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 1941–1960 of 4137 papers
Ernesto Relogio
This study develops a multi-period optimization model for Paris-aligned green hydrogen pathways at European oil majors, incorporating stochastic LCOH, hydrogen storage, renewable profile sensitivity, and real options analysis to evaluate in…
Nicolas Antheaume, Souâd Taïbi
This editorial introduces a themed section on multi-capital accounting (MCA), tracing its evolution from infancy in the 2010s to its current institutionalization under ISSB and EU CSRD. It reviews conceptual debates on weak vs. strong susta…
Lorenzo Rinaldi
nxsut 3.0 is a global environmentally-extended supply-use table in hybrid units, built from EXIOBASE Hybrid v3.3.18 with updated 2025 electricity supply (EMBER) and trade mixes (ENTSO-E). It adds ~20 new activities for innovative steelmakin…
Xu Tianhao
This paper proposes an irreversibility evaluation method for cross-seasonal heat storage systems and analyzes the cold-hot mixing phenomenon in thermal storage reservoirs. It addresses the mismatch between supply and demand of zero-carbon t…
Gao Qunxiang, Zhang Zixuan, Lin Xiangdong +4
This study analyzes hydrogen leakage and diffusion behavior in nuclear hydrogen production systems using ultra-high temperature gas-cooled reactors, focusing on how hydrogen storage tank placement and environmental conditions affect safety …
Yang L.
This study models optimal deployment of carbon capture (CCUS) across China's coal-fired power fleet, showing that more than half of the plants can achieve low-carbon transformation under cost-effective allocation. It provides region-specifi…
Marcin Rabe, Tomasz Norek, Andrzej Gawlik +4
This paper proposes the M_ZK-DES model, a conceptual-methodological framework for evaluating distributed energy systems across the full crisis management cycle (prevention, preparedness, response, recovery). It integrates technological, dec…
Horst Fehrenbach, Theresa Schlamp, Susanne Köppen +2
This study, commissioned by Agora Energiewende, refines EU biomass demand and supply scenarios for climate neutrality. Ifeu and SYKE develop a merit-order approach for allocating scarce sustainable biomass across energy and material sectors…
Fabio Montagnaro, Roberto Solimene
This special issue focuses on solar energy as a key low-carbon technology within the global energy transition, emphasizing efficient resource utilization. It addresses challenges and opportunities for improving solar photovoltaic efficiency…
Li X.M.
This paper models downside risks in China's security markets and examines whether greenness makes bonds a safer haven. It provides empirical evidence on the risk profile of green bonds, offering implications for investors' ESG strategies an…
Guo J.F.
This empirical study evaluates how China's carbon emission trading scheme (ETS) affects urban ecological well-being performance, framed within high-quality development. Using a quasi-experimental approach, it finds that the policy can impro…
Lo Schiavo G.
This paper compares the EU ETS Phase III with California's cap-and-trade program, evaluating design, performance, and challenges. It provides insights on carbon price formation, emission reduction effectiveness, and potential for linking sy…
Velte P.
This paper critically examines the EU Omnibus proposal's impact on sustainability reporting regulations such as CSRD. It discusses the balance between simplifying reporting obligations and maintaining regulatory effectiveness, warning that …
Jianli Zhou, Yaqi Wang, Ruige Zhao +2
Proposes a collaborative optimization framework for joint capacity configuration and stakeholder interest equilibrium in a wind-PV-hydrogen-biogas multi-energy system. The study quantifies techno-economic trade-offs to achieve negative emis…
MARTIN-DOMINGO, Luis, Efthymiou, Marina, Mujica Mota, Miguel
This study evaluates GHG reporting by 16 European airline groups. While Scope 1 totals and emissions intensity are reported by most carriers, Scope 2/3, non-CO2, SAF lifecycle, and offsetting disclosures lag badly. The authors argue CSRD, E…
Alessandro Franco, Wilfried Marius Simo Toukam
Based on representative mass and energy balances, this study quantifies cement-sector emissions (500–850 kg CO2/t) and compares decarbonization levers. Energy efficiency and clinker substitution give partial gains, hydrogen can cut combusti…
B. S. Zainal, M. Reza, I. M. R. Fattah +2
This review analyzes 1,528 publications and 1,162 patents (2014-2024) from Scopus and Lens to map green hydrogen R&D and patent landscapes. Electrolysis dominates both academic and industrial innovation, with emerging areas including photoc…
Huanlin Dong, Chunhong Sheng
This paper examines the promise and pitfalls of fragmented governance in China's green hydrogen transition. It highlights how poor coordination among government agencies, local governments, and firms could undermine hydrogen strategy implem…
Chao Li, Yamei Ma, Chengcheng Ji +4
A hybrid bioelectrochemical process integrates hierarchical carbon, nitrogen, and phosphorus metabolism with power generation and reusable water production. The system achieves effluent COD meeting Class III surface water standards, a power…
Hao Wang
This review examines how climate risk is quantitatively priced into green financial assets through carbon premiums, climate scenario discounts, and default structures. It synthesizes theoretical logic, empirical evidence, and challenges, hi…
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