月度归档： 2021年8月

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).

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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 CO₂ is a crucial method to achieve long-term climate goals. In addition to the direct capture and storage of CO₂ route, converting the captured CO₂  into high-value downstream products will create greater social and economic benefits.

Targets: Developing low-cost CO₂ capture 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

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.

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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

华 谊

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。

2020年，集团名列中国企业500强第346位、中国制造业500强第158位，上海企业100强第32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。

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 2020, Huayi ranks 346^th in Top 500 Enterprises of China, 158^nd in Top 500 Manufactures of China, 32^nd in Top 100 Enterprises of Shanghai, 10^th in Top 50 Manufactures of Shanghai and 5^th in Top 100 Chemical Feedstock and Product Manufactures of China. 

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7.可降解塑料研发与应用推广

背景描述：国家发展改革委发布的《生态环境部关于进一步加强塑料污染治理的意见》中提出，以可循环、易回收、可降解为导向，研发推广性能达标、绿色环保、经济适用的塑料制品及替代产品。在“限塑令”不断升级的背景下，可降解塑料将迎来重大发展机遇。

目标：推行绿色设计，聚焦可循环、易回收、可降解替代材料和产品的研发与应用，提升可降解塑料制品的安全性和回收利用性能，降低应用成本，促进其在包装、餐具、农用薄膜、生物医用高分子材料等领域的应用。

7. Development and Application of Degradable Plastics

Background Description: In the ‘Opinions on Further Strengthening Plastic Pollution Control of Ministry of Ecological Environment’ issued by the National Development and Reform Commission, it is proposed that the plastic products and alternatives, which are recyclable and degradable, are encouraged. In this context, the degradable plastics will embrace the opportunity for rapid development.

Objective: Based on the green design, we are exploring the technology development and application of the degradable plastics that improve the safety and recycling performance, reduce the application costs, and promote the application in the fields of packaging, tableware, agricultural film, biomedical polymer materials, etc.


30.氢能及利用核心关键技术开发

背景描述：氢能作为一种储量丰富、热值高、能量密度大、来源多样的绿色能源，被誉为21世纪的“终极能源”。我国正在积极布局氢能发展战略，氢能及利用或将成为我国履行“碳”责任，实现“碳中和”的重要路径之一。

目标：围绕氢能及下游综合利用，聚焦氢燃料电池及其核心部件、分布式发电、氢能供热、氢储能等核心关键技术开发和应用，推动氢燃料电池在交通、发电和储能等领域的应用，尽快发挥在碳达峰、碳中和中的贡献。

30. Critical Technology Development of Hydrogen Energy and its Utilization

Background Description: As a kind of green energy with abundant reserves, high calorific value, high energy density and diverse sources, hydrogen energy is known as the ‘ultimate energy’. China is actively planning a strategy for hydrogen energy development, therefore, its utilization is expected to be the essential approach to achieve the peak CO₂ emissions and carbon neutrality.

Objective: To promote the application of hydrogen fuel cells in the fields of transportation, power generation and energy storage, we are exploring the critical technologies of hydrogen fuel cells and core components, distributed generation, hydrogen heating and hydrogen storage, etc.

英 美 资 源

英美资源集团是全球领先的矿业公司，公司提供的产品对于现代生活的各个方面均发挥着重要作用。我们的资产组合涵盖世界一流水平的采矿作业、开发项目和富蕴的矿石储量。我们向发达和发展中国家提供金属和矿物产品以满足其快速增长的消费端需求，并使得我们的世界更清洁、更绿色、更加可持续。

Anglo American is a leading global mining company and our products are the essential ingredients in almost every aspect of modern life. Our portfolio of world-class competitive operations, development projects and undeveloped resources, provides many of the metals and minerals that enable a cleaner, greener, more sustainable world and that meet the fast growing consumer-driven demands of developed and maturing economies. 

