The Carbon Capture, Utilization, and Storage (CCUS) Strategies course in Budapest is designed to help professionals implement CCUS technologies to reduce carbon emissions and enhance sustainability in energy production.
From:
09-03-2026
From:
20-04-2026
From:
10-08-2026
Course Overview
As the global energy sector transitions to a low-carbon future, CCUS technologies play a critical role in reducing emissions and meeting sustainability targets. This Carbon Capture, Utilization, and Storage (CCUS) Strategies Training Course introduces participants to the science, technology, and policy frameworks driving CCUS adoption.
Participants will explore capture methods, utilization pathways, storage technologies, and regulatory challenges. Through global case studies and practical exercises, they will analyze how CCUS projects are implemented to balance economic feasibility with environmental impact.
By the end of the course, attendees will be able to apply CCUS strategies to support corporate sustainability initiatives and national climate commitments.
Course Benefits
Understand CCUS technologies and applications
Analyze carbon capture methods for different industries
Explore utilization pathways for captured CO₂
Evaluate storage options and long-term safety
Align CCUS projects with global climate goals
Course Objectives
Define principles and drivers of CCUS strategies
Assess technologies for carbon capture, utilization, and storage
Evaluate economic and technical feasibility of CCUS projects
Explore integration of CCUS in oil, gas, and industrial sectors
Address policy, regulatory, and governance frameworks
Examine global case studies of CCUS implementation
Build strategies for sustainable low-carbon transitions
Training Methodology
This course combines lectures, industry case studies, group discussions, and practical exercises. Participants will explore real-world CCUS projects and design frameworks for their organizations.
Target Audience
Energy and sustainability professionals
Oil, gas, and industrial sector managers
Policy-makers and regulators
Environmental and climate change specialists
Target Competencies
CCUS technology applications
Emissions reduction strategies
Policy and governance in carbon management
Sustainable energy transition planning
Course Outline
Unit 1: Introduction to CCUS and Climate Context
Role of CCUS in climate change mitigation
Global energy transition drivers
Current CCUS landscape and trends
Case studies of early CCUS adoption
Unit 2: Carbon Capture Technologies
Pre-combustion, post-combustion, and oxyfuel capture methods
Advances in capture materials and solvents
Industrial applications of carbon capture
Hands-on capture technology exercise
Unit 3: Carbon Utilization Pathways
CO₂ use in enhanced oil recovery (EOR)
Chemical and material conversion of CO₂
Emerging utilization innovations (fuels, building materials)
Case studies of utilization projects
Unit 4: Carbon Storage and Risk Management
Geological storage options (saline aquifers, depleted reservoirs)
Monitoring and verification of stored CO₂
Risk and safety management in storage operations
Real-world storage project analysis
Unit 5: Policy, Economics, and Future of CCUS
Policy frameworks and regulatory considerations
Economics of CCUS projects and financing models
Public perception and stakeholder engagement
Future directions in global CCUS deployment
Ready to advance your expertise in CCUS?
Join the Carbon Capture, Utilization, and Storage (CCUS) Strategies Training Course with EuroQuest International Training and lead the transition toward a low-carbon future.
The Carbon Capture, Utilization, and Storage (CCUS) Strategies Training Courses in Budapest provide professionals with the scientific, technical, and strategic understanding needed to support low-carbon energy transitions and sustainable operational practices. These programs are designed for engineers, environmental specialists, policy advisors, sustainability managers, and energy sector leaders seeking to advance climate-focused initiatives and reduce greenhouse gas emissions across industrial and energy operations.
Participants gain a comprehensive overview of CCUS technologies, including carbon capture processes, emissions separation systems, transportation considerations, geological storage methods, and carbon utilization pathways. The courses emphasize the technical mechanisms behind CO₂ capture from industrial sources, power facilities, and process operations, as well as methods for safe long-term storage or conversion into value-added products. Through real-world case studies and applied design exercises, attendees explore project feasibility assessment, risk evaluation, monitoring strategies, and performance verification of CCUS systems.
These CCUS strategy and sustainability training programs in Budapest also highlight the broader strategic context of CCUS deployment. Participants examine economic drivers, cost optimization models, infrastructure planning, cross-sector collaboration, and the integration of CCUS within broader decarbonization strategies such as hydrogen production, renewable energy expansion, and circular carbon systems. The curriculum balances technical depth with practical project planning considerations, enabling participants to evaluate implementation pathways that align environmental goals with operational and commercial priorities.
Attending these training courses in Budapest provides a collaborative and globally informed learning environment guided by experienced industry instructors and sustainability practitioners. The city’s growing role in energy innovation and research makes it an ideal setting for examining evolving decarbonization technologies and strategies. By completing this specialization, participants will be equipped to support CCUS project planning, evaluate technology options, and contribute to organizational carbon reduction initiatives—strengthening their role in driving sustainable, responsible, and forward-looking energy and industrial operations.