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 4822 papers
J. C. Chen, Yuquan W. Zhang, Yi Zheng +4
This study projects Chinese automotive aluminum demand to 2050, finding wrought alloys will reach 66-75% of demand and primary aluminum 6.5-11.4x 2015 levels. Cumulative embodied carbon could hit 5,448-9,610 Mt, but combined circular econom…
Yi Jin, Xiaoyang Zhong, Arnold Tukker +8
China's fossil fuel infrastructure could lock in large emissions, making a phaseout strategy urgent. Comparing current retirement plans with an emission-oriented sequencing strategy, the study finds sequencing could avoid 3.8–4.8 GtCO2e cum…
Engström K.
This paper assesses how climate mitigation strategies in the energy sector affect global land use and the carbon balance. It examines spillover effects of expanded bioenergy demand on land-use change and carbon sinks, highlighting land cons…
Ascari G.
This work appears to examine social and economic inequality arising along Europe's green transition. It likely analyzes how decarbonization policies distribute costs and benefits unevenly across regions and income groups. Without an abstrac…
Pastor-Asensio C.
This study applies ILAPP to prioritise which vessels should receive onshore power supply (OPS) at the Port of Algeciras. It supports port decarbonisation decisions by targeting at-berth emission reductions. Offers practical guidance on sequ…
Ghosh T.
A case study assessing life cycle energy use and GHG emissions of applying carbon fiber reinforced polymer (CFRP) to an automotive front subframe. It likely weighs lightweighting fuel savings in the use phase against the high embodied energ…
Pal J.
A comprehensive review of technologies to cut energy use and CO2 emissions in iron ore sintering, a key upstream step in steelmaking. It surveys decarbonization options such as biomass fuel substitution, waste-heat recovery, and process opt…
Pretty J.
This paper explores how a 'Regenerative Good Growth' framing could boost public and policy engagement and accelerate transitions to net zero and nature recovery. It positions decarbonization as compatible with growth and social wellbeing, f…
Nonomura K.
This study evaluates the IMO's basket of measures for decarbonizing international maritime transport using multi-agent simulation. It models shipowners' and fuel suppliers' decisions to compare emission-reduction outcomes and feasibility ac…
Elfeky K.E.
A perspective review of ammonia and methanol as next-generation marine fuels for shipping decarbonization. It surveys fuel properties, challenges, and adoption pathways, framing the shift away from heavy fuel oil. Relevant to IMO-driven sec…
Mohammed S.
This work examines how hydrocarbon-dependent rentier states navigate low-carbon transition. In economies where resource rents shape political and fiscal structures, transition policy interacts with governance and revenue dependence in ways …
Gao M.
This work examines how renewable energy can drive decarbonization of the coal-based chemical industry. Without an abstract, specifics are unclear, but it likely addresses transition pathways and policy implications for replacing coal-depend…
Famiglietti J.
This paper evaluates net-zero emissions and positive energy districts (PEDs) using both attributional and consequential life cycle assessment approaches. It examines how the choice of LCA methodology affects district-level decarbonization r…
Santagata E.
This paper presents a preliminary scenario modelling tool for examining resilience, renewable energy integration, and multi-sectoral decarbonization in Pacific island energy supply chains. Using Fiji as a case study, it offers a method for …
Fristed F.
This paper examines the drivers determining whether renewable fuels or CCS are chosen in net-zero transport and energy systems. It identifies conditions shaping the division of roles between these options, offering implications for decarbon…
Hui Chen
This paper challenges the familiar picture of postcarbon futures as merely closing coal plants and scaling renewables. It argues that energy transitions are inseparable from land, space, and social justice, and that building postcarbon futu…
Yuekuan Zhou, Zhaohui Dan, Xinyao Zheng +8
This review examines City Information Models (CIM) as integrated digital frameworks for urban energy planning, combining renewables, storage, and infrastructure optimization with energy equity. Coupled with digital twins, AI, and IoT, CIM e…
Jiehui Yuan, Zhihong Liu
This paper systematically analyzes the dilemmas facing natural gas distributed energy (NGDE) development in China under its dual carbon goals. It identifies high gas-fired electricity costs, import-dependent supply security, incomplete grid…
Zhong Li, Yixuan Chen, Simiao Tong +2
A system dynamics model of smart energy systems in agri-food parks integrates energy technology, digital infrastructure, policy market, and environmental goals across four subsystems. Simulating 2025–2040, policy coordination boosts install…
Fabian Behrendt, Cumhur Dülger
Treating municipal waste as a circular energy supply chain, this study analyzes Istanbul's 2020–2024 waste-to-energy transition using portfolio decomposition and concentration indices (HHI, effective source count, Theil index) on İSTAÇ faci…
Browse by Topic