炭素回収・利用・貯留技術Carbon Capture, Utilization & Storage Technologies 報告書の範囲 本レポートでは、炭素分離回収・利用・貯留技術の世界市場の分析と現在の市場動向について解説しています。2020年を基準年とし、2021年と2026年の予測値と、この予測期間におけるCAGRの予測値を... もっと見る
サマリー報告書の範囲本レポートでは、炭素分離回収・利用・貯留技術の世界市場の分析と現在の市場動向について解説しています。2020年を基準年とし、2021年と2026年の予測値と、この予測期間におけるCAGRの予測値を掲載しています。また、市場に影響を与える技術的要因、競合要因、経済動向についても考察しています。さらに、世界の炭素・回収利用・貯留技術市場の主要な推進要因や地域別の力学、業界内の現在の動向についても解説しています。 本レポートでは、炭素分離回収・利用・貯留技術の各セグメントを簡単に説明しています。炭素分離回収・利用・貯留技術の世界市場を技術、供給元、用途、サービス、国、地域の観点から分析しています。最後に、炭素分離回収・利用・貯留技術の世界市場における主要ベンダーの詳細なプロフィールを掲載しています。BCCリサーチは、炭素回収・利用・貯蔵技術市場の主要カテゴリと地域を調査し、2021年から2026年までの市場成長を予測しました。世界の市場規模予測は、金額(百万ドル)と数量(キロトン、KT)の両方で提供しています。本レポートに記載されているトンは、特に断りのない限り、米国トン(2,000ポンド)ではなく、すべてメートルトンまたはMT(2,205ポンド)である。本報告書では、英国式の綴りである「トン」は使用しない。 レポートを含みます。 - 84のデータ表と67の追加表 - 炭素分離回収・利用・貯留(CCUS)技術の世界市場に関する最新概要 - 2020年から2021年のデータ、2022年から2025年の予測、2026年までのCAGR予測により、数量と金額の両方で市場規模を推定し、世界市場の動向を分析します。 - 世界の炭素回収利用・貯留技術市場およびそのサブセグメントに影響を与える主要な市場力学、トレンド、機会および要因の同定 - 技術、供給元、用途、サービス、地域別の炭素回収利用・貯留技術市場の潜在的可能性のハイライト - CCUSのバリューチェーン、気候政策、京都議定書やカーボンプライシングなどの産業界の規制について説明します。 - 気候目標を達成するための炭素回収技術の重要性、低炭素電源のポートフォリオの拡大、ネットゼロおよびネガティブエミッションに関する情報についての議論 - 主要なステークホルダーに関する洞察と、最近の開発状況やセグメント別の収益に基づく競争環境の分析 - 独自技術、戦略的提携、その他の優位性により、炭素回収利用・貯留技術の現在および将来の需要に対応するために最適な立場にある企業の評価。 - Air Liquide、BASF SE、General Electric、Linde AG、Schlumberger Ltd.などの市場主要参加者の会社概要。 目次Table of ContentsChapter 1 Introduction Study Goals and Objectives Reasons for Doing the Study What's New in This Update? Scope of Report Research Methodology Intended Audience Regional Breakdown Analyst's Credentials BCC Custom Research Related BCC Research Reports Chapter 2 Executive Summary Chapter 3 Overview of the Carbon Industry Overview Climate Policies and Regulation Kyoto Protocol Carbon Pricing CCUS Value Chain Impact of Covid-19 on the CCUS Industry Chapter 4 Market Dynamics Importance of Carbon Capture Technologies How Carbon Capture Technologies Support the Power Transition Address Existing Plant Emissions Stable Power Flexibility Emissions Net Nil and Negative Support for CO2 Infrastructure Will be Essential Element of Policy Incentives for CCUS Carbon Capture Technologies are Important for Achieving Climate Objectives, Widening the Portfolio of Low-Carbon Power Sources Tackling Emissions from Existing Plants Retrofitting Carbon Capture Technologies Makes the Most Sense for Power Plants That are Well Located, Young and Efficient Net-Zero and Negative Emissions Carbon Capture with Bioenergy Becomes Increasingly Cost-Competitive with Fossil Fuel-Based CCUS at Higher Carbon Prices How Carbon Capture Affects Thermal Power Plant Flexibility Challenges and Opportunities Technological Advances Needed Policy Incentives and Support BCC Research Select Insights from Industry Leaders Chapter 5 Status of CCUS Projects Overview Chapter 6 Global CCUS Market Outlook Chapter 7 Market Breakdown by Technology Overview Pre-combustion Carbon Capture Technology Post-combustion Carbon Capture Technology Oxy-Fuel Combustion Inherent Separation CO2 Separation Technologies Markets Chapter 8 Markets Overview CO2 Use vs. CO2 Storage CO2 Merchant Market Emerging Uses and CO2 Utilization CO2 Storage Market Chapter 9 Market Breakdown by Source Gas Processing (Sweetening) Hydrogen Production Through Steam Reforming Ammonia Production Methanol Production Ethanol Production Coal-to-Liquid (CtL) Markets Chapter 10 Market Breakdown by Application CCUS Applications Power Generation Coal Gas Biomass Other Industrial