Dr. Li has joined Dow Chemical’s Asia Pacific R&D center in 2007, starting as a research specialist in Wire & Cable compound, and by 2012 become External Technology Leader for Greater China and later Asia Pacific. In 2014, he has been assigned to the one-year CEO exchange program and relocated to Freeport, TX, working as a senior research scientist in the Hydrocarbon R&D. By 2015 he has been repatriated back to Shanghai and joined the Packaging & Specialty Plastic business, responsible for value chain engagement and later plastic circular economy. By 2021 he joined Corporate Research and responsible for the LCA center of expertise in Asia Pacific and also technical leader for the newly formed Mobility platform, focusing on developing next generation materials for electric vehicles. He joined Donghua University by April of 2022 and lead the “Plastics Carbon Neutrality” platform.
顺丰包装循环回收创新探索
路鹏 Peng Lu
顺丰集团 S.F.Express Co., Ltd.
顺丰包装研发创新实验室负责人 General Manager
统筹顺丰集团包装创新工作，搭建公司绿色包装体系框架，参与制定多项行业标准。
Overall planning the packaging innovation work of SF Group, building the company's green packaging system framework, and participating in the formulation of multiple industry standards
演讲内容概要
介绍顺丰在包装循环回收方面的经验与实践
Introduce SF's experience and practices in packaging circular recycling.
要点归纳
循环包装方案创新，循环标准研究创新
Innovations in circular packaging solutions and research on circular standards.
Protective packaging such as inflatable bubble packaging materials green reduction new product release, transportant packaging LCA report sharing, traditional transport protective packaging materials polyethylene Ethafoam and polyurethane Instapak green transformation.
终止塑料污染国际文书谈判第四届会议（INC4）参会观察与发泡塑料供应链趋势分享
马一春 Jason Ma
绿色再生塑料供应链联合工作组/澳洲凯马特集团 Green Recycled Plastics Supply Chain Group/ Kmart Group
Mr. Ma is the expert on sustainability who has the experience across various industries, supporting circular economy on product innovation and supply chain delivery. Before joining Kmart, he used to be the technical manager of the world famous consulting company, and EU retailers on sustainability platform development and sustainable concept delivery, meanwhile as the deputy lead of Geen Plastic Recycling Group, and Sustainability consultant of PINFA (Halogen Free Flame Retardant Association) China. Mr. Ma holds the master degree in Chemical of New Jersey Institute of Technology and a bachelor degree in Fine chemistry of East China University of Science and Technology, PHD candidate of Donghua University in Advanced Material, Industry advisor of Jiao Tong University – China & UK Low Carbon School .
Plastic pollution has become a global priority sustainable development issue along with global warming. Major economies and brands have also prioritized this topic in their respective policies and commitments. The Fourth Session of the Negotiations on an International Instrument to End Plastic Pollution (INC4) was held in Canada at the end of April this year. It focused on the design of plastic products and packaging, and the restricted use of materials and chemicals. It demonstrated the ambition of the United Nations Environment Programme to end plastic pollution. During the negotiation process, it also demonstrated the complexity of the supply chain and the challenges of implementation in reality. For example, foam plastic packaging is proposed as a banned material in the draft by many member states, but at the same time, the raw material enterprise alliance has made the industry's voice. Therefore, how to actively respond to regulatory challenges and self-innovation is imperative for the foam plastic industry.
要点归纳
1. 联合国环境署塑料污染谈判对发泡塑料包装的影响
2. 产业链在应对变成中的挑战与机遇
1. The impact of the UN Environment Programme's plastic pollution negotiations on foaming plastic packaging
2. Challenges and opportunities in the industry chain in dealing with changes
Mr. Rendy Ren is the GM of Shanghai RECYCLE Environmental Protection Technology Co., Ltd. Before joining RECYCLE Env., he worked in Tetra Pak China Environmental (Sustainability) department and in charge of the waste packaging collection and recycling task, FSC, LCA, renewable electricity using and other sustainability related tasks. He has the qualifications of Carbon Asset Manager, SA8000 social responsibility auditor, soild waste treatment engineer, green project management, FSC COC certificate manager, etc.As a new company, RECYCLE Env. currently provides services in different waste management fields for customers, such as Unilever, Amcor, Tetra Pak, Danone, Mars, SIG, Oatly, Disney, Pepsi, SABIC, L'Oreal, etc.
The era is undergoing changes, and the collection industry is gradually transitioning from a "trade oriented" to a "service-oriented". Today, while major brand companies are discussing sustainable development, ESG, and corporate social responsibility, how should foam materials, especially foam packaging, be collected & recycled? How to help their clients achieve sustainable development goals? How to create innovative profit models for our own business at the same time? This report will provide some insights from other types of packaging waste collection models.
要点归纳
1. 例举10多种包装物的回收案例，对其进行矩阵分析
2，比较5种回收模式，对齐适合行进行比对分析
3，给予发泡材料（包装）回收的启示
1. List over 10 collection cases of packaging materials and conduct matrix analysis on them,
2. Compare 5 collection modes and align them with suitable rows for comparative analysis,
3. Provide inspiration for the collection of foam materials (packaging)
Graduated from Northeast Forestry University with a major in Packaging Engineering in 2005, previously served as the Packaging Module Manager of Qingdao Haier Refrigerator Business Unit. Currently, I am a packaging technology expert in Midea Refrigerator Business Unit, designing transportation packaging solutions for internal and external products of refrigerators and freezers, continuously conducting research on packaging materials and process innovation breakthroughs, and enhancing the sustained competitiveness of products in the industry; Lead the creation of the packaging technology rank evaluation standards and professional course training system for Midea Group.
I will mainly introduces the commonly used foaming materials for transportation packaging of household appliances. At the same time, EPS foam is the most commonly used cushioning packaging material in the entire household appliance industry because of its high compressive strength, excellent cushioning performance, good processing performance and low cost. How to design the cushioning structure of EPS foam through CEA simulation technology, and how to carry out lightweight and thin design innovation of EPS foam have become the direction of our continuous research and breakthrough.
要点归纳
1. 家电运输包装常用包装材料介绍。
2. EPS缓冲包装设计优化创新。
3. 欧美国家禁塑应对措施。
1. Introduction to commonly used packaging materials for home appliance transportation packaging.
2. EPS cushioning packaging design optimization and innovation.
3. Measures taken by European and American countries to ban plastic production.
She has been engaged in packaging research, standards, testing and other work for more than 20 years, and her main research direction is transportation packaging.
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2024 ISTA 中国年会
2024年9月5-6日，2024运输包装技术组织年会暨2024 ISTA中国年会将作为Interfoam China 2024 同期活动于上海南翔温德姆酒店举办，旨在讨论最新的国际法规及政策、可持续性运输包装解决方案等话题，共创中国运输包装高质量发展盛世。*Interfoam China 2024展商可获得优惠参会名额800元/人
