CCS-这是什么？
The capture and storage of carbon dioxide from coal- or gas-burning power plants and industry users is seen as an attractive solution to reducing CO₂ emissions into the atmosphere. To commercialise carbon capture, as well as transport of liquified carbon dioxide and its storage in exploited oil fields or saline formations, many technological, commercial, and political hurdles remain to be overcome.
碳捕集和储存（CCS）技术已经存在多年，但规模相对较小，成本太高，无法推动其发展成为完全商业化和可持续发展的产业。但这种情况正在改变。
氢和CCS之间还有另一个联系，因为目前在氢气生产中出现的变化使得蓝色氢的CCS活性增加。目前，全球约有20个大型碳捕集设施投入运营，挪威、中国、英国、美国、荷兰和沙特阿拉伯等多个国家正在加大对CCS的支持力度。
Why ECONNECT Energy finds Carbon Capture interesting
Despite an accelerating transition towards a renewable future, alternative fuels- and energy sources alone are unlikely to sufficiently reduce carbon emissions. The world will continue to produce too much CO₂ , and solutions to handle it must be considered. Even though most new investments in hydrogen today are placed in green hydrogen, we believe that blue hydrogen with carbon capture also holds great potential for future applications.
CCS决不是只限于生产氢气，还有一些超出这个范围的应用。然而，它们都有同样的总体目的：使能源消费更加清洁。
Jettyless loading and unloading of CO₂
我们如何看待我们的IQuay解决方案能够实现碳捕集项目？
- Along with transportation through pipelines, CO₂ can be transported on ships either at high-pressure state or at liquid state by cooling the gas down to the liquefaction point.
- Loading and unloading ships with a jettyless system provides for a fast and flexible solution that lowers the risk because of its flexibility. Our systems have high safety standards from the LNG industry which will be valuable lessons learned for the management of CO₂ .
- 占地面积最小：软管可以卷起来，在不使用时，平台可以停泊在靠近岸边的地方。
- 成本效率高：与固定基础设施相比，资本支出大幅减少。
- 可根据需求灵活调整，便于在其他CCS地点重新部署，从而简化资产投资，提高多个项目的利用率。
