月度归档： 2021年7月

接 力 基 金

接力基金成立于2009年，是专注投资于科技类创业企业的风险投资机构。接力基金由科技部创投引导基金、中金启元国家新兴产业创投引导基金、上海创投引导基金、科创投母基金及市场化出资人出资组成，自成立以来已投资上百家早中期创业企业，重点关注新材料、医疗健康、智能制造及服务等领域。接力基金目前管理5期基金，规模逾12亿元人民币。

Step Fund, established in 2009, is a venture capital focusing on investing in technology start-ups. The Step fund is composed of the venture capital guidance fund of the Ministry of science and technology, the CICC Qiyuan national emerging industry venture capital guidance fund, the Shanghai venture capital guidance fund, the Shanghai technology venture capital FOF and other investors. Since its establishment, it has invested in hundreds of early and medium-term start-ups, focusing on new materials, health care, intelligent manufacturing and services. Step fund currently manages five funds with a scale of more than 1.2 billion yuan.

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14.电子化学材料有效助力碳中和的创新应用

背景描述：化工板块、尤其是新材料板块，是最近的碳中和产业链环节中的重要一环。其中电子化学品作为超大规模集成电路、分立器件、液晶 LCD 显示器、太阳能电池、LED 等制作过程中不可缺少的关键性基础化工材料，特别是半导体制程中的硅片、掩膜版、光刻胶、高纯湿化学品、特气、靶材和 CMP 等材料，已经随着地缘政治、国家战略和产业升级等问题成为卡脖子性质产品。另外，电动汽车等新能源形式交通产品的高速发展，例如高续航里程需求带来的高能量密度、热管理问题，也对材料的长寿命、密封性、绝缘性、导热性能等提出了更高的挑战，为有机硅、丙烯酸、聚酰亚胺等各种高端电子化学品带来了长足的发展机会。如何抓住这些机会，是业内企业需要面临的紧迫和现实的问题。

目标：寻找大行业内能通过原材料、设备、工艺、配方、应用等某个或多个维度，产业化地实现进口替代或者产品创新的企业，以期以性能更优异、更具成本优势或更可持续的产品和解决方案，共同应对国内电子电气相关产业的种种挑战。

14. Electronic chemical materials effectively contribute to innovative applications of carbon neutrality

Background Description: New chemical material is among the most important parts of carbon neutrality industrial chain. Electrical materials are indispensable for manufacturing large-scale integrated circuits, discrete deceives, solar battery and LCD&LED displays. Those materials such as silicon wafers, masks, photoresists, high-purity wet chemical, specialty gases, target and CMP materials are restricted by other countries due to geopolitics, national strategy and industrial upgrading issues. 

On the other hand, rapid development of new energy transportation such as long endurance electric automobile challenges the durability, tightness, insulation and thermal conductivity of the materials. Those challenges urge the development of materials such as organosilicon, acrylic acid, polyimide.

The restrictions and challenges mentioned above should be top priority for domestic companies to find a solution for.

Objective: Looking for companies can provide sustainable solutions to realize import substitution or product innovation with better performance through one or more improvement from raw materials, equipment, processes, formulas and applications in order to confront the restrictions and challenges motioned above.

上 海 石 化

中国石化上海石油化工股份有限公司（以下简称上海石化）是中国石油化工股份有限公司的控股子公司，位于上海市金山区，是中国最大的炼油化工一体化企业之一，也是国内重要的成品油、中间石化产品、合成树脂和合成纤维生产基地。

Located in Jinshan District, Shanghai, Sinopec Shanghai Petrochemical Co., Ltd. (hereinafter referred to as SPC), a holding subsidiary of China Petroleum & Chemical Corporation, is one of the largest integrated refining and chemical enterprises in China, and also a domestically important production base for oil products, intermediate petrochemical products, synthetic resin and synthetic fiber.

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5.二氧化碳的化学利用

背景描述：开发低成本且高效率的CO2捕集、浓缩和运输技术，可靠的封存技术，以及有商业价值的下游利用技术（CCUS），既能实现碳减排，又能获得能源和化学品，一举两得。

目标：利用CCS（carbon capture and storage）捕获的高浓度二氧化碳，与化工园区富含氢气的驰放气生产高附加值的精细化工产品，如碳酸二甲酯、二苯基脲、聚氨酯等，探索化工园区CCUS路径。

5.Chemical utilization of carbon dioxide

Background description: Developing low-cost and high-efficiency CO2 capture, concentration and transportation technologies, reliable storage technologies and commercially valuable downstream utilization technologies can not only reduce carbon emissions, but also obtain energy and chemicals, killing two birds with one stone.

Objective: To utilize the high concentration carbon dioxide captured by CCS together with the hydrogen-enriched purge gas generated by the chemical industry park to produce high value-added fine chemical products, like dimethyl carbonate, diphenyl urea, polyurethane, etc. and to explore a CCUS path in the chemical industry park.


