GX & Decarbonization Research

José Luis Ares-Sainz, Ivaylo Bozhkov, Veronika Georgieva +2

This paper assesses the environmental and economic feasibility of CO2 capture and storage (CCS) for decarbonizing a Bulgarian cement plant. It provides a case study of a hard-to-abate sector and evaluates emission reductions and costs.

Xuewen Zhang, Kuniadi Wandy Huang, Dat-Nguyen Vo +3

This paper proposes a machine learning-based hybrid dynamic model and economic predictive control for carbon capture processes on ships. It aims to improve CO2 capture efficiency and reduce operational costs, contributing to decarbonization…

Denizhan Guven, M. Ozgur Kayalica

This paper conducts a techno-economic and risk analysis of CO2 capture technologies for cement production in Turkey. It compares costs and feasibility of various capture methods, outlining pathways for decarbonization in this hard-to-abate …

Hao Peng, Ye Zhang, Zhaoyang Chen +4

This paper proposes a particle fluidization approach to form sI and sII clathrate hydrates for marine decarbonization. It is a collaborative work between Chinese research institutes and the National University of Singapore, offering a poten…

Simon Molyneux

Australia's energy security and decarbonization goals require reducing subsurface uncertainty for hydrocarbon exploration, CCS, and storage. Seismic data, particularly new acquisition, is critical as reprocessing is constrained by original …

Amelia Sudirdja, Aiman Johan Ahmad Jaafar, Antonio Dimabuyu +3

Australia’s Future Gas Strategy aims to balance reliable gas supply with net-zero targets. This paper analyzes major Australian gas projects for CCS integration, evaluating costs of avoided emissions and impacts on project valuation. CCS is…

Abhinav Patil

This paper qualitatively analyzes carbon capture and decarbonisation strategies in the petroleum industry, exploring strategic features and challenges, offering insights for the energy transition.

Stavrianakis K.

This paper presents preliminary findings of a qualitative case study on public perception and acceptance of CCUS in Greece. It reveals local concerns and expectations, highlighting the importance of social factors for successful CCUS deploy…

Chen D.

This paper analyzes the socio-economic effects of CCUS investment for carbon neutrality in China. No abstract is provided.

Wang R.

This paper reviews the current status and future perspectives of CCUS clusters and hubs worldwide, discussing regional initiatives, economic feasibility, and policy support.

Li J.

This paper examines the acceleration of offshore carbon capture, utilization, and storage (CCUS) to support China's carbon neutrality goals. It likely covers technical, economic, and policy dimensions, offering insights for large-scale depl…

Fan M.

This paper analyzes research hotspots and evolution trends of CCUS policy in the industrial field from the perspective of China's carbon peaking and carbon neutrality goals. Through literature review, it identifies policy research focuses a…

Hong W.Y.

This review provides a comprehensive techno-economic analysis of carbon capture, utilisation and storage (CCUS) systems for achieving net-zero CO2 emissions. It compares costs, efficiencies, and maturity levels of various technologies, high…

Kang N.

This paper reviews the progress of carbon capture, utilization, and storage (CCUS) technology integrated with enhanced oil recovery (EOR). It likely covers technical, economic, and policy developments that leverage CO2 for oil extraction wh…

Wang X.

This paper examines strategic decision-making for CCUS in coal-fired power plants, focusing on the roles of pollution right trading and environmental benefits. It analyzes how emissions trading influences CCUS adoption and how environmental…

Gupta A.

This paper reviews challenges and opportunities for CCUS in India, analyzing technical and economic barriers and emphasizing the need for supportive policy frameworks. It provides insights for implementing CCUS as a decarbonization strategy…

Zhang H.

This study uses CitNetExplorer to systematically analyze the evolution of topics, hot spots, and future prospects in CCUS research over three decades.

Liyanage D.R.

This paper provides a socio-economic and environmental evaluation of carbon capture systems for building-level heating. It analyzes costs, energy consumption, and environmental impacts, considering feasibility and effectiveness.

Song Y.

This paper proposes a cost model for synergistic peaking of renewable energy and CCUS-equipped thermal power, along with an optimization strategy for cost apportionment, aiming to reduce overall system costs and accelerate CCUS deployment.

Rashid M.I.

This article discusses opportunities for carbon capture, utilization, and storage (CCUS) technologies in mitigating greenhouse gas emissions. It explores how CCUS can be a key tool in decarbonization efforts.