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18.铂族金属在绿色化工循环经济和碳中和领域的高效利用

背景描述：深挖在绿色化工领域中可应用、可推广的环保新技术和新工艺，如：土壤污染修复技术、高难废水处理技术、高端化工新材料相关技术、新一代电子材料、医疗及医药健康突破技术（如仿生系统开发和利用、肿瘤治疗等）、CO2转化为高附加值化学品技术、废塑料的无害化和资源化利用、单原子（铂Pt）催化技术前瞻性应用、稀土与铂族金属联用的新型催化技术、铂均相催化剂的固载化技术及应用。

目标：英美资源公司现意向投资能解决人类社会巨大挑战的各类研究和初创项目，旨在促进铂族金属应用的突破性专利技术的商业化和市场化。

18. Efficient utilization of platinum group metals in green chemical recycling economy and carbon neutrality fields

Background description: Exploring the new environmental protection technologies and processes that can be applied and promoted in the field of green chemical industry, such as: Soil pollution repair technology, high challenge wastewater treatment technology, high-end chemical new material related technology, new generation of electronic materials, medical and pharmaceutical breakthrough technology (such as the development and utilization of bionic system, oncotherapy, etc.), technology of transferring CO2 into high value-added chemicals, decontamination and resourceful utilization of waste plastics, prospective application of single atomic platinum (Pt), new catalytic technology with rare earth and platinum group metals’ coupling technique , immobilization technology of homogeneous platinum catalyst and its application.

Objective: Anglo American is intended to invest in research and start-up projects that address the great challenges of human society, with the aim of promoting the commercialization and marketization of breakthrough patented technologies for platinum group metal applications.

沙 索

沙索（Sasol）集团是一家综合性的化工、能源一体化的跨国公司，总部位于南非约翰内斯堡。沙索集团2019财年销售额为143亿美元。沙索公司分别是纽约证交所和约翰内斯堡证交所的上市企业，在全球33个国家有3万名员工。沙索集团成立70年以来，一直致力于使用费托合成工艺将煤或天然气转化为燃油或精细化学品的业务。发展成为当今世界从上游天然气和煤化工到下游大宗和精细化工全产业链的全球技术和市场的领导者。在下游精细化产业中，沙索具有世界最大最全的脂肪醇产品线及其衍生物（表面活性剂、酯等）。

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10.生物基表面活性剂

背景描述：随着全世界各国低碳环保理念的提升，很多行业（例如日化）都对产品中的成分提出了可持续发展的要求。作为适用范围非常广泛的表面活性剂，也面临着从原材料和生产方法上低碳、绿色环保转型的趋势。

目标：基于可再生原材料（例如，生物质、绿色氢等）生产的表面活性剂

10. Bio-based surfactants

Background description: With the rise of low-carbon environment awareness globally, many industries (such as personal care) have put forward sustainable development requirements for ingredients in products.  Products like surfactant with a very wide range of applications, are also facing the trend of low-carbon, green and environment-friendly transformation in feedstock and production process.

Objective: Surfactants produced based on renewable raw materials (for example, biomass, green hydrogen, etc.)

高 桥 石 化

中国石化上海高桥石油化工有限公司（简称“高桥石化”）成立于1981年11月，是我国经济体制改革、国有企业跨部门联合重组的第一个重大成果。国务院直接批准对当时高桥地区分属于石油部、化工部等多个系统的上海炼油厂、高桥化工厂“七厂一所”进行联合重组，成立我国第一个跨部门、跨行业的特大型石油化工联合企业。上海炼油厂成立于1945年，是我国最早的炼油企业之一；高桥化工厂成立于1957年，是我国第一个石油化工厂。高桥石化是中国石化总公司成立时首批进入的企业之一。公司成立近40年来，坚决贯彻党中央国务院决策部署，按照上海市委市政府和中国石化党组工作要求，扎实推进企业改革和发展，成为中国石化重要的大型燃料-润滑油-化工型骨干企业。

