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Carbon Capture, Utilization & Storage Technologies

  • February 2015
  • -
  • BCC Research
  • -
  • 238 pages

REPORT HIGHLIGHTS

The yearly and cumulative investment spending by separation technology was$ 6.8 billion in 2014. It is estimated that the spending will be $6.8 billion in 2015 and $1 billion in 2019, with a compound annual growth rate (CAGR) of -32%.

This report provides:

An overview of the global market for carbon capture and storage, and related technologies and applications.
Analyses of global market trends, with data from 2014, estimates for 2015, and projections of compound annual growth rates (CAGRs) through 2019.
Information on the status of competing carbon capture technologies as well as global technological research and development (R&D) for carbon capture technologies
Analysis of the costs to the purchasers of carbon capture equipment, and also analysis of the impact to the consumer
Insight into what technologies are emerging that could compete with existing technologies in use or displace those technologies
An in-depth patent analysis
Comprehensive profiles of major players in the industry and how these companies are positioning their technology to compete against other technologies.

SCOPE OF REPORT

This report focuses on projects for the deployment of carbon capture, storage and utilization (CCUS) technologies and the short- or long-term sequestration of anthropogenic emissions that would otherwise be emitted from large point sources such as power stations or industrial facilities.
The report will analyze the three major routes which have been developed for capture of CO2 in both power and industrial plants—pre-combustion, oxy-fuel combustion, and post-combustion—as well as the capabilities of inherent separation processes. For each, the report presents the applications, underlying technologies, economic driving forces and major ongoing projects.
The report also includes a review of the current and emerging uses of CO2, including a description of the underlying technologies and their potential.
As CCUS development depends heavily on current climate policies, the report also reviews recent developments in emissions regulation and development support programs that may impact CCUS deployment in a number of countries.
Major market and market segments are measured and forecasted for several years, including 2014, and five-year forecasts are made to 2019 in most cases.
While traditional uses of CO2 are mentioned, the report focuses on emerging uses that could offer opportunities to increase CO2 utilization and therefore its sequestration.
The report does not consider captive uses for CO2 where the CO2 is an intermediate product in the process. Captive uses may be mentioned but are not included in our estimates because these processes do not offer additional demand for captured CO2 in the future. Capture of atmospheric CO2 is also not included in the report.

Table Of Contents

Carbon Capture, Utilization and Storage Technologies

Chapter- 1: INTRODUCTION - Complimentary 4

STUDY GOALS AND OBJECTIVES
REASONS FOR DOING THE STUDY
SCOPE OF REPORT
METHODOLOGY
INTENDED AUDIENCE
INFORMATION SOURCES
ANALYST'S CREDENTIALS
RELATED BCC RESEARCH REPORTS
BCC RESEARCH WEBSITE
DISCLAIMER

Chapter- 2: SUMMARY 3

Table Summary : YEARLY AND CUMULATIVE INVESTMENT SPENDING, BY SEPARATION TECHNOLOGY, THROUGH 2019
Figure Summary : YEARLY AND CUMULATIVE INVESTMENT SPENDING, BY SEPARATION TECHNOLOGY, 2014-2019

Chapter- 3: OVERVIEW 28

CLIMATE POLICIES AND REGULATION
CO2 USE VERSUS CO2 STORAGE
TECHNOLOGIES EXAMINED
CHALLENGES AND OPPORTUNITIES

Chapter- 4: POLICIES AND REGULATION 58

AMERICAS
EUROPE AND CIS
ASIA PACIFIC
AFRICA AND MIDDLE EAST
Table 6 : CO2 CAPTURE CAPACITIES FOR EOR AND GEOLOGICAL STORAGE BY REGION, THROUGH 2019
Table 7 : CO2 CAPTURE CAPACITIES BY SEGMENTS, THROUGH 2019

Chapter- 5: CO2 CAPTURE TECHNOLOGIES 45

POST-COMBUSTION CAPTURE
PRE-COMBUSTION CAPTURE
OXYFUEL COMBUSTION
INHERENT SEPARATION
Figure 4 : SCHEMATIC OVERVIEW OF CO2 CAPTURE APPROACHES
Table 22 : COMPARISON OF POST-COMBUSTION, PRE-COMBUSTION AND OXY-FUELING TECHNOLOGIES
Table 23 : CO2 CAPTURE CAPACITY BY SEPARATION TECHNOLOGY, THROUGH 2019
Table 24 : YEARLY AND CUMULATIVE INVESTMENT SPENDING BY SEPARATION TECHNOLOGY THROUGH 2019

