co., Ltd., Shanghai Maximum Chemical Technology Co., Ltd., Shanghai Huiyixin Seven teams including Material Technology Co., Ltd. advanced to the final “gold-competing” phase.
In the afternoon, after an exciting and fierce competition, in the entrepreneurial innovation group, the SupergreenCO2 team won the first prize with the work “Development of a complete set of equipment for preparing large-size microporous polymer lightweight materials by supercritical CO2 molded foam”; Huancheng (Shanghai) New Material Technology Development Co., Ltd. in the entrepreneurial practice group aspires with the work of “Green Inorganic Optical Materials”. The other teams won the second prize, third prize and honorable prize.
In the crowded arena, the wonderful performance and professionalism of the participants, as well as many excellent innovations and insights, all impressed the judges and guests at the conference. They were deeply impressed by the innovative potential of green chemicals and the petrochemical industry. The future development is more confident, and I believe that they will become the backbone of China’s continuous green development and innovative development of the chemical industry in the future.
This competition has a special French competition division, which was promoted in the French Environment and Energy Management Agency and the Axelera industrial cluster, attracting many start-up teams to register for the competition. The work of the Minorga recommended by the French “Green Chemistry” Society won the first prize. Together with the top three teams in the entrepreneurial practice group, they will receive a one-week immersive business investigation and accelerate the incubation of potential projects.
First Prize (1 Winner)
Team: SupergreenCO2 (East China University of Science and Technology)
Work: Development of a complete set of equipment for preparing large-size microporous polymer lightweight materials by supercritical CO2 compression foaming
Second Prize (2 Winners)
1.Team: Tong Zhou Gong Ji (Tongji University)
Work: Green synthesis and industrialization of special materials for flexible substrates for AMOLED displays
2.Team: Smart Detection Guard (East China University of Science and Technology)
Work: Pipeline network full life cycle safety monitoring and management solution provider
Third Prize (4 Winners)
1.Team: Chuangwei (Xi’an University of Science and Technology)
Work: The Eye of Nuclear Power—A leader in crack growth monitoring
2.Team: Antidiabetic Patch Team (Fuzhou University)
Work: Pioneer of painless insulin administration
3.Team: Paper Kee Technology Innovation Team (Hunan University of Science and Technology)
Work: A new generation of multifunctional synthetic paper
4.Team: Fudan XiRen Graphene (Fudan University)
Work: Preparation and application of graphene heat dissipation film
Winning Award (5 Winners)
1.Team: Min Ni Si Te Technology Co., Ltd.
Work: Development of temperature-sensitive cell culture membranes
2.Team: Rebirth of the Earth
Work: Gaosha filling cement
3.Team: Azure Technology
Work: Ultra-low smoke emission control technology and equipment for non-electric industry
4.Team: Not just purple root water hyacinth
Work: Preparation and development of adsorbent based on resource utilization of waste plants of purple root water hyacinth
5.Team: Hydrogen Power
Work: H2 Power-the leader in the development and application of new hydrogen storage systems
First Prize (1 Winner)
Team: Huancheng (Shanghai) New Material Technology Development Co., Ltd.
Work: Green Inorganic Optical Materials
Second Prize (2 Winners)
1.Team: Shanghai Huiyi New Material Technology Co., Ltd.
Work: Achievement transformation of a new type of green, environmentally friendly, hydrolysis resistant and stable performance organic-inorganic hybrid titanium-based polyester catalyst
2.Team: Shanghai Maximum Chemical Technology Co., Ltd.
Work: Innovation of core technology and key equipment for polymer devolatilization
Third Prize (3 Winners)
1.Team: Carbon Energy Technology (Beijing) Co., Ltd.
Work: Green and low-carbon production of chemicals using carbon dioxide
2.Team: Guangzhou Wuliang Biotechnology Co., Ltd.
Work: Phoenix Nirvana, using “insects + microorganisms” to create a new era of environmental protection
3.Team: Shanghai Zaizheng Chemical Technology Development Co., Ltd.
Work: 10,000 tons/year polyphenylene ether project
Winning Award (5 Winners)
1.Team: Qing Chu (Shanghai) Energy Technology Co., Ltd.
Work: Magnesium-based solid hydrogen storage vehicle prototype
2.Team: Shanghai Hongmiao Industrial Co., Ltd.
Work: Environment-friendly water-based halogen-free flame-retardant material
3.Team: Ningbo Zhuhong Nano Technology Co., Ltd.
Work: R&D and application project of high-concentration ultra-micro bubble generating device
4.Team: Wuhan Jingran Technology Co., Ltd.
Work: Net Burning Clean Combustion Technology
5.Team: Hanghua Suyou New Material (Hangzhou) Co., Ltd.
Work: Green high-performance antistatic new material