Sinopec Shanghai Gaoqiao Petrochemical Company Limited (hereinafter referred to as “SGPC”) was founded in November, 1981, being the first significant achievement for the reform of China’s economic system and the cross-departmental restructuring of state-owned enterprises. The State Council directly approved the joint restructuring of “seven plants one institution”, which then were under the jurisdiction of the Ministry of Petroleum, the Ministry of Chemical Industry and other systems in Gaoqiao District such as Shanghai Oil Refinery and Gaoqiao Chemical Plant, thus establishing the first extra large size petrochemical complex of cross-department and cross-industry in China. Shanghai Oil Refinery was established in 1945, which is one of the oldest refineries in China. Gaoqiao Chemical Plant was established in 1957, which is the first petrochemical plant in China. SGPC was one of the first enterprises to join Sinopec Corporation upon its establishment. In the past 40 years since its establishment, SGPC has firmly implemented the decisions and arrangements made by the Party Central Committee and the State Council, and steadily promoted the reform and development of itself in accordance with the requirements of Shanghai Municipal Party Committee, Shanghai Municipal Government and Sinopec Leading Party Group, being the backbone enterprise of large-scale fuel, lubricating oil and chemical industry of Sinopec.

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21.ABS 废料的回收利用

背景描述：ABS 产品的主要应用领域在家电、箱包板材、汽车内饰件等。ABS 装置在生产过程中会产生少量的废料，寻找废料回收利用的创新技术方案。

目标：利用先进、环保的解决方案回收产生的 ABS 废料。

21. Recycling and utilization of ABS waste

Background description: ABS is mainly used in the fields of home appliances, luggage plates, automotive trim and so on. The ABS device will produce a small amount of waste during the production process, so it is necessary to find a technical solution for recycling the ABS waste.

Objective: Use advanced and environmental scheme to recycle and utilize ABS waste.

英 威 达

英威达不断开拓创新，开发出经久耐用的纤维和聚合物，从地毯中的纤维到汽车中的塑料等，应用广泛。英威达自2004年成为科氏工业集团的子公司，向市场推出专有的尼龙6,6系列产品和广受认可的品牌，包括CORDURA®和ANTRON®等。英威达还提供特殊化学中间体产品和先进技术许可。

From the fibers in your carpet to the plastic in your automobiles, INVISTA’s commitment to continuous improvement has led its employees to develop some of the most durable, versatile polymers and fibers in the world. A subsidiary of Koch Industries since 2004, INVISTA brings to market the proprietary ingredients for nylon 6,6 and recognized brands including CORDURA® and ANTRON®. INVISTA also offers specialty chemical intermediates and process technologies. 

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35.尼龙6,6塑料聚合物的回收

背景描述：尼龙6,6是用途最广泛的工程热塑性塑料之一。由于尼龙6,6具有出色的强度，韧性和耐热性之间的平衡，因此是以塑代钢应用的理想之选。尼龙6,6很容易加工，也很容易用填料、纤维、润滑剂和抗冲改性剂进行改性。这些改性剂提高了性能，由此产生的多功能性使尼龙6,6可用于需要高强度、韧性、耐热性和/或耐化学性的应用。然而，这些改性剂也给回收带来了挑战。尼龙6,6的回收是为该行业开发可持续解决方案的一个重要因素，也是英威达一直以来的关注重点。

目标：制定回收材料收集策略、从尼龙6,6聚合物中分离改性剂、分类和处理改性剂以及回收材料的可追溯性是实现旨在减少碳足迹的回收策略的基础。这一挑战将有利于我们的客户、合作伙伴以及整个社会。

35. Recycling of Nylon 6,6 Plastic Compounds 

Background description: Nylon 6,6 is one of the most versatile engineering thermoplastics. Because of its excellent balance of strength, ductility and heat resistance, nylon 6,6 is an outstanding candidate for metal replacement applications. Nylon 6,6 is very easy to process and to modify with fillers, fibers, internal lubricants and impact modifiers. These modifiers improve the performance and the resulting versatility allows nylon 6,6 to be used in applications that require high physical strength, ductility, heat resistance and/or chemical resistance. However, these modifiers also create a challenge in recycling. Recycling of nylon 6,6  is one important element of developing sustainable solutions for the industry and is a key focus of INVISTA.

