This intensive 4-day course equips participants with the knowledge and tools to effectively design and manage CO2 storage wells, playing a crucial role in combating climate change. Objectives of the course are to gain a comprehensive understanding of CO2 storage fundamentals, including geological options and crucial performance factors. Stay updated on current regulations and standards governing CO2 storage projects globally. Learn best practices for designing, constructing, and operating CO2 storage wells, utilizing various techniques and tools. Master risk assessment practices for CO2 storage projects and well integrity management. Gain insights into using and repurposing legacy wells for monitoring and injection purposes.

1. -
-
Professionals involved in well design, opera�on, and
management.
Stakeholders interested in understanding and implement-
ing CO2 storage solu�ons.
By comple�ng this course, par�cipants will be well-equipped
to contribute significantly to the development and
deployment of safe and efficient CO2 storage solu�ons,
advancing the fight against climate change
Who Should attend:
Course Overview:
OCS Training Instructor
All Rights Reserved. OCS GROUP
For any registration:
CALL +65 6896 3343
Email muanisa@ocsgroup.com
Web www.ocsgroup.com
CCUS Well Design and Monitoring
CCUS Well Design and Monitoring
Sharpen your skills for Well Design for CO2 storage System!
This intensive 4-day course equips par�cipants with the
knowledge and tools to effec�vely design and manage CO2
storage wells, playing a crucial role in comba�ng climate
change.
Objec�ves of the course are to gain a comprehensive
understanding of CO2 storage fundamentals, including
geological op�ons and crucial performance factors. Stay
updated on current regula�ons and standards governing
CO2 storage projects globally. Learn best prac�ces for
designing, construc�ng, and opera�ng CO2 storage wells,
u�lizing various techniques and tools.
Master risk assessment prac�ces for CO2 storage projects
and well integrity management. Gain insights into using
and repurposing legacy wells for monitoring
and injec�on purposes.
He was born and raised in Nijmegen in the Neth-
erlands and holds an MSc in Drilling Engineering
from the Robert Gordon University in Aberdeen
and has over 39 years of oilfield experience.
He started in the industry back in 1977 ini�ally as
a Mud logger before becoming a wellsite drilling
engineer in 1980 and working mainly in the
Middle East and West Africa. In 1988, he joined
Shell in in the Southern North Sea as Drilling
Opera�ons engineer.
He was drilling adviser with Schlumberger with a
focus on well control, relief well planning and
MPD. During that �me, In 2015, he joined Wild
Well as their well control engineering manager in
Asia and in Feb 2017 became a well engineering
consultant concentra�ng on provision of well
engineering training.
He was an SPE Dis�nguished Lecturer back in
2000 and has authored and presented numerous
papers and authored several chapters in SPE
Advanced Technology books and has been an
ac�ve commi�ee member, co-chair and speaker
on numerous SPE Workshops and forums around
the world.
Engineers working in carbon capture, u�liza�on, and
storage projects.

2. Course Objectives :
Upon successful comple�on, par�cipants will be able to:
Explain the principles and applica�ons of CCUS/CCS technology.
Describe various op�ons for geological storage and poten�al u�liza�on of CO2.
Analyze cri�cal performance factors for CO2 storage, including capacity, containment, injec�vity, and cost.
Outline the life cycle of a CCS project and its key components, including the five pillars of CO2 storage.
Explain the challenges and opportuni�es associated with CO2 interac�on with well materials, including corrosion.
Describe the importance of well integrity and various failure modes.
Apply risk assessment methodologies for evalua�ng well barriers in CO2 storage projects.
Outline the cri�cal aspects of designing and construc�ng new CO2 injec�on wells.
Appreciate the complexity and interdisciplinary nature of CO2 storage projects
Training Methodology :
This interac�ve training course includes the following training methodologies as a percentage of the total tui�on
hours:
- 50% Lectures
- 20% Discussions
- 30% Case Studies & Prac�cal Exercises
No computers or so�ware are required by the par�cipants for this course.
The course instructor may modify this program before or during the course for technical
reasons with no prior no�ce to par�cipants; nevertheless, the course objec�ves will always
be met
CCUS WELL DESIGN AND MONITORING
All Rights Reserved. OCS GROUP
For any registration:
CALL +65 6896 3343
Email muanisa@ocsgroup.com
Web www.ocsgroup.com
OCS Training understands that in current economic
climate, getting an excellent return on your training
investment is critical for all our clients. This excellent
training can be conducted exclusively for your organi-
zation. The training can be tailored to meet your specif-
ic needs at your preferred location and time. We will
meet you anywhere around the globe.
If you like to know more about this excellent program,
please contact us on +65 6896 3343 or email at
sales@ocsgroup.com
IN-HOUSE SOLUTIONS
SAVE COST • IMPROVE PERFORMANCE • REDUCE RISK
Course Schedule
08:00 Registration (Day1)
08:00 – 09:45 Session I
09:45 – 10:00 Refreshment & Networking
10:00 – 12:00 Session II
12:00 – 12:30 Session II
12:30 – 14:30 Session III
14:30 – 14:45 Refreshment & Networking
14:45 – 16:45 Session IV
17:00 End of Day

3. CCUS WELL DESIGN AND MONITORING
Course Agenda :
Welcome and Introductions.
CCUS and CCS and Carbon capture, transport,
and injection.
CO2 geological storage and utilization.
o Primary storage options.
o Alternative storage options.
Storage performance factors.
o Storage capacity.
o Containment.
o Injectivity.
o Costs.
Worldwide experience.
Regulations and standards.
Life cycle of a CCS project.
Five pillars of CO2 storage
Day 1
Carbon dioxide and well materials
o Corrosion and the difficulty of predicting rates.
o Alternatives to Portland cement.
Well integrity and pathways.
Well integrity management and integrity failure
modes.
Assessments of abandoned legacy wells.
Risk-based barrier assessment
Day 2
Completion design for CO2 injector wells.
Completion design for CO2 monitoring wells.
Re-using legacy wells as Injection wells.
Re-using legacy wells as Monitoring wells.
Repairing annular isolation
Day 3
Day 2
Design and construction of new wells for CO2
injection.
o Basis of design.
o Detailed design.
Abandonment of legacy wells.
Risk assessments.
Monitoring Measurement and Verification.
Well monitoring – testing and logging
Day 4
All Rights Reserved. OCS GROUP
CALL +65 6896 3343
Email muanisa@ocsgroup.com
Web www.ocsgroup.com
For any registration: