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 2821–2840 of 37257 papers
(著者不明)
This work addresses process intensification for carbon capture and utilization (CCU). It targets more efficient, compact reactors and separation processes to improve the economics and energy performance of CCU. Though the abstract is unavai…
Hamad Hussain Shah, Piero Bareschino, Giuseppe Piso +3
A work on carbon capture, utilization, and storage (CCUS). No abstract is available, but it appears to be an overview of CCUS technologies and their role in decarbonization pathways. Details of methods and findings cannot be assessed.
Alexander Knebel
No abstract is available; the title indicates a thin carbon membrane for CO2 capture. It appears to be a materials-level CCUS separation technology that could lower capture costs.
Kaiyu Hao, Fei Xu, Xue Yang +5
A DFT study probing how Cu/N-doped carbon aerogel catalyzes the adsorption and hydrolysis of COS with H2O in natural gas at low temperature. It clarifies reaction pathways to inform low-temperature desulfurization catalyst design.
Yunlong Yang, Weili Wu
This study optimizes low-carbon economic operation of an integrated electricity-heat-hydrogen system that incorporates waste-heat recovery from hydrogen production and integrated demand response. It shows how heat reuse and demand-side flex…
Y. Chen, Wenchao Huang
Proposes an optimal dispatch model for integrated energy microgrids where the hydrogen blending ratio in natural gas is a time-varying decision variable. Incorporating demand response and carbon trading, case studies show reduced operating …
Harpreet Singh, Aditya Kumar Tiwary
A comprehensive review of experimental studies on low-carbon concrete using rice husk ash (RHA) and silica fume (SF). SF at 5–10% replacement raised compressive strength 25–35% at 7–28 days, while RHA at 10–15% gave 15–25% gains at 28–90 da…
Pengcheng Lu, Yian Yan, Zixuan Liao +3
This paper proposes a low-carbon economic dispatch model for integrated energy systems combining oxygen-enriched combustion with carbon capture, power-to-ammonia synthesis, and ammonia-blended thermal generation. A two-stage ammonia synthes…
Jose A. Ordonez, Matthias Weitzel, Camille Van der Vorst +1
This Comment reframes energy security around how energy systems transmit price shocks to the wider economy. Unlike fossil fuels, low-carbon technologies dampen this transmission, thereby buffering economic impacts of supply crises. It argue…
Dazhuoer Duo
This study integrates product carbon footprint accounting with process-route planning into a multiobjective optimization model covering machine electricity, tool wear and cutting-fluid use. Using NSGA-III, it minimizes carbon emissions and …
Christian Calvillo, Paulina Gonzalez-Martinez, Karen R. Turner +2
This policy brief examines how rising block tariffs can support the shift to low-carbon heat. It argues tariffs should be designed around electricity affordability rather than consumption alone, and must be paired with targeted protection f…
Shirin Saiyed, Made Ratih Nurmalasari
This integrative review examines how data-driven decision-making (DDDM) can strengthen corporate environmental performance during carbon-neutrality transitions. It identifies five value-creating mechanisms—impact visibility, analytical diag…
Sidik Mustafa, Gatot Yudoko
This study analyzes renewable energy procurement bottlenecks at Indonesia's PLN, where only 8.34% of capacity entering procurement reached PPA signing. Using mixed methods including AHP with 12 experts, it identifies fragmented project-by-p…
Qianhui Cai, Wei WANG, 季振亚 +2
This paper proposes a day-ahead and intraday combined optimal scheduling model for park-level virtual power plants, integrating power-to-gas, carbon capture and storage, and a supply-demand interactive carbon trading mechanism. It dual-opti…
Zakka Barnabas, Chimen Sabo Jamous
A study comparing three dispatch schedules (economic, emission-weighted, and equal-weight) across 21 Nigerian thermal stations. Emission-oriented dispatch cuts CO2 by 4.607% at a 4.483% fuel-cost increase, with emissions highly concentrated…
Asgeir Barlaup, Katja Biedenkopf
A study of the Republic of Korea's emissions trading scheme, examining how carbon pricing design interacts with continued fossil fuel development. It situates Asia's early cap-and-trade experience within the tension between decarbonization …
Prof. Dr Ramesh
This paper examines how regulatory governance can steer transition finance and manage stranded-asset risk in commercial bank lending portfolios, moving beyond green-taxonomy-centric approaches. It questions whether current frameworks adequa…
Marcin Trybulec, Barbara Konat, Anna Sędłak +2
A pilot, human-annotated dataset of rhetorical features in ESG reports, coded via an Aristotelian ethos/pathos/logos scheme. It serves as reference data to develop and calibrate LLM prompts for scalable rhetorical analysis across 100 ESG re…
Arthauli Claudya Agnescia Ambarita, Chaeranny Ratna Syafira Aslam, Dava Salsabila +2
A qualitative study framing Indonesia's energy transition as a social, cultural and ethical process, not merely a technical one. Combining literature review, content analysis and interviews, it identifies four themes: the gap between societ…
Maninder Kaur
This narrative review synthesizes evidence on agroforestry in India across economic, environmental and social dimensions, covering diversified outputs (timber, fruit, fodder, fuelwood) and ecosystem services such as soil protection, carbon …
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