Objective: Developing strategies for collection of materials to be recycled, separation of modifiers from nylon 6,6 polymer, sorting and treatment of modifiers and traceability for recycled materials are fundamental to enable recycling strategies aimed at the reduction of our environmental footprint. This challenge targets a key interest of our customers and partners, as well as society at large. 

埃克森美孚评委团队

埃克森美孚是全球知名的上市国际能源公司，采用先进技术和创新帮助满足全球不断增长的能源需求。埃克森美孚拥有行业领先的资源储量，是全球主要的炼油商和石油产品销售商，其化工公司在全球名列前茅。

ExxonMobil, one of the largest publicly traded international energy companies, uses technology and innovation to help meet the world’s growing energy needs. ExxonMobil holds an industry-leading inventory of resources, is one of the largest refiners and marketers of petroleum products, and its chemical company is one of the largest in the world. 

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1.碳中和对于现有工业解决方案的整体优化或重塑的方案

背景描述：在碳中和的概念下，众多细分市场领域面临着重大优化，甚至于重新定义，例如物流、快递外卖等。对于现有废弃、污染物的碳足迹的考量、计算方式也面临着重大变革。而新体系应当从全生命周期分析的角度，从全局上符合碳足迹降低的大趋势。

目标：以某一细分领域为例，例如但不限于上述案例，进行整体解决方案的优化或重塑，并从生命周期角度进行分析。或针对目前某细分领域的新旧方案变化趋势，提出并利用革新性的、更为全面、科学的生命周期分析手段进行比较。

1. Impact of Carbon Neutrality to current industrial solutions: optimization or redefinition

Background: Under the concept of Carbon Neutrality, numerous market segments are facing major optimization or redefinition, such as logistics, deliveries, etc. Hence, consideration of carbon footprint of current wastes and pollutants will face major changes as well. The new solutions should fit in the overall low carbon solution trends from end-to-end life cycle analysis (LCA) data.

Targets: Take one market segment as example, such as but not limited to above mentioned, proposal comprehensive novel solution or optimization plans, and explain from LCA. Or, provide revolutionary, comprehensive, and scientific LCA to a recent major market trend.


5.利用二氧化碳制成高附加值化学品

背景描述：二氧化碳的捕捉和储存是迈向碳中和目标的重要一步。而由于二氧化碳的化学特性，目前对于二氧化碳的利用还相对缺乏高附加值的方向。

目标：通过化学、工艺等创新，对二氧化碳的利用提出新的方向。并且从整体工艺能量输入的角度出发，仍然符合低碳的需求。

5. Utilization of carbon dioxide for high value-added products

Background: Capture and storage of carbon dioxide is an important step to Carbon Neutrality. However, due to the chemical nature of carbon dioxide, utilization of it lacks of high value adding directions.

Targets: Through chemistry and process innovation, proposal new solutions for carbon dioxide utilization. The solution should satisfy low carbon requirement from overall energy input perspective.


15.数据科学在材料研发中的应用

背景描述：数据科学迅速发展之下，其在材料科学研发中所能起到的作用也逐渐受到关注。除了能够大幅缩短研发的周期和实验所产生的费用之外，此学科也可能能够起到在现有知识框架外进行创新的作用。

目标：建设相关的数据库和工具来建立化学物质结构与性质之间的关联，并且利用人工智能的理念和算法来预测、创建新型的化学材料、高分子材料的结构。

15. Application of data science in material research and development

Background: With rapid development of data science, its role in material science has drawn much attention. Apart from its benefit on reducing the development time and experimental cost, potentially its application could lead to innovation beyond current knowledge space.

