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 2161–2180 of 2348 papers
Acampora L.
This review comprehensively analyzes existing research on integrating CCUS in waste-to-energy plants. It evaluates technical challenges, economic feasibility, and environmental impacts, highlighting synergies between waste management and ca…
Wang P.T.
This paper proposes a multi-criteria framework to prioritize CCUS project deployment in China's coal chemical industry, considering economic viability, technology readiness, and emission reduction potential. It identifies optimal regions fo…
Latif W.M.S.M.
This paper provides a comprehensive review of global CCS and CCUS technologies, covering current status, policy frameworks, challenges, and potential for decarbonization.
Yuan Q.
This paper conducts an evolutionary game analysis between coal-to-hydrogen plants and oil-fields on CCUS technology adoption. It reveals how payoffs and policy interventions affect adoption rates, providing policy implications for CCUS depl…
Allo P.T.
This review comprehensively organizes cement bond evaluation methods for CO2 storage wells in CCUS projects, comparing essential technologies for well integrity and identifying future research challenges.
Bajpai S.
This paper comprehensively reviews the opportunities and challenges of CCUS in the hydrocarbon industry. It analyzes current technologies, economics, and policy support needs, and presents a roadmap towards a sustainable future.
Sowiżdżał A.
This paper overviews selected projects in Poland that integrate Enhanced Geothermal Systems (EGS) and Carbon Capture, Utilization, and Storage (CCUS), presenting them as investment models for the future. It evaluates technical and economic …
Wang N.
This paper analyzes failures in CCUS pilot and demonstration projects over the past three decades, identifying technical, economic, and policy barriers. It synthesizes lessons learned to guide future large-scale deployment.
Ma J.
This perspective paper discusses the application of artificial intelligence to carbon capture, utilization, and storage (CCUS) in the petrochemical industry. It explores how AI can optimize CCUS processes and enhance efficiency.
Wang, Yushu, Du, Wenli, Yang, Minglei +1
A spatiotemporal optimization model for China's cement industry (2025-2060) integrates provincial resource heterogeneity and cross-province logistics to evaluate cost-effective decarbonization pathways, including CCS and CCU technologies.
Hanson E.
This paper evaluates the effectiveness of advanced CCUS technologies in reducing CO2 emissions. It compares technology maturity, cost, and deployment barriers, offering strategies for effective implementation.
Kim Y.K.
This paper analyzes the economic impacts of CCUS technology using an input-output model. It quantifies direct and indirect economic effects, providing insights for policy making.
Bala R.
This paper provides a sociotechnical review of CCUS technologies for industrial decarbonization, addressing current challenges, emerging solutions, and future directions from both technical and social perspectives.
Li G.
A review of algae-based carbon capture, utilization, and storage (CCUS) technology, covering its potential and challenges, including technical feasibility, costs, and environmental impacts.
Giakoumi, Matheos, Konstantinou, Charalampos, Ciola, Emanuele +2
This study develops an engineering-informed economic model for CO2 as a dual commodity under the EU ETS. Using a case study of Cyprus' Aphrodite Gas Field and major emitters, it simulates CCUS infrastructure, quantifies CO2 utilization effi…
Song, BongKwan, Kim, SeoYeon
This perspective proposes Engineered Closed-Loop Mineral Storage (ECLMS) as a new CCS category for storage-deficit regions like Korea and Japan. ECLMS uses sealed underground mines or engineered caverns for aqueous mineral carbonation with …
Smith M.
This paper examines country-level participation in carbon capture projects, providing insights into policy implications and international collaboration frameworks.
Wang X.
This study examines iron-modified biochar to simultaneously reduce cadmium contamination and greenhouse gas emissions (especially methane) in paddy soil. Results show significant reductions in both Cd uptake and GHG fluxes, offering a promi…
Ou X.
This study conducts a life-cycle analysis of a gas-to-liquid fuel pathway using steel mill off-gas in China via the LanzaTech process, evaluating energy use and GHG emissions. It benchmarks against conventional fuels, highlighting the decar…
Qiu Y.
This paper analyzes the role and optimal deployment timing of direct air capture (DAC) in Saudi Arabia's net-zero transition. It examines the potential of DAC for carbon dioxide removal and its integration into the country's energy transiti…
Browse by Topic