Chapter- 6: CO2 REUSE APPLICATIONS 49

WITHOUT CONVERSION
USE OF CARBON DIOXIDE AS FEEDSTOCK FOR CHEMICALS AND POLYMERS
USE OF CARBON DIOXIDE IN THE ENERGY SECTOR
USE OF CARBON DIOXIDE FOR SECONDARY CONSTRUCTION MATERIALS
Table 45 : VALUE OF CO2 SUPPLY FOR EMERGING APPLICATIONS VERSUS EOR, THROUGH 2019

Chapter- 7: MAJOR MARKETS FOR CCUS TECHNOLOGIES 28

POWER GENERATION
INDUSTRIAL PROCESSES
Table 57 : NEW CARBON CAPACITIES COMING ON STREAM BY SECTOR

Chapter- 8: COMPANY PROFILES 23

ACCELERGY CORP.
ALCOA OF AUSTRALIA LTD.
BASF E
BAYER MATERIALSCIENCE AG
BIOPROCESS ALGAE LLC.
CALERA CORP.
CARBON CYCLE LTD.
CARBON RECYCLING INTERNATIONAL
CARBON8 SYSTEMS
CARBONCURE TECHNOLOGIES INC.
CARDIA BIOPLASTICS LTD.
CAMBRIDGE CARBON CAPTURE (CCC)
CHANGCHUN INSTITUTE OF APPLIED CHEMISTRY (CIAC)
DIOXIDE MATERIALS INC.
DNV RESEARCH AND INNOVATION (DNV GL GROUP AS)
E3TEC SERVICE LLC.
EASEL BIOTECHNOLOGIES LLC.
ECONIC TECHNOLOGIES LTD.
EMPOWER MATERIALS INC.
ENN GROUP CO. LTD.
GAS TECHNOLOGY INSTITUTE
HENAN TIANGUAN ENTERPRISE GROUP CO. LTD.
INTEGRATED CARBON SEQUESTRATION PTY. LTD.
JIANGSU ZHONGKE JINLONG-CAS CHEMICAL CO. LTD.
JOULE UNLIMITED INC.
LANZATECH INC.
LIQUID LIGHT INC.
MANTRA ENERGY ALTERNATIVES LTD.
MBD ENERGY LTD.
MINERAL CARBONATION INTERNATIONAL PTY LTD.
MITSUI CHEMICALS INC.
NORNER AS
NOVOMER INC.
OAKBIO INC.
PIONEER ENERGY INC.
POND BIOFUELS INC.
QUANTIAM TECHNOLOGIES INC.
SEAMBIOTIC LTD.
SIEMENS AG
SK ENERGY CO. LTD.
SKYONIC CORP.
SOLIDIA TECHNOLOGIES INC.
TAIZHOU BANGFENG PLASTIC CO.
TWENCE B.V.
Table 72 : TECHNOLOGY DEVELOPERS AND SUPPLIERS BY CAPTURE TECHNOLOGY
Table 73 : TECHNOLOGY DEVELOPERS AND SUPPLIERS BY CAPTURE TECHNOLOGY
Table 74 : TECHNOLOGY DEVELOPERS AND SUPPLIERS INVOLVED IN CO2 CAPTURE

