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.
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