91成人短视频

As the CCUS landscape evolves, digital technologies are becoming essential to optimizing design, improving efficiency, reducing costs, and ensuring operational reliability. This session highlights cutting-edge advancements in AI, machine learning, digital twins, and advanced simulation tools that enhance CCUS project performance across the value chain鈥攅nabling data-driven decision-making, improved monitoring and risk assessment, and accelerating progress toward a low-carbon future.

In this session, we will examine all three key aspects of the CCUS value chain 鈥� capture, transportation, and storage. The presenters will take a deeper look at the key economic drivers, technologies being utilized, and challenges currently being faced.

Carbon dioxide (CO鈧�) is often seen as an environmental challenge as a pollutant , but what if it could be transformed into a valuable resource? This session explores the innovative chemical engineering technologies/solutions and strategies that repurpose CO鈧� into essential  products such as from fuels and chemicals to building materials, or gas/oil substitution for EOR/EGR with the right exit strategies. The session will cover advancements in CO鈧� capture, conversion processes, and the role of policy and market forces in driving the economics and applications.

To reduce the high costs associated with CCS, coupling CCS with Enhanced Oil Recovery (EOR) could provide a critical financial incentive to facilitate development of CCS projects in the short term. EOR projects are primarily implemented to increase oil and gas production with and long-term storage of CO2 in most cases is not considered. Currently EOR projects need to be treated as a CCS project; however, regulations must satisfy both oil and gas production rules and the rules for CCS storage sites. To speed up the implementation of CCS projects a vast knowledge of EOR techniques and field cases implementations is needed. In this session we will cover cases studies focusing on the use of EOR knowledge to overcome the technical challenges associated to the CCS implementation.

This session addresses the engineering challenges of scaling CCUS technologies, covering process integration, design challenges, and economic considerations for scaling up from pilot projects to commercial-sized facilities in the chemical and petroleum industries, including hardware, funding components.

This panel session on CCS (Carbon Capture and Storage) focusses on navigating the complex landscape of policy and regulatory frameworks. Experts will discuss recent updates, challenges, and opportunities in CCS deployment, emphasizing the need for cohesive policies to drive large-scale implementation. The session will highlight the importance of collaboration among stakeholders to ensure effective and sustainable CCS practices.

A CCUS project faces numerous technical, commercial, and political challenges that must be overcome to achieve success. This session will consist of case studies that have faced real-world barriers to implementing CCUS projects and the lessons learned through the process.

As Carbon Capture, Utilization, and Storage (CCUS)  industry expands, so does the need for a skilled and adaptable workforce. This panel will explore strategies for attracting, retaining, and upskilling talent in a rapidly evolving industry. Experts will discuss the importance of transferable skills from other industries (such as  oil and gas, refinery and manufacturing, midstream pipelines and gas processing), workforce development initiatives, and cross-sector collaboration to ensure a resilient and evolving talent pipeline. Attendees will gain insights into bridging the skills gap, fostering innovation, and preparing  both early and mid-career professionals for the future of CCUS industry.