List of Tables

Summary Table : YEARLY AND CUMULATIVE INVESTMENT SPENDING, BY SEPARATION TECHNOLOGY, THROUGH 2019
Table 1 : CO2 EMISSIONS BY REGION, THROUGH 2019
Table 2 : GHG REDUCTION TARGETS 2020 BY COUNTRY/ REGION
Table 3 : CARBON PRICE BY COUNTRY
Table 4 : MERCHANT CO2 DEMAND (INCLUDING EOR) BY END USE
Table 5 : OVERVIEW CAPTURE OPTIONS BY SEPARATION TECHNOLOGY
Table 6 : CO2 CAPTURE CAPACITIES FOR EOR AND GEOLOGICAL STORAGE BY REGION, THROUGH 2019
Table 7 : CO2 CAPTURE CAPACITIES BY SEGMENTS, THROUGH 2019
Table 8 : LARGE CCUS PLANTS AND PROJECTS IN THE US 2014-2019
Table 9 : LARGE CCUS PLANTS AND PROJECTS IN CANADA 2014-2019
Table 10 : LARGE CCUS PLANTS AND PROJECTS IN BRAZIL 2014-2019
Table 11 : LARGE CCUS PLANTS AND PROJECTS IN GERMANY 2014-2019
Table 12 : LARGE CCUS PLANTS AND PROJECTS IN THE NETHERLANDS 2014-2019
Table 13 : LARGE CCUS PLANTS AND PROJECTS IN NORWAY 2014-2019
Table 14 : LARGE CCUS PLANTS AND PROJECTS IN THE UNITED KINGDOM 2014-2019
Table 15 : LARGE CCUS PLANTS AND PROJECTS IN CHINA, 2014-2019
Table 16 : LARGE CCUS PLANTS AND PROJECTS IN JAPAN, 2014-2019
Table 17 : LARGE CCUS PLANTS AND PROJECTS IN SOUTH KOREA, 2014-2019
Table 18 : LARGE CCUS PLANTS AND PROJECTS IN AUSTRALIA, 2014-2019
Table 19 : LARGE CCUS PLANTS AND PROJECTS IN THE UNITED ARAB EMIRATES, 2014-2019
Table 20 : LARGE CCUS PLANTS AND PROJECTS IN SAUDI ARABIA, 2014-2019
Table 21 : LARGE CCUS PLANTS AND PROJECTS IN SOUTH AFRICA, 2014-2019
Table 22 : COMPARISON OF POST-COMBUSTION, PRE-COMBUSTION AND OXY-FUELING TECHNOLOGIES
Table 23 : CO2 CAPTURE CAPACITY BY SEPARATION TECHNOLOGY, THROUGH 2019
Table 24 : YEARLY AND CUMULATIVE INVESTMENT SPENDING BY SEPARATION TECHNOLOGY THROUGH 2019
Table 25 : LARGE CCUS PLANTS AND PROJECTS USING POST-COMBUSTION, 2014-2019
Table 26 : OVERVIEW OF POST-COMBUSTION CAPTURE TECHNOLOGIES BY SUPPLIER/DEVELOPER
Table 27 : LARGE CCUS PLANTS AND PROJECTS USING PRE-COMBUSTION, 2014-2019
Table 28 : OVERVIEW OF PRE-COMBUSTION CAPTURE TECHNOLOGIES BY SUPPLIER/DEVELOPER
Table 29 : SELECTED MAIN TECHNOLOGY PROVIDERS OF IGCC COMPONENT TECHNOLOGIES (EXCLUDING ACID GAS REMOVAL)
Table 30 : LARGE CCUS PLANTS AND PROJECTS USING OXY-FUEL COMBUSTION, 2014-2019
Table 31 : TECHNOLOGY PROVIDERS BY MAJOR OXY-FUEL COMPONENT SYSTEMS
Table 32 : COST BREAKDOWN OF ELECTRICITY FOR OXY-COMBUSTION POWER PLANTS
Table 33 : SELECTION OF COMMON COMMERCIAL SOLVENTS USED FOR THE REMOVAL OF CO2 FROM NATURAL GAS
Table 34 : COST OF CAPTURING CO2 AT A GAS PROCESSING PLANT
Table 35 : LARGE GAS PROCESSING PLANTS AND PROJECTS WITH CCUS, 2014-2019
Table 36 : COST OF CAPTURING CO2 AT A HYDROGEN PLANT
Table 37 : LARGE HYDROGEN PLANTS AND PROJECTS WITH CCUS, 2014-2019
Table 38 : COST OF CAPTURING CO2 AT AN AMMONIA PLANT
