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

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