Processes Gas Processing Refining Chemicals Ammonia Production Methanol Production Biofuels Iron and Steel Cement Pulp and Paper Aluminum Markets Chapter 11 North American CCUS Market Outlook Overview U.S. U.S. Regulation Technology Development Support Canada Canadian Regulation of Carbon Emissions Technology Development Support Chapter 12 European CCUS Market Outlook Overview France French Regulation of Carbon Emissions Technology Development Support Germany German Regulation of Carbon Emissions Technology Development Support Italy Italian Regulation of Carbon Emissions Technology Development Support The Netherlands Netherlands Regulation of Carbon Emissions Technology Development Support Norway Norwegian Regulation of Carbon Emission Technology Development Support U.K. Technology Development Support Chapter 13 Asia-Pacific CCUS Market Outlook China Chinese Regulation on Carbon Emission Technology Development Support Japan Japanese Regulation of Carbon Emissions Technology Development Support South Korea South Korean Regulation of Carbon Emissions Technology Development Support Australia Australian Regulation of Carbon Emissions Technology Development Support Chapter 14 LAMEA CCUS Market Outlook Brazil United Arab Emirates Saudi Arabia South Africa Chapter 15 Emerging Technologies Overview Researchers are Identifying Numerous Technical Approaches to Achieving Carbon Neutrality at CCUS-Equipped Power Plants CO2 Capture is Benefiting from Numerous Research Initiatives Chapter 16 Company Profiles ACCELERGY CORP. ALCOA OF AUSTRALIA LTD. AIR LIQUIDE AIR PRODUCTS AND CHEMICALS INC. AKER SOLUTIONS BAYER MATERIALSCIENCE AG BIOPROCESS ALGAE LLC BASF SE BP PLC CAMBRIDGE CARBON CAPTURE (CCC) CARBON CYCLE LTD. CARBON RECYCLING INTERNATIONAL CARBON8 SYSTEMS CARBONCURE TECHNOLOGIES INC. 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 GENERAL ELECTRIC HENAN TIANGUAN ENTERPRISE GROUP CO., LTD. JIANGSU ZHONGKE JINLONG-CAS CHEMICAL CO., LTD. JOULE UNLIMITED INC. LANZATECH INC. LIQUID LIGHT INC. LINDE AG MBD ENERGY LTD. MITSUI CHEMICALS INC. MITSUBISHI HEAVY INDUSTRIES LTD. NORNER AS NOVOMER INC. OAKBIO INC. PIONEER ENERGY INC. POND BIOFUELS INC. QUANTIAM TECHNOLOGIES INC. ROYAL DUTCH SHELL PLC SCHLUMBERGER LTD. SIEMENS AG SK ENERGY CO., LTD. SKYONIC CORP. SOLIDIA TECHNOLOGIES INC. TWENCE B.V. Chapter 17 Appendix: List of Acronyms
SummaryReport Scope: Table of ContentsTable of ContentsChapter 1 Introduction Study Goals and Objectives Reasons for Doing the Study What's New in This Update? Scope of Report Research Methodology Intended Audience Regional Breakdown Analyst's Credentials BCC Custom Research Related BCC Research Reports Chapter 2 Executive Summary Chapter 3 Overview of the Carbon Industry Overview Climate Policies and Regulation Kyoto Protocol Carbon Pricing CCUS Value Chain Impact of Covid-19 on the CCUS Industry Chapter 4 Market Dynamics Importance of Carbon Capture Technologies How Carbon Capture Technologies Support the Power Transition Address Existing Plant Emissions Stable Power Flexibility Emissions Net Nil and Negative Support for CO2 Infrastructure Will be Essential Element of Policy Incentives for CCUS Carbon Capture Technologies are Important for Achieving Climate Objectives, Widening the Portfolio of Low-Carbon Power Sources Tackling Emissions from Existing Plants Retrofitting Carbon Capture Technologies Makes the Most Sense for Power Plants That are Well Located, Young and Efficient Net-Zero and