This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 14 contributing scholarly metadata sources and uses AI-assisted classification to identify signals related to measurement, policy narratives, outcomes, implementation, industrial adoption, and verification.
The goal is not only to discover papers, but to observe how GX research is distributed across research substance, implementation narratives, external expectations, implementation substance, and judgment formation.
Summaries are AI-assisted. Always refer to the original paper for authoritative conclusions.
Showing 1561–1580 of 2257 papers
Hu W.
This paper addresses the optimization scheduling problem of a comprehensive energy system in a low-carbon park, considering CCUS and HECU (Hydrogen Energy Coupling Unit). It proposes a system design method aiming to balance energy efficienc…
Lu Y.
This paper reviews the current state and prospects of CCUS-EOR technology and discusses accounting evaluation methods for carbon emission reduction. It identifies technical challenges and future directions.
Tan S.
This paper evaluates the carbon capture, utilization, and storage (CCUS) capability of cementitious pastes incorporating CO2-free and CO2-saturated biochar. It demonstrates the potential of biochar-based construction materials for carbon se…
Hongbin Zhou, Huifang Song, Bowen Zhang +1
This study analyzes phase change and flow characteristics during high-pressure dense-phase CO2 relief through safety valves, proposing optimization for safety valve design to enhance CCUS pipeline safety.
Yuan Zhang, Xin Yang, Zhen Tian +5
This paper evaluates the integrated performance of a carbon capture system combining dilute-steam compression and an electric heat pump under LNG/heavy fuel oil (HFO) dual-fuel engine operation. It analyzes trade-offs between energy consump…
Won-Hee Lee, Hanki Kim, Puttaswamy Madhusudan +3
This study applies response surface methodology to optimize simultaneous bicarbonate recovery and energy generation in a carbon-capture reverse electrodialysis system. It evaluates process parameters and identifies optimal conditions, contr…
Yifan Xu (87249), Shibo Wang, Xiaomin Xie +2
This study presents thermodynamic modeling and optimization of an MEA-based onboard carbon capture system driven by exhaust heat from marine diesel engines. It explores efficiency improvements and energy reduction potentials for maritime de…
Muhammad Amin, Mosim Ansari, Abuzar Khan +5
This research develops nanoporous activated carbons from palm leaf biomass for high-performance and selective CO2 capture, contributing to efficient CCUS technologies.
Siva Shanmukha Anjaneya Babu Padavala, Siva Avudaiappan, Subhashish Dey +2
This study experimentally and via machine learning explores carbon capture and storage (CCS) in concrete incorporating fly ash and silica fume. It builds predictive models from experimental data to identify optimal CCS conditions, contribut…
David Anderson, Gina Vitale, Alex Scott, Fionna Samuels,...
This paper discusses the potential and limitations of carbon capture, utilization, and storage (CCUS) technologies in addressing climate change. It explores the effectiveness and implementation challenges of CCUS, concluding that it alone i…
D.K. Panesar, A. Ali
CCUS technologies are critical for decarbonizing cement and concrete, but this life-cycle analysis of eight pathways reveals that while they reduce CO2, they can increase other environmental impacts such as energy use, eutrophication, acidi…
Wayne Griffiths
This white paper introduces the EM-Catalytic Syngas Manifold (ECSM), which destroys CO₂ molecules and rebuilds them into syngas and methanol, turning emissions into a self-funding compliance asset. It details the plasma dissociation, hydrog…
Ye H.
This paper reviews recent advances in applying machine learning (ML) to CO2 enhanced oil recovery (EOR) and geological storage (CCS). ML techniques improve reservoir characterization, production forecasting, and optimization, supporting eff…
Nan L.
This paper analyzes the development of CCUS technology in the context of low-carbon transformation of coal-fired power generation. It examines technological progress, policy support, and economic viability, highlighting opportunities and ch…
Yang S.
This study elucidates the hydration characteristics and the evolution of pore structure and compressive strength of phosphoaluminate cement, targeting its application in CCUS well cementing.
Wang X.
This paper assesses the economic viability of integrating methane production with carbon capture from a coal power plant. It examines costs, efficiency, and the feasibility of such a CCUS approach.
C. Carpenter
This case study presents successful TCP and acidizing operations in a highly depleted volcanic gas reservoir for a CCUS project in Japan's Hirai field. The work involved oriented perforation, mud loss prevention with CaCO3, and integration …
Xiaotong Lu, Yanbin Pei, Hongmin Yang +6
This study proposes a fracturing technique using liquid CO2 phase transition to enhance methane drainage from coal seams. The method uses CO2 as a fracturing fluid, potentially enabling CO2 storage while improving gas recovery. Field tests …
Abdulmujeeb T. Onawole
This paper introduces PoreGCN, a heterogeneous graph neural network that augments atom-only crystal graph representations with Voronoi-derived pore vertices for predicting gas adsorption and separation in MOFs. It achieves dramatic improvem…
Pavithra S. Nair, Narnepati Krishna Chaitanya, Pritha Chatterjee
This study investigates the role of carbon-based electrodes in enhancing caproic acid synthesis through CO2 capture and microbial electrosynthesis. It evaluates the impact of different electrode materials on synthesis efficiency, aiming to …
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