GX & Decarbonization Research

D. Singh, S. Nagappan, C. Lay +5

This review critically examines BECCUS technology, focusing on market dynamics, policy frameworks, and technological innovation. It recommends transparent carbon pricing, emission trading systems, and certification for biogenic carbon, alon…

Limeng Wang, Haonan Shen, Xingchao Chai +1

This study proposes an optimal dispatch model for an Integrated Energy System (IES) combining P2G with carbon capture (CCS), hydrogen blending in gas-fired CHP units, and hydrogen fuel cells. It incorporates low-carbon demand response and s…

Elmezain A. A.

This study conducts a techno-economic analysis of geological CO2 storage at the Obaiyed oil field in Egypt, focusing on a pure CO2 source from a gas processing plant. Evaluating surface facilities and wells, cost-benefit analysis shows a hi…

Liang Zhang, Shuyan Wu, Baoyuan Wang +3

This paper proposes a Stackelberg game-based collaborative optimization strategy for park-level integrated energy systems (PIES) operating in carbon and green certificate markets. It integrates a CCS-P2G-LCES technology chain to achieve int…

Lei Zhang, Qin Li, Xianxin Gan

This paper proposes a low-carbon optimal scheduling model for integrated energy systems (IES) with CCS, incorporating a dynamic coupling mechanism between carbon and green certificates. Using IGDT for uncertainty, the model minimizes operat…

Mikus Dzenis, Beate Zlaugotne, J. Gušča

This study develops an LCA-based computational framework for CO2 transport by trucks from a cement plant to ports in Latvia and Lithuania. It evaluates three scenarios and includes sensitivity analysis on fuel types and vehicle technologies…

Nguyen V

This paper presents the design and experimental framework of an artificial photosynthesis system that captures CO₂ from flue gas and converts it into oxygen and energy-rich compounds. It integrates a sodium carbonate absorption tower and a …

Ajay Kumar, Imran Ullah, Mohan Lal Verma +1

This paper investigates the adsorption behavior of greenhouse gases on Pd and B co-doped graphitic carbon nitride, exploring its potential as a sensor or scavenger for GHGs from a materials science perspective.

Gen Li, Zhiyuan Ma, Zhongcheng Ma +1

This study presents a facile preparation method for triazine-based ultra-microporous polyaminals networks with enhanced porosity, demonstrating selective uptake of tetrafluoromethane (CF4), a potent greenhouse gas. The improved porosity ena…

Enrique Porter, Bastian González-Barramuño, Sophia Schmidt +5

This study experimentally characterizes thermophysical properties of tetraethylammonium chloride-based eutectic solvents for carbon capture. It provides fundamental data such as density, viscosity, and heat capacity, suggesting potential ap…

Nguyen NMC, Ryu H, Park JY +2

This study identifies the major bottleneck for heterologous production of Me-FDH1, a tungsten-dependent formate dehydrogenase with high activity for CO2/formate interconversion, in E. coli. Although active enzyme was obtained, expression le…

U.M. Jabiyeva, G.I. Malikov, K.V. Jafarova +4

This paper reviews green refining technologies for petrochemicals, including biorefining, CCUS, and renewable energy integration. It quantifies potential impacts: 15-25% emission reduction, 10-20% energy savings. Highlights COP29 outcomes a…

Shuoliang Wang, Haitong Yang, Xiangyu Shao +3

This study presents a microbial distribution map for deep formations (3700–4500 m depth, 140–160°C) relevant to CCUS and geothermal monitoring. By correlating high-throughput DNA sequencing of drilling cuttings with well-logging data, it id…

Zhiwei Fang, Junwei Zhang, Peng Zhu +5

This paper proposes an efficient and stable electrochemical carbon capture system integrating CO2 absorption and regeneration. The method improves energy efficiency and enables stable operation compared to conventional approaches.

(著者不明)

This paper proposes an efficient and stable electrochemical carbon capture method integrating CO2 absorption and regeneration. The integrated process reduces energy consumption and ensures long-term stability, offering practical advances fo…

Somayyeh Nikkhah, Sohrab Zendehboudi, Nima Rezaei +1

This review comprehensively examines the applications of metal–organic frameworks (MOFs) as sorbents and membranes for carbon capture via direct air capture (DAC) technology. It systematically summarizes MOF properties and their potential i…

Yujin Baek, Chaehee Gong, Sungil Yun +2

This paper analyzes the environmental benefits of carbon capture and utilization (CCU) pathways using attributional and consequential life cycle assessments. It likely compares methodologies for evaluating CCU's environmental impacts, thoug…

Mujammil Asdhiyoga Rahmanta, Bertha Maya Sopha, Anna Maria Sri Asih

This review systematically categorizes mathematical models and optimization methods for CCUS network design and operation. It identifies key technical challenges and future research directions, providing a roadmap for deployment.

DongKyoon Kim, Byunggun Oh, NamJoon Chang +1

This study assesses the economic feasibility of carbon capture and storage (CCS) projects in Queensland, Australia. Three business models—integrated, merchant, and tolling—are tested under varying CO2 injection rates and ACCU price scenario…

Xianghang Chen, Sheng Chen, Mingchen Gao +4

This paper addresses the design of absorption column internals, multi-scale design strategies, and industrial scale-up for post-combustion carbon capture. It likely provides insights into engineering approaches for scaling up CCS technology…