GX & Decarbonization Research

Constantinos Yiallourides, Alexander Proelß, Lennart Westmark

This paper examines the environmental regulation of sub-seabed CO2 storage under UNCLOS, focusing on 'global rules and standards', due diligence, EIA, and the precautionary approach. It highlights legal challenges for CCUS deployment and st…

Yuzheng Liang, Yuzhong Li

This review systematically classifies CO2 capture technologies into pre-combustion, combustion-based, and post-combustion routes, with a focus on post-combustion methods including absorption, adsorption, and membrane separation. It highligh…

Ting Hua, Yi Yang, M. Rama Krishna +4

Assesses bioenergy crop potential on 36 million ha of marginal croplands in China using satellite data and spatially explicit yield modeling. Finds 1.88–2.09 EJ yr⁻¹ biofuel and 192–298 Mt CO₂ yr⁻¹ net carbon removal, up to 76% beyond natur…

Yiwen Chen, Nora Paulus, Xi Wan +1

This paper studies the social desirability of Carbon Capture and Storage (CCS) under an exogenous net-zero emission target. It derives a closed-form welfare criterion comparing CCS-based and renewable-only transition pathways based on inher…

(著者不明)

This paper explores the application of AI and digitalization in carbon capture, utilization, and storage (CCUS). It presents a technical framework for optimizing the design and operation of smart carbon capture systems, highlighting potenti…

Zhaojin An, Chak K. Chan, Douglas R. Worsnop +1

This paper highlights the emerging environmental challenge of amines released from carbon capture processes, which can form secondary organic aerosols and impact air quality and health. As CCUS scales up, monitoring and controlling amine em…

(著者不明)

This paper presents case studies of carbon capture technologies, analyzing their environmental impacts including CO2 reduction and ecosystem effects. It evaluates the effectiveness and challenges of CCUS deployment.

(著者不明)

This paper outlines the fundamental principles and various types of carbon capture technologies (e.g., chemical absorption, physical adsorption, membrane separation). It summarizes their features, applications, and challenges, discussing th…

Yangsong Yang, Jianlin Hua, Ronghao Chen +1

This study proposes a novel low-carbon CCHP system integrating heat pump (HP) and MEA-based carbon capture (CCS). HP enables cascaded waste heat recovery, raising overall energy efficiency from 74.25% to 81.22% and waste heat recovery rate …

Hongxiang Ge, Yong-wei Ma, Wei Liang

This paper proposes a market clearing model integrating carbon capture power plants (CCS) and demand response (DR). Using non-cooperative game theory, it derives optimal trading strategies for generators and consumers to achieve low-carbon …

S. K. Khattra, R. Jain, Sarvesh Kumar

The cement industry contributes 8-9% of global CO2 emissions. This review evaluates mitigation strategies including supplementary cementitious materials (SCMs), alternative fuels, and carbon capture and storage (CCS). It finds that SCMs and…

Lelde Vistarte, Jeļena Pubule, Anna Kubule

This study explores the potential of utilizing biogenic CO2 from agriculture in the Central Baltic region. It proposes agricultural Bio-CCU value chains to convert waste CO2 into verified carbon removals, supporting EU climate targets and c…

Debarati Mukherjee, Sumit Gupta, Sougata Dey Sarkar +2

This review summarizes advances in mesoporous materials for CO2 capture and conversion to fuels and chemicals. Amine-functionalized silicas achieve 5.39 mmol/g at 75°C; nitrogen-doped carbons reach 15.4 mmol/g at 30 bar and 0°C. Ni-, Pd-, F…

wen chen

This reproducibility package provides processed datasets, figure-generation scripts, and boundary-recalculation outputs to support analysis of temperature-stratified waste-to-energy integration with carbon capture for cleaner industrial-par…

Yaqiong Cao, Rengguang Liu, Zhou Shiming +2

This study compares modified cement (P@T) and alternative cement (CAP) for CCUS-EOR conditions. CAP shows a 'corrosion-induced densification' effect with compressive strength increasing to 62.5 MPa after 90 days. P@T decouples high carbonat…

Xiaohan Zhou, Zhibin Qu, Shunxing Zhang +3

This study develops coal-based carbon materials with abundant ultramicropores via co-carbonization of heterogeneous carbon, enabling efficient CO2 capture. The material contributes to CCUS technology advancement.

Elena Rusanova, Dmitrii Gribanev, Hassan Alqahtani +2

This study develops novel porous fluids combining carbon nanotubes and porous organic polymers for CO2 capture. The materials show promising adsorption performance from a material science perspective, though practical application requires f…

Meenu Bose, Dr. Nithyalakshmi B

This report provides a comprehensive analysis of Carbon Capture, Utilization, and Storage (CCUS) technologies, including capture mechanisms, transport systems, utilization pathways, and storage strategies. It discusses technical, economic, …

Ibrahim, Shokhan, HamaSalih, Kaiwan, Ibrahim, Sizar +1

This paper evaluates the technical viability of co-storing CO₂ and hydrogen in depleted reservoirs and aquifers. It covers geological suitability, risks, monitoring, and integration with renewables, highlighting the need for continued innov…

Nikhil S. Rajput, Yukun Zhang, Binjian Nie +1

This study screens underperforming oil and gas wells in the US for carbon storage and geothermal heat potential, using public datasets. Estimates show 0.024–1.17 Gt CO₂/year storage and 1–35 GWth geothermal potential in high-potential regio…