Targets: Develop tools/database to capture available material chemical structure-polymer structure-properties relationship, and further develop artificial intelligence targeting at predicting properties with various chemical structure / polymer structure

苏 伊 士

苏伊士集团自19世纪末以来，不断积累专业知识，通过保护人类健康并支持经济增长，助力人们持续提高生活质量。苏伊士及旗下90,000名员工遍布全球五大洲，致力于保护和修复我们的自然环境要素：水、土壤和空气。在水务管理、固废回收再造、土壤修复和空气治理等方面，苏伊士提供富有弹性的创新型解决方案，通过“智慧”城市优化市政和各行业的资源管理，提升其环境和经济效益。集团向6,400万人提供环境服务，生产饮用水71亿立方米。苏伊士还为经济发展做出了积极贡献，每年直接或间接创造了20多万个就业岗位，作为新资源的提供者，生产了420万吨再生原料。集团的目标是在2030年前提供100%的可持续解决方案，为我们的环境、健康和气候带来积极影响。苏伊士集团2020年的总收入达172亿欧元。

Since the end of the 19th century, SUEZ has built expertise aimed at helping people to constantly improve their quality of life by protecting their health and supporting economic growth. With an active presence on five continents, SUEZ and its 90,000 employees strive to preserve our environment’s natural capital: water, soil, and air. SUEZ provides innovative and resilient solutions in water management, waste recovery, site remediation and air treatment, optimizing municipalities’ and industries’ resource management through “smart” cities and improving their environmental and economic performance. The Group delivers sanitation services to 64 million people and produces 7.1 billion m3 of drinking water. SUEZ is also a contributor to economic growth, with more than 200,000 jobs created directly and indirectly on an annual basis, and a provider of new resources, with 4.2 million tons of secondary raw materials produced. By 2030, the Group is targeting 100% sustainable solutions, with a positive impact on our environment, health and climate. SUEZ generated total revenue of €17.2 billion in 2020.

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2.智慧化解决方案助力厂区与管网运行维护的碳中和

背景描述：如何提升工业厂区的运维效率，降低厂区内生产运行过程中不必要的能源、资源、人力等方面的消耗，进而综合管控、降低工业厂区整体的温室气体排放水平，是碳中和背景下工业厂区未来值得关注的发展方向之一。

在供水、污水、雨水管网的运行维护过程中，合理的调节控制，以及对设施的科学维护，能够显著提升管网的运行效率，降低运行能耗；控制跑冒滴漏，减少资源浪费；提升服务质量，降低维护成本。

智慧化的运行维护管控手段，包括数字化管控运维平台、智能监控调度系统、资产管理系统，以及AR/VR/人工智能/智能巡检维修机器人等高级智慧化应用，以其方便快捷、直观可视、高效安全等优势，成为未来工业厂区及管网运行维护领域所青睐的选择。

目标：工业厂区运维过程中智慧解决方案或工具的应用；供水/雨水/污水管网中智慧解决方案或工具的应用。

2. Smart Solutions for O&M in Plants/Networks to Achieve Carbon Neutral

Background: With the development of industrial parks and plants, how to improve the O&M efficiency, reduce unnecessary consumption of energy, resource, labor, etc. and generally control the GHG emission level of industrial parks and plants, have become a potential hot topic under the “Carbon Neutral” initiative.

Meanwhile, proper operation and maintenance of water/rainwater/wastewater networks can significantly improve operation efficiency, reduce energy consumption, control leakage and waste, improve customer experience, and lower overall operation cost.

Smart O&M tools, such as digital management platform, smart monitoring and control system, asset management system, and advanced digital tools e.g. AR/VR/AI/robots/drones/etc. have been utilized to help improve O&M performance. The development of smart solutions for plants and networks have been identified as heated topics in both sectors.

Targets: Application of smart solutions/tools in plants; Application of smart solutions/tools in networks.


3.污水处理过程中的碳中和（资源回收与节能降耗）

背景描述：近年来污水处理厂的能耗问题越发受到重视，能源消耗大、运行成本高的问题对于污水处理厂的建设与发展造成了一定的阻碍。如果能够
1) 在污水处理过程中回收绿色能源与资源（资源回收）；和/或
2) 提升污水处理过程的能源资源利用效率（节能降耗）
则能够在有效降低污水处理厂的整体能耗的同时，创造额外的资源回收价值；在降低温室气体排放水平的同时，更好地促进可持续发展。

目标：通过工艺创新改进实现资源回收和/或节能降耗

3. Carbon Neutral in Wastewater Treatment Process (Resource Recycling & Energy-saving)

Background: In recent years, the energy consumption of WWTP is gradually becoming a more and more concerning problem which hinders the construction and development of WWTP. If we could:
1) Recycling resources and/or energy during wastewater treatment process; and/or
2) Improve resource/energy efficiency during wastewater treatment process,
we could effectively reduce the overall energy consumption of wastewater treatment plant, create extra value from resource recycling, reduce GHG emission level, and promote sustainable development.