19.聚乙烯料仓中低浓度烃类VOC高效绿色处理方法

背景描述：某低密度聚乙烯（LDPE）生产装置。产品料仓中VOCs最大浓度达到290ppm，主要成分是乙烯，超过国家《合成树脂工业污染物排放标准》（GB 31572-2015）的限定要求。现在装置采用RTO炉焚烧法处理料仓尾气，由于尾气中可燃物含量太低，需要补充消耗大量天然气燃料，增加了装置能耗和碳排放。

目标：与RTO炉焚烧处理方法比较，采用新型高效绿色的尾气处理技术处理料仓尾气，达到国家排放标准，同时大幅度降低能耗和运行成本。

19. Efficient green treatment of low-concentration hydrocarbon VOC in polyethylene silo

Background description: A low density polyethylene (LDPE) production unit. The maximum concentration of VOCs in the product silo reaches 290ppm, and the main component is ethylene, which has exceeded the limitation value of the national Emission Standard for Pollutants of Synthetic Resin Industry (GB 31572-2015). At present, RTO furnace incineration method is adopted to treat tail gas of the silo. As the combustible content in the tail gas is too low, a large amount of natural gas fuel needs to be consumed, which increases the energy consumption and carbon emission of the unit.

Objective: In comparison with RTO furnace incineration treatment method, adopt a new high-efficiency and green tail gas treatment technology for treatment of tail gas from the silo, so that it can reach the national emission standard and greatly reduce the energy consumption and operation cost.


33.楼宇绿色能源解决方案

背景描述：面对“碳达峰”“碳中和”的目标，如何在办公楼宇利用绿色能源，实现CO2的零排放。

目标：在一栋4000-5000平方米的宾馆会议中心或商务楼宇中，设计一个能源解决方案，利用太阳能、氢能等绿色能源提供整体能源和控制系统，达成CO2零排放的目标。

33. Green energy solutions for buildings

Background description: Facing the objective of “peak carbon dioxide emissions” and “carbon neutrality”, how to achieve zero CO₂ emission through utilizing green energy in office buildings?

Objective: Design an energy solution to provide an overall energy and control system for a 4000-5000 square meters hotel conference center or commercial building using green energy such as solar or hydrogen energy to achieve zero CO₂ emission.

科 思 创 

科思创是全球最大的聚合物生产商之一，2020年销售额达107亿欧元。公司业务范围主要集中在高科技聚合物材料的生产制造，以及用于诸多日常生活领域的创新性及可持续性产品解决方案的研发，从而致力于全面推动循环经济发展。其主要服务领域涵盖汽车与交通、建筑、家具与木材加工以及电子、电气与家电行业，其他领域还包括运动休闲、化妆品、医疗以及化工行业本身。截至2020年底，科思创在全球拥有33个生产基地、约16500位员工（按全职员工计算）。

With 2020 sales of EUR 10.7 billion, Covestro is among the world’s leading polymer companies. Business activities are focused on the manufacture of high-tech polymer materials and the development of innovative, sustainable solutions for products used in many areas of daily life. In doing so, Covestro is fully committed to the circular economy. The main industries served are the automotive and transportation industries, construction, furniture and wood processing, as well as electrical, electronics, and household appliances industries. Other sectors include sports and leisure, cosmetics, health and the chemical industry itself. At the end of 2020, Covestro has 33 production sites worldwide and employs approximately 16,500 people (calculated as full-time equivalents).

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8.在追踪“碳足迹”的过程中，探寻并应用有益的基于生物基的化工原料

背景描述：追踪”碳足迹”是最终实现”碳中和”的重要载体。目前，化工原料大量来自于石油，是贡献碳排放的重要来源。我们需要引入更多的基于生物基的可循环的原料去逐步替代化石原料，实现“碳”的流动由单次单项的不可逆向多次循环可逆的方向转变。

8. Apply for Bio-based Raw Materials for Chemical Production in the Process of Tracing C Footprint

To trace C footprint is an important approach to realize C Neutral eventually. Currently, the main source of raw materials used for chemical production come from fossil oil and therefore it is main contribution of carbon emission. Considering its unique advantages and looking at the vision of Green Chemistry, we will have to apply more and more raw materials that derive from bio-based sources to gradually replace traditional fossil sources, so as to accomplish the C flow from linear & irreversible to circular & reversible. Please illustrate your ideas and conduct some studies in the regards of policy, technology, management, innovation, and necessity.


22.聚合物材料的化学回收新方法（目标对象：聚氨酯、聚碳酸酯）

背景描述：为了达到碳中和，必须降低 CO2 排放。这也意味着化石燃料的使用将受到限制。因此，人们在日常生产和生活中要把废弃物当作宝贵的碳资源加以回收。开发一种绿色、高效、低成本的聚合物再利用和再生的化学解途径，是一个新的思路。

22. Novel chemolysis method for polymer recycling  (key target is the method for PU, PC)

In order to reach the carbon neutral, CO2 emission has to be reduced. It is clear that the use of fossil fuels will be limited. Therefore, waste should be recycled as a valuable carbon resource to continue the daily production and life. Novel idea is highly demanded to develop a green, high efficient and low cost chemolysis approach for polymer reuse and regeneration.