Negative Emissions Carbon Capture with Bioenergy Becomes Increasingly Cost-Competitive with Fossil Fuel-Based CCUS at Higher Carbon Prices How Carbon Capture Affects Thermal Power Plant Flexibility Challenges and Opportunities Technological Advances Needed Policy Incentives and Support BCC Research Select Insights from Industry Leaders Chapter 5 Status of CCUS Projects Overview Chapter 6 Global CCUS Market Outlook Chapter 7 Market Breakdown by Technology Overview Pre-combustion Carbon Capture Technology Post-combustion Carbon Capture Technology Oxy-Fuel Combustion Inherent Separation CO2 Separation Technologies Markets Chapter 8 Markets Overview CO2 Use vs. CO2 Storage CO2 Merchant Market Emerging Uses and CO2 Utilization CO2 Storage Market Chapter 9 Market Breakdown by Source Gas Processing (Sweetening) Hydrogen Production Through Steam Reforming Ammonia Production Methanol Production Ethanol Production Coal-to-Liquid (CtL) Markets Chapter 10 Market Breakdown by Application CCUS Applications Power Generation Coal Gas Biomass Other Industrial Processes Gas Processing Refining Chemicals Ammonia Production Methanol Production Biofuels Iron and Steel Cement Pulp and Paper Aluminum Markets Chapter 11 North American CCUS Market Outlook Overview U.S. U.S. Regulation Technology Development Support Canada Canadian Regulation of Carbon Emissions Technology Development Support Chapter 12 European CCUS Market Outlook Overview France French Regulation of Carbon Emissions Technology Development Support Germany German Regulation of Carbon Emissions Technology Development Support Italy Italian Regulation of Carbon Emissions Technology Development Support The Netherlands Netherlands Regulation of Carbon Emissions Technology Development Support Norway Norwegian Regulation of Carbon Emission Technology Development Support U.K. Technology Development Support Chapter 13 Asia-Pacific CCUS Market Outlook China Chinese Regulation on Carbon Emission Technology Development Support Japan Japanese Regulation of Carbon Emissions Technology Development Support South Korea South Korean Regulation of Carbon Emissions Technology Development Support Australia Australian Regulation of Carbon Emissions Technology Development Support Chapter 14 LAMEA CCUS Market Outlook Brazil United Arab Emirates Saudi Arabia South Africa Chapter 15 Emerging Technologies Overview Researchers are Identifying Numerous Technical Approaches to Achieving Carbon Neutrality at CCUS-Equipped Power Plants CO2 Capture is Benefiting from Numerous Research Initiatives Chapter 16 Company Profiles ACCELERGY CORP. ALCOA OF AUSTRALIA LTD. AIR LIQUIDE AIR PRODUCTS AND CHEMICALS INC. AKER SOLUTIONS BAYER MATERIALSCIENCE AG BIOPROCESS ALGAE LLC BASF SE BP PLC CAMBRIDGE CARBON CAPTURE (CCC) CARBON CYCLE LTD. CARBON RECYCLING INTERNATIONAL CARBON8 SYSTEMS CARBONCURE TECHNOLOGIES INC. 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 GENERAL ELECTRIC HENAN TIANGUAN ENTERPRISE GROUP CO., LTD. JIANGSU ZHONGKE JINLONG-CAS CHEMICAL CO., LTD. JOULE UNLIMITED INC. LANZATECH INC. LIQUID LIGHT INC. LINDE AG MBD ENERGY LTD. MITSUI CHEMICALS INC. MITSUBISHI HEAVY INDUSTRIES LTD. NORNER AS NOVOMER INC. OAKBIO INC. PIONEER ENERGY INC. POND BIOFUELS INC. QUANTIAM TECHNOLOGIES INC. ROYAL DUTCH SHELL PLC SCHLUMBERGER LTD. SIEMENS AG SK ENERGY CO., LTD. SKYONIC CORP. SOLIDIA TECHNOLOGIES INC. TWENCE B.V. Chapter 17 Appendix: List of Acronyms
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