GX & Decarbonization Research

Nguyen T.T.H.

This paper presents a systematic approach for designing and optimizing integrated CCUS systems specifically for methane and methanol production. It aims to enhance overall efficiency and economic feasibility, offering insights for practical…

Singh Rawat S.

This paper introduces innovative high-temperature heat pump concepts for economically decarbonizing carbon capture units. The proposed designs aim to reduce energy use and costs in CCUS, improving overall system efficiency and supporting in…

Shin H.

This paper conducts comparative environmental techno-economic assessments of onboard amine-based carbon capture and boil-off gas handling systems on LCO2 carriers, evaluating performance and cost for decarbonizing maritime transport.

Rowaihy F.

This paper assesses the cost of carbon capture in Saudi Arabia's energy and industrial sectors for decarbonization. It evaluates the feasibility and economics of CCUS implementation.

Fang S.

This paper reviews the development frontier and predicts trends in carbon capture technology (CCS/CCUS). It provides an overview of recent research progress and future directions.

Xia W.

This paper proposes a KAN-LSTM hybrid neural network for accurate oil production forecasting in CCUS-EOR systems. The method outperforms traditional approaches, supporting economic evaluation and operational optimization of CCUS projects.

Liu E.

This systematic review examines the current status, progress, and challenges of Carbon Capture, Utilization and Storage (CCUS), offering insights for technology deployment and policy design in decarbonization.

Sultan N.S.

This review comprehensively examines recent approaches, challenges, and future prospects of carbon dioxide capture, utilization, and storage (CCUS) toward a carbon-free world. It discusses the role of CCUS in decarbonization and outlines ke…

Ali A.

This study synthesizes nutrient-doped fast-weathering silicate minerals and uses machine learning to model their weathering process for carbon capture, utilization, and sequestration (CCUS), aiming to enhance the efficiency of carbon remova…

Shen B.

This paper proposes an integrated deep learning framework for evaluating and optimizing the full cycle of CCUS-EOR (Carbon Capture, Utilization, and Storage with Enhanced Oil Recovery) under carbon neutrality goals. The deep learning approa…

Sun R.

This paper proposes an integrated decarbonization system for ethane cracking, combining carbon capture, CO2 hydrogenation, solar-powered water electrolysis, and methanol-to-olefins conversion to reduce emissions in the petrochemical sector.

Ahmadi P.

This paper investigates the thermophysical properties of a candidate fluid for carbon capture, utilization, and storage (CCUS). It provides data on density, viscosity, thermal conductivity, etc., essential for designing CCUS systems.

Liu X.

This paper formulates a low-carbon economic dispatch problem for an integrated electricity-gas energy system with carbon capture, utilization and storage (CCUS). It proposes an optimization method that balances system cost and emission redu…

Alatefi S.

This paper presents robust white-box machine learning frameworks to predict the viscosity of CO2–CH4 binary mixtures with high accuracy, supporting CCUS process design and optimization, particularly for CO2 transport and storage efficiency.

Luo H.

This paper addresses the development of CCUS technology in the context of carbon neutrality and assesses the offshore storage potential in Guangdong Province, China. It identifies suitable sea areas for CO2 storage based on geological chara…

Mao Y.

This study analyzes plant-level CCUS investment decisions in China's cement industry, evaluating how various policy incentives and spatial heterogeneity affect adoption and scale. It highlights the need for region-specific policy design.

Cao Y.

This study investigates cement carbonation resistance and reinforcement in CCUS-EOR contexts, aiming to improve cement durability under CO2-rich conditions for enhanced oil recovery.

Peppas A.

This study applies LCA to assess decarbonisation potential of aluminium primary production using hydrogen and CCUS technologies. It quantifies GHG reduction from switching from coal-based processes to hydrogen and carbon capture routes.

WANG F.

This paper proposes a carbon emission reduction accounting method for CCUS-EOR projects, detailing quantification of net reductions including capture, transport, injection, storage, and avoided emissions from enhanced oil recovery.

Mayaka R.B.

This paper provides a normative analysis of the implementation of carbon capture and storage (CCS) to achieve net zero emissions in Indonesia. It examines legal and policy frameworks and challenges for deployment.