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 241–260 of 5191 papers
Nguyen Tuong Vi, Trieu Quy Huy
This study performs integrated energy–exergy modeling of dual-fuel LPG/diesel engines and assesses fleet-level decarbonization potential, validated via AVL-BOOST simulation. It quantifies how retrofitting existing diesel fleets with LPG dua…
Jun Yuan, Yuwei Zhang, Jian Gang Jin +2
A study modeling dynamic decarbonization pathways for inland shipping under uncertainties in energy systems and policy. It likely explores how fuel choices and electrification options shift across future energy-price and policy scenarios, o…
Riepin I.
This work appears to examine shifting computing workloads across time and space so that electricity use aligns with genuinely surplus renewable generation, avoiding additional fossil-based power. Without an abstract, the optimization method…
Wang B.
A modeling study of capacity and energy market equilibrium under a PJM-inspired framework, examining how deliverability affects market outcomes and pricing. Relevant to capacity market design and resource adequacy policy.
Biéron M.
This work develops a GHG-based control strategy for a fleet of hybrid heat pumps targeting decarbonization of space heating and domestic hot water. It optimizes the electricity/fuel mix based on emissions rather than cost alone, offering op…
Zeng H.
A study analyzing how risk transmits between greenhouse gas emissions and clean energy markets. It examines the co-movement and spillover channels linking emission dynamics to clean-energy asset prices, contributing to understanding how cli…
Leonelli G.C.
This paper examines how critical raw materials (CRMs) intersect with the net-zero transition and the trade-climate mitigation nexus. It identifies environmental risks in CRM supply chains and critiques the 'securitization' framing of trade …
Oguntona O.
This paper examines pathways to accelerate building decarbonisation toward net-zero. It likely addresses retrofits, electrification, renewable integration, and policy/regulatory levers. Without an abstract, details are limited, but the focu…
Olha Hapieieva, N. Petrukha, S. Yaremchuk +1
This paper evaluates Ukraine's green economy transition (2005–2024) against Poland, Romania, and Germany using Tapio decoupling and OLS regression with structural breaks. It finds only weak decoupling between growth and CO₂ emissions, with …
Marcela Pincay-Pilay, Dayana Michelle Castro-Chilán, Marlon Alexander González Regalado +1
The AEC industry emits ~39% of global CO2, making it central to decarbonization. This bibliometric study analyzes 517 Scopus/WoS articles (2017-2026) on AI and net-zero construction, finding 54.45% annual growth with 87.4% published in 2023…
Ziwei Zhang, Yinyin Wu, M. Jalili +2
This paper examines the trade-offs and synergies between green transition and resilience in urban energy systems. It frames pathways toward sustainable urban energy, exploring how decarbonization and resilience can be reconciled. Detailed f…
Jiefei Li, Yuxuan Yang, Xiang Zheng +2
A review-style study on perfluorocarbon (PFC) emissions from aluminum electrolysis, covering generation mechanisms, abatement strategies, and carbon-neutrality pathways. Co-authored by Chinese universities, a provincial academy, and an ener…
Ziheng Zhu, Runxin Yu, Da Zhang
This study examines the land–energy nexus for building carbon-neutral power systems in China, analyzing how land-use constraints interact with large-scale renewable deployment. It highlights spatial siting limits and land competition as key…
Haihua Mo, Peng Wang, Jiangfeng Song +2
This work develops a multi-agent deep reinforcement learning approach for power generators' low-carbon bidding strategies under coupled electricity markets. It optimizes the trade-off between decarbonization and profitability. It applies AI…
Zhicheng Tang, Guokang Wei, Jia Qiao +6
A corn-cob-derived nitrogen-doped activated carbon (NAC) host was made via one-step activation–carbonization for molten-salt Al–S batteries. NAC's hierarchical porous structure improves sulfur dispersion and ion/electron transport; S@NAC de…
Biplab Munshi
This paper examines the technical feasibility and application of next-generation low-carbon structural materials in industrial EPC (engineering, procurement, construction) projects. No abstract is available, but the focus is on decarbonizin…
Owen Hetherington
This policy brief examines structural barriers limiting Black Texans' representation and advancement across oil, gas, and renewable energy industries. Drawing on workforce data and policy analysis, it identifies inequities in recruitment, l…
Seaver Wang, Peter J. Cook, Ryan Alimento +4
This study models future energy transition mineral demand for power and transport in India, Bangladesh, and ASEAN. By 2050 these regions may consume at levels comparable to the US, yet domestic mining falls short—especially for graphite and…
Paresh Kumar Narayan, Karan Rai, Bhavesh Garg +1
This study examines how temperature shocks and the renewable energy transition affect inflation in island economies. It links climate variability to macroeconomic price dynamics through the lens of energy transition. Without an abstract, me…
Arezoo Boroomandnia, Reihaneh Bandari, Behzad Rismanchi +1
First basin-scale estimate of irrigation energy use and emissions in Australia's Murray–Darling Basin, built from public datasets in a transparent top-down framework. Irrigation emissions range 4.5–9.01 Mt CO2-e/yr (0.53–1.06 t CO2-e per ML…
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