Table 39 : LARGE AMMONIA PLANTS AND PROJECTS WITH CCUS, 2014-2019
Table 40 : LARGE METHANOL PLANTS AND PROJECTS WITH CCUS, 2014-2019
Table 41 : LARGE ETHANOL PLANTS AND PROJECTS WITH CCUS, 2014-2019
Table 42 : COST OF CAPTURING CO2 AT AN ETHANOL PLANT
Table 43 : COST OF CAPTURING CO2 AT A CTL PLANT
Table 44 : LARGE CTL PLANTS AND PROJECTS WITH CCUS, 2014-2019
Table 45 : VALUE OF CO2 SUPPLY FOR EMERGING APPLICATIONS VERSUS EOR, THROUGH 2019
Table 46 : NUMBER OF EOR PROJECTS WORLDWIDE BY RECOVERY TECHNIQUE AS OF 2014
Table 47 : NUMBER OF CO2-EOR PROJECTS WORLDWIDE BY COUNTRY AS OF 2014
Table 48 : CO2-EOR PROJECTS INVOLVING CO2 CAPTURE
Table 49 : VALUE OF CO2 SUPPLY FOR EOR BY REGION, THROUGH 2019
Table 50 : YEARLY AND CUMULATIVE VALUE OF CO2 SUPPLY FOR EOR, THROUGH 2019
Table 51 : GAS PROVED RESERVES BY COUNTRY AS OF 2013
Table 52 : YIELD BOOSTING PROJECTS USING NON-CAPTIVE CO2
Table 53 : WORLD UREA SUPPLY AND DEMAND AND PROJECTED CO2 CONSUMPTION, THROUGH 2019
Table 54 : GREENHOUSE PROJECTS USING CAPTURED CO2
Table 55 : CCU PROJECTS CONVERTING CO2 INTO POLYMERS
Table 56 : WORLD ENERGY DEMAND FOR TRANSPORTATION BY FUEL TYPE, THROUGH 2019
Table 57 : NEW CARBON CAPACITIES COMING ON STREAM BY SECTOR
Table 58 : WORLD POWER GENERATION BY REGION, THROUGH 2019
Table 59 : WORLD POWER GENERATION BY FUEL, THROUGH 2019
Table 60 : LEVELIZED COST OF ELECTRICITY (LCOE) FOR NEW GENERATION RESOURCES, 2012
Table 61 : COAL RESERVES VS. NATURAL GAS RESERVES, 2013
Table 62 : TOP 10 NATURAL GAS PRODUCING COUNTRIES, 2013
Table 63 : NATURAL GAS PRODUCTION BY REGION
Table 64 : NUMBER OF REFINERIES BY REGION, 2014
Table 65 : AMMONIA PRODUCTION CAPACITIES BY REGION, THROUGH 2019
Table 66 : WORLD UREA SUPPLY AND DEMAND AND PROJECTED CO2 CONSUMPTION, THROUGH 2019
Table 67 : ETHANOL PRODUCTION BY REGION, THROUGH 2019
Table 68 : ETHANOL PRODUCTION BY COUNTRY, 2013
Table 69 : COST OF CAPTURING CO2 AT BOTH COG+BFS AND COG PPS IRON AND STEEL PLANTS
Table 70 : COST OF CAPTURING CO2 AT A CEMENT PLANT
Table 71 : ALUMINIUM INDUSTRY POWER MIX DATA, 2012
Table 72 : TECHNOLOGY DEVELOPERS AND SUPPLIERS BY CAPTURE TECHNOLOGY
Table 73 : TECHNOLOGY DEVELOPERS AND SUPPLIERS BY CAPTURE TECHNOLOGY
Table 74 : TECHNOLOGY DEVELOPERS AND SUPPLIERS INVOLVED IN CO2 CAPTURE

List of Figures

Summary Figure : YEARLY AND CUMULATIVE INVESTMENT SPENDING, BY SEPARATION TECHNOLOGY, 2014-2019
Figure 1 : DEVELOPMENT STATUS OF SOLVENT ABSORPTION TECHNOLOGIES FOR CO2 CAPTURE
Figure 2 : DEVELOPMENT STATUS OF GAS ADSORPTION TECHNOLOGIES FOR CO2 CAPTURE
Figure 3 : DEVELOPMENT STATUS OF MEMBRANE TECHNOLOGIES FOR CO2 CAPTURE
Figure 4 : SCHEMATIC OVERVIEW OF CO2 CAPTURE APPROACHES

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