Targets: Recycling and/or saving achieved through process innovation/improvement


4.区块链技术在环保及碳中和领域的应用

背景描述：区块链具有去中心化、不可篡改、全程留痕、可追溯性强、集体维护、公开透明等特点，使得该技术在强调协作信任与一致行动的场景下具有较好的应用前景。环保及碳排放的管理监控过程往往涉及多个相关方，公开透明、数据可信、追溯性好的去中心化管理模式具有一定的应用前景。

目标：区块链技术在环保及碳中和领域的应用

4. Application of Blockchain in Environment Service & Carbon Neutral

Background: Decentration, tamper-proof, full marks, strong traceability, joint O&M, openness and transparency are the key advantages of Blockchain techs, which makes it a promising technology in various scenarios, which can meet the demands of environment service and/or carbon emission management under certain circumstances.

Targets: Application of Blockchain in environment service and/or carbon emission management


5.碳足迹追踪与碳捕集利用储存 (减少温室气体排放)

背景描述：气候变化是人类共同面临的巨大挑战之一，而温室气体则是导致全球变暖的罪魁祸首。自中国提出“碳达峰”与“碳中和“路线后，温室气体追踪与碳捕集利用储存受到了广泛关注。

苏伊士一直致力于通过技术与工艺的革新，帮助我们的合作伙伴在消除环境污染的同时，削减温室气体的排放。碳捕集、利用、储存是目前对抗气候变暖，削弱人类活动对自然环境影响的重要手段，而碳足迹追踪则通过科学分析方法增进了我们对于自身活动带来的气候影响的认知，为对抗全球变暖提供客观的数据支持。

目标：碳捕集、利用、储存技术；碳足迹追踪技术；温室气体减排技术。

5. Carbon Footprints and Carbon Capture, Utilization and Storage (GHG Emission Reduction)

Background: Climate Change is one of the great challenges humans are facing, while GHG is deemed as the prime reason that causes Global Warming. After China proposed its “Carbon Neutral” Initiative, the concept of CCUS has received massive attention.

SUEZ has been dedicated to reduction of both pollutants and GHG for our clients via improvement of technologies and processes. Carbon Capture, Utilization and Storage is now one of the major approaches to fight against Global Warming and reduce human’s impact to natural environment. Meanwhile, Carbon Footprints Analysis provides us with reliable and rational knowledge and data support for our battle against Global Warming.

Targets: Carbon Capture, Utilization and Storage; Carbon Footprints Analysis; Green House Gas Emission Reduction; etc.

孚 宝

荷兰皇家孚宝集团(Royal Vopak)是一家拥有超过四百年历史，全球领先的独立第三方石油化工仓储运营商，其核心业务为为液体和气体石化产品的提供码头接卸和仓储管理物流服务。

孚宝集团在全球23个国家拥有70个罐区，总罐容约3600万立方米，另有超过300万立方米正在建设。在鹿特丹、安特卫普、新加坡、休斯敦和中东地区的主要的石化物流枢纽港口都有大型仓储和码头设施。

孚宝集团秉持“用心存储”理念，严格遵守“安全、环保、健康、优质”的标准，不仅为全球的化工企业提供高标准的储运服务，更是国际石化产业“仓储物流一体化”的倡导者，为当今世界化工园区的发展提供新的思路和业务模式。孚宝拥有专业性的液体产品的仓储技术、安全管理经验和标准、规模化经营、遍布全球的服务网络，成为世界范围内石油化工企业发展的重要合作伙伴。

一直以来，孚宝致力于为客户制定基础设施解决方案，以应对全球能源体系发生的变化，同时为数字化和创新领域的开拓不断努力。

Royal Vopak is the world’s leading independent tank storage company. It has a history of more than 400 years. Our core business is to provide jetty handling and storage management logistic service for liquids and gases petrochemical products. 

