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.
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.