This comprehensive Masterclass and Training Course on Carbon Capture, Utilization, and Storage (CCUS) offers in-depth knowledge and practical insights into this crucial climate change mitigation technology.
The course begins with an introduction to CCUS, highlighting its significance in combating climate change, global and regional initiatives, and key policies.
2
Carbon Capture Technologies
Participants will explore various carbon capture technologies, including pre-combustion, post-combustion, and oxy-fuel combustion, supported by practical case studies.
3
Carbon Utilization Processes
Further modules cover carbon utilization processes, such as chemical, biological, and mineral utilization, and their commercial applications.
4
Carbon Storage Technologies
The focus then shifts to carbon storage technologies, including geological storage methods, monitoring, verification, risk management, and regulatory considerations.
5
CCUS Project Implementation
Participants will learn about CCUS project implementation, from planning and feasibility studies to technical and economic assessments, with interactive workshops on designing CCUS projects.
6
Advanced Topics
Advanced topics include innovations in capture and storage technologies, economic analysis, policy frameworks, and future career opportunities in CCUS.
Who this Course is for
1
Graduates and Students
Build a foundational understanding of CCUS.
2
Engineers and Energy Engineers
Specialize in CCUS technologies and their applications.
3
Consultants and Managers
Incorporate CCUS strategies into organizational practices.
4
Environmentalists and Environmental Managers
Reduce carbon footprints.
5
Energy Auditors and Managers
Improve efficiency and sustainability.
6
Carbon Auditors
Integrate CCUS in methodologies.
7
Professionals in Sustainability and Social Responsibility
Achieve carbon neutrality.
8
Energy Management Professionals
Enhance knowledge and skills in CCUS.
9
Anyone Interested in Carbon Neutrality and GHG Emissions Management
Understand the implications of CCUS.
Course Learning Objectives
1
Understand the Role of CCUS
Comprehend the importance of CCUS in mitigating climate change and its role within global and regional initiatives and policies.
2
Master Carbon Capture Technologies
Identify and explain various carbon capture technologies including pre-combustion, post-combustion, oxy-fuel combustion, and emerging technologies.
3
Explore Carbon Utilization Processes
Gain insights into chemical, biological, and mineral utilization processes and their commercial applications, along with the associated challenges and opportunities.
4
Implement Carbon Storage Solutions
Understand geological storage methods, monitoring, verification, risk assessment, and regulatory considerations essential for effective carbon storage.
5
Plan and Execute CCUS Projects
Develop skills in project planning, feasibility studies, technical and economic assessment, and infrastructure logistics for CCUS projects.
6
Engage in Practical Application
Participate in hands-on exercises and group work to design and present basic CCUS projects, identifying potential sites and suitable technologies.
7
Stay Updated with Advanced CCUS Technologies
Explore innovations in carbon capture materials, enhanced storage methods, and the latest trends in research and development.
8
Analyze Economics and Policies
Conduct economic analyses of CCUS projects, understand funding mechanisms, policy frameworks, regulatory requirements, and market dynamics.
9
Identify Future Trends and Career Opportunities
Recognize the role of CCUS in future energy systems, its integration with renewable energy and the hydrogen economy, and identify career opportunities and necessary skills for CCUS professionals.
10
Collaborate and Discuss
Engage in discussions, Q&A sessions, and feedback to reinforce learning and facilitate knowledge sharing among peers.
Tentative Course Agenda
1
Introduction to CCUS
Overview of CCUS Climate Change and the Role of CCUS Importance of CCUS in Mitigation Global and Regional Initiatives
2
Carbon Capture Technologies
Pre-Combustion Capture Post-Combustion Capture Oxy-Fuel Combustion Emerging Capture Technologies Case Studies and Current Projects
3
Carbon Utilization
Overview of Carbon Utilization Chemical, Biological, and Mineral Processes Commercial Applications: Fuels, Chemicals, Materials Challenges and Opportunities in Utilization
4
Group Discussion and Q&A
Open Discussion on Day 1 Topics Q&A sessions
5
Storage and Implementation
Geological Storage: Saline Aquifers, Oil and Gas Reservoirs, Coal Seams Monitoring, Verification, and Reporting (MRV) Methods Risk Assessment and Management Environmental and Regulatory Considerations
6
CCUS Project Implementation
Project Planning and Feasibility Studies Technical and Economic Assessment Infrastructure and Logistics Case Studies of Successful CCUS Projects
7
Interactive Workshop
Hands-On Exercises: Designing a Basic CCUS Project Group Work: Identifying Potential Sites and Technologies Presentation of Group Work
8
Advanced Topics and Future Directions
Innovations in Carbon Capture Materials and Methods Advances in Utilization Techniques Enhanced Storage Methods and Technologies Research and Development Trends
9
Economics and Policy
Economic Analysis of CCUS Projects Funding and Incentive Mechanisms Policy Frameworks and Regulatory Requirements Market Dynamics and Business Models
10
Future of CCUS and Career Opportunities
The Role of CCUS in Future Energy Systems Integration with Renewable Energy and Hydrogen Economy Career Opportunities in CCUS Skills and Competencies Required for CCUS Professionals
11
Final Discussion, Q&A, and Feedback
Recap of Key Takeaways from the Course Open Q&A sessions Feedback and Course Evaluation
Additional Notes
Materials Provided
Pre-readings, case studies, and access to online resources.
Evaluation
Participants will receive a certificate of completion based on attendance and participation.
Interactive Elements
Throughout the course, interactive elements such as group discussions, hands-on workshops, and case study analyses will be emphasized to enhance learning and engagement.
Dr. Ujjal Ghosh holds an M.Tech and Ph.D. from IIT Kharagpur, and completed post-doctoral research at the University of Melbourne.
Industry Collaborations
Dr. Ghosh has partnered with major companies like SHELL, TOTAL, and BHP on research and skill development projects.
Global Experience
With over 20 years of experience in chemical engineering, teaching, and research, Dr. Ghosh has worked across multiple countries.
What Participants Say
1
Karen Koh, Vopak Asia Pte Ltd, Singapore
The course was presented in a professional way at a good pace and I felt I received the relevant information to support and extend my working knowledge and understanding of the carbon markets (CCU, CCS).
2
Nitin Bala, Master Student, IIT Hyderabad, India
I attended a virtual course in Carbon dioxide Capture, Utilization and Storage organized by ORB CleanTech Inc on the 25th and 26th of February, 2023. Many thanks to Dr Ujjal Ghosh for organizing such an informative virtual course.
3
Renewable Energy Professional from India
The Masterclass was elaborative with practical data's being presented. It has cleared many of the doubts and queries.
4
Senior Process Engineer from Germany
Attending the CCUS training course by ORB Cleantech Inc. was beneficial! The course offered in-depth insights into carbon capture, utilization, and storage technologies, backed by practical examples and expert guidance from Dr Ujjal. Highly recommended for anyone looking to enhance their knowledge in the green energy sector!