Vopak has 70 terminals in 23 countries with a total storage capacity of around 36 million cbm, and over 3 million cbm under construction. We have large scale storage and jetty facilities in most of major petrochemical hubs in the world such as Rotterdam, Antwerp, Singapore, Houston, and the Middle East.

We store vital products with care. Vopak strictly follow ‘safety, environmental protection, health and quality’ standard. We not only provide high quality storage service for petrochemical companies all over the world but also actively advocate and practice ‘integrated storage and logistic service’ concept which provides innovative idea and business model for modern petrochemical parks. While Vopak has expertise and know-how on storage techniques, experience and standards of safety management, operation at scale, and global terminals’ network. All of these enable Vopak to be recognized as strategic partner of petrochemical companies and petrochemical parks throughout the world. 

We are determined to develop key infrastructure solutions for the world’s changing energy systems, while simultaneously investing in digitalization and innovation. 

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20.化工品液体罐区挥发性有机物（VOCs）尾气回收和处理

背景描述：化工品罐区 VOCs 废气主要是罐区液体的呼吸逸散气，其产品品种多，有的含有较高浓度的挥发性烃类、硫化氢、有机硫化物、氨等污染物。排放浓度会随着储罐大小，呼吸量不同，呈现忽高忽低的变化。如果不采取有效的治理方法，会造成严重的污染，同时会造成大量的资源浪费。

目标：解决化工品仓储行业液体化学品在码头装卸船、罐区装卸、汽车装卸车等作业过程产生尾气排放造成液体化学品挥发损耗大和环保达标问题，包括技术，工艺，解决方案等。

20. Volatile Organic Compounds (VOCs) exhaust gas recycling and disposal in the chemical liquids tank farm

Background Description: Volatile Organic Compounds （VOCs） exhaust gas from the chemical tank farm is mainly the breathing fugitive gas from the liquid in the tank farm. There are many varieties of products, some of which contain higher concentrations of volatile hydrocarbons, hydrogen sulfide, organic sulfur compounds, ammonia and other pollutants. The emission concentration will vary depending on the size of the storage tank and the volume of respiration, which will fluctuate from high to low. If effective treatment methods are not adopted, serious pollution will be caused, and a lot of waste of resources will be caused at the same time.

Objective: Solve the problem of large volatilization loss of liquid chemicals and compliance with environmental protection standards caused by exhaust emissions during the loading and unloading of liquid chemicals in docks, tank farms, and truck loading and unloading operations in the chemical storage industry, including technology, process and solutions.


29.常温常压氢气仓储和运输

背景描述：面对“碳中和”、“碳达峰”的目标，清洁能源在我国能源应用中的地位越来越重要。发展氢能是我国能源结构转型的必然要求。氢能的使用主要包括制氢、储存和运输、应用等方面，而决定氢能应用关键的是安全高效的氢能储运技术。

目标：实现氢的常温常压储存和运输的技术和解决方案，包括介质/载体，加氢脱氢催化剂等等，以实现高效率低成本储运。

29. Hydrogen storage and transportation at normal temperature and pressure

Background Description: Faced with the goals of “carbon peaking” and “carbon neutrality”, clean energy is playing an increasingly important role in Chinese energy consumption structure. The development of hydrogen energy is an inevitable requirement for the transformation of the country’s energy structure. The use of hydrogen energy mainly includes hydrogen production, storage and transportation, and application etc. Safe and efficient hydrogen storage and transportation technology is the key to determine the application of hydrogen.

Objective: The technology and/or solution of hydrogen storage and transportation technology at normal temperature and pressure, including media/carriers, hydrogenation/dehydrogenation catalysts, etc., to realize improving storage and transportation efficiency at lower costs.