Deployment of Carbon Capture and Storage
Insights, Case Studies, and Key Learnings
- 1st Edition - August 26, 2023
- Imprint: Woodhead Publishing
- Editors: Lydia Rycroft, Filip Neele
- Language: English
- Paperback ISBN:9 7 8 - 0 - 3 2 3 - 9 5 4 9 8 - 3
- eBook ISBN:9 7 8 - 0 - 3 2 3 - 9 5 4 9 9 - 0
Deployment of Carbon Capture and Storage: Insights, Case Studies, and Key Learnings presents the latest research and technologies on Carbon Capture and Storage (CCS), building… Read more
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Request a sales quoteDeployment of Carbon Capture and Storage: Insights, Case Studies, and Key Learnings presents the latest research and technologies on Carbon Capture and Storage (CCS), building on the topics to provide case studies and lesson learned from early stage projects. The book highlights CCS storage technologies deployed at scale to offer readers insights and guidance that will ensure they make sound decisions when developing CCS programs. Cost and risk minimization techniques are included to minimize cost and risk for wide-scale commercial deployment required by 2050. Global case studies on CCS technology and high TLR provide readers with unique insight into worldwide activity.
Readers will gain a thorough understanding of the full CCS chain as applied across multiple settings including energy, chemical, geological and environmental industries, as well as an authoritative understanding of international policy and regulation factors.
- Includes an international case study from a variety of regions that provides insights and context to topics discussed
- Promotes best practices that support readers in their decision-making
- Includes high TRL technology insights, focusing on technologies reaching commercial deployment to achieve 2050 sustainability targets
Graduate students of CCS and those coming to the topic from an adjacent discipline, policy and regulation developers, future operators of CCS in energy, chemical, geological, environmental and industrial engineering
1: Introduction
1. The significance of CCS & the Paris Agreement
2. Deployment of CCS- Case studies from Brevik plant and Heidelberg Cement, Norway and Petra Nova, USA
3. Sustainability of CCS
2: CO2 capture technologies
1. Post-combustion capture system- Case study from Boundary Dam, Canada
2. Oxyfuel capture system- Case study from The ZEROS Project or the NET power project, USA
3. Pre-combustion capture system
4. Low TRL capture systems
3: CO2 transport network development
1. Hub and cluster development- Case study from Teesside or Humber, UK
2. Modes of transport- Case studies from Antwerp collection pipeline, Belgium & Northern lights shipping plans, Norway
4: Geological storage
Section 1: Storage types
1. Saline aquifer storage- Case study from CarbonNet, Victoria Australia
2. Depleted hydrocarbon field storage- Case study from Porthos & the P18 fields, Netherlands
Section 2: Site management
3. Site Characterisation- Case study from Tomakomai, Japan
4. Risk Management and Monitoring, Case study from Quest, Canada
5: Future for CCS
1. Blue hydrogen- Case study from H2morrow, Germany
2. Direct Air capture/ Negative Emissions Technologies- Case study from Orca, Iceland
1. The significance of CCS & the Paris Agreement
2. Deployment of CCS- Case studies from Brevik plant and Heidelberg Cement, Norway and Petra Nova, USA
3. Sustainability of CCS
2: CO2 capture technologies
1. Post-combustion capture system- Case study from Boundary Dam, Canada
2. Oxyfuel capture system- Case study from The ZEROS Project or the NET power project, USA
3. Pre-combustion capture system
4. Low TRL capture systems
3: CO2 transport network development
1. Hub and cluster development- Case study from Teesside or Humber, UK
2. Modes of transport- Case studies from Antwerp collection pipeline, Belgium & Northern lights shipping plans, Norway
4: Geological storage
Section 1: Storage types
1. Saline aquifer storage- Case study from CarbonNet, Victoria Australia
2. Depleted hydrocarbon field storage- Case study from Porthos & the P18 fields, Netherlands
Section 2: Site management
3. Site Characterisation- Case study from Tomakomai, Japan
4. Risk Management and Monitoring, Case study from Quest, Canada
5: Future for CCS
1. Blue hydrogen- Case study from H2morrow, Germany
2. Direct Air capture/ Negative Emissions Technologies- Case study from Orca, Iceland
- Edition: 1
- Published: August 26, 2023
- No. of pages (Paperback): 296
- Imprint: Woodhead Publishing
- Language: English
- Paperback ISBN: 9780323954983
- eBook ISBN: 9780323954990
LR
Lydia Rycroft
Lydia Rycroft is a geoscientist on TNO’s subsurface team in Utrecht, Netherlands (part of the Geological Survey of the Netherlands). She has a Master’s Degree in Geology from Imperial College London having also spent a year studying Earth Sciences abroad at the University of California, Los Angeles. Her Master’s dissertation was based on convective flow in porous media where she designed an experiment to study the convective dissolution of CO2 into brine at the Qatar Carbonate and Carbon Storage Research Centre. Following graduation, she spent 3 years working for the International Energy Agency’s Greenhouse Gas R&D program (IEAGHG) developing knowledge on CCUS deployment internationally. Her current work at TNO covers various technical and regulatory aspects of CO2 transport and storage with a focus on European developments and the Dutch North Sea sector.
Affiliations and expertise
Geoscientist on TNO’s subsurface team in Utrecht, Netherlands (part of the Geological Survey of the Netherlands)FN
Filip Neele
Filip Neele is the lead scientist on CO2 transport and storage on TNO’s subsurface team in Utrecht. He holds a PhD in seismology from Utrecht University. He has been active in the field of CCS since 2006 and has set up and led projects that cover a wide range of topics in CO2 transport and storage, such as regional screening studies for CO2 storage capacity and detailed storage feasibility assessments. He has a keen interest in CCS network development, in the role that ship transport can play and in the evolution of multi-asset storage networks. He is currently working on effective and efficient approaches to monitoring operational CO2 projects.
Affiliations and expertise
Lead Scientist on CO2 transport and storage on TNO’s subsurface team in Utrecht.Read Deployment of Carbon Capture and Storage on ScienceDirect