CCUS in China

Share this article:
The number of views:307
【CCUS in China】

Deliverable: Industry report PDF (86 pages) 

Report contents: To achieve carbon neutrality, CCUS is one of ultimate options like carbon offset credit. The report summarizes information about CCUS in China, covering its whole process from carbon capture, transport to utilization and storage. While explaining Chinese policies and introducing its value chain, the report analize the current issues and bottlenecks of CCUS in China. Also, it introduces CCUS projects in China to show who are key players in the industry. 


      Download Sample / Report            Purchase / Subscribe         


The free sample report is available, please register as a member.

Click here for new membership registration. (Member registration is free)

↓Pickup image of the report


Table of Contents


Part 1. Overview  P.3


Part 1-1. Status of CCUS  P.4

-CCUS global distribution
-Current global status
-CCUS application potential in China
-Technical progress between China and overseas

Part 1-2. Method Overview  P.11

-Introduction: CCUS/BECCS/DACCS
-Carbon capture
-Carbon transport
-Carbon utilization
-Geological utilization and storage
-Urea production
-Algae utilization
-Hydrogen methanation
-Fuel production
-Building materials

Part 2: National Policy of CCUS Development in China  P.24

-Five-Year Plan
-Action Plan for Energy Technology Revolution and Innovation (2016-2030)
-Action Plan for Controlling Greenhouse Gas Emissions in the 13th FYP (2016-2020)
-Technology Innovation Plan to Tackle Climate Changes in alignment with 13th FYP (2016-2020)
-Carbon Capture, Utilization and Storage Development Roadmap (2019)

Part 3: CCUS Technology Development  P.31


Part 3.1: Carbon Capture  P.32

-Carbon Capture Technology Development

-Overview of carbon capture technology

-Overview of carbon separation technology

-Carbon separation technology: Amine-based absorption

-Carbon separation technology: Adsorption

-Carbon separation technology: Existing pilot-test CO2 adsorption device

-Carbon separation technology: Membrane

-Carbon capture technology: Oxy-fuel combustion

-Value Chain of Carbon Capture

-Carbon capture process with amine absorption

-Carbon capture process with amine absorption

-Key players on value chain


Part 3.2: Carbon Transport  P.43

-Carbon Transport Technology Development

-Overview of carbon transport technology

-Carbon transport technology: Pipeline

-Value Chain of Carbon Transport

-Key component of tank truck transportation

-Key players on value chain


Part 3.3: Source-sink Matching  P.48

-Environmental suitability mapping of CO2 storage

-CO2 emission of coal-fired power plant

-CO2 emission of steel industry


Part 3-4. Carbon Utilization: EOR  P.52

-Carbon Utilization Technology Development: EOR


-Screening of oil reverses

-5 key injection methods

-Key technologies in injection

-Issue 1: Oil field conditions in China pose challenges for CO2 EOR

-Issue 1: Solutions by WAG and foam assisted CO2 injection

-Issue 2: COcorrosion

-Issue 3: Uncertainty in both oil and carbon price

-Value Chain of Carbon Utilization

-Key components of CO2 EOR

-Key players on value chain

-Business model of EOR


Part 3-5. Carbon Storage  P.67

-Carbon Storage Technology Development

-China’s storage capacity and costs

-Trapping mechanisms and key technologies

-Monitoring technologies: seismic imaging and electromagnetic surveys

-Monitoring technologies: gravity imaging and near-surface geochemistry

-Issue 1: Concerns of safety

-Issue 2: Lack of regulations and laws

-Value Chain of Carbon Storage

-Key components and service providers


Part 4: Project Introduction of CCUS  P.75

-Geographic overview 
-Overview of project owner
-Qilu Petrochemical - Shengli Oilfield CCUS project
-CHN Energy Guohua Jinjie Power Plant 150k tons/year CO2 capture and storage demonstration
-Kelamayi Dunhua Petroleum - Xinjiang Oilfield CO2-EOR project
-Ordos Saline Water Layer Storage Project of CHN Energy
-Appendix: List of CCUS demonstration projects in China