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 181–200 of 5191 papers
Gao Q.
This study evaluates China's 'new-type power system' using four-side joint calculation factors and compares results across provinces. It integrates multiple indicators such as renewable penetration and grid flexibility to visualize regional…
Yang Y.
This work addresses demand response (DR) technology that aggregates distributed demand-side energy storage. By absorbing renewable variability and shaving peak demand, it contributes to carbon reduction. It highlights integrating demand-sid…
Spyridis P.
This paper presents concepts and examples for reducing greenhouse gas emissions in tunnel design by revisiting basic engineering assumptions. It highlights how early design decisions shape construction and operational emissions, offering a …
Khaizie Sazimah Ahmad, Joeaiza Juhari, Najihah Abdul Rahim +3
This paper positions the circular economy as a systemic complement to conventional decarbonization, arguing renewables, CCS, and efficiency alone are insufficient. It analyzes how resource efficiency, product life extension, recycling, and …
Annisa Ayu Fawzia, E. Nurjani, Rika Harini
This study projects fuel-related GHG emissions from Indonesia's medium- and large-scale manufacturing subsectors from 2025 to 2060 using LEAP software under four scenarios: BAU, ER, CT-1, and CT-2. Emissions in 2060 range from 593,520 Gg CO…
Nicholas Banks
This paper examines community theatre as an engagement tool for reaching low-income, ethnically diverse, and vulnerable groups with low-carbon technologies in Oxfordshire, UK. It documents the full process—researching local priorities, scri…
A. Urazalin, E. Mazhitov
This paper examines carbonate low water-demand cement (CNV-50KB) as a way to cut clinker content in cement systems. Compared with conventional Portland cement PC500D0, it shows comparable strength development and setting times while requiri…
Xiaoling Wang, Le Ma, Andrea Appolloni +2
Using social network theory, this study builds iron and steel trade networks for 51 countries (2011–2022) and applies two-way fixed-effects models to test how network embeddedness affects carbon emissions. Greater embeddedness in total and …
Sugiarto Pramono, Fuat Albayumi, Muhamad Takhim +1
This article argues that Indonesia's downstreaming and energy transition policies are shaped not only by economic and industrial goals but also by collective memory of colonial resource extraction and long-term dependency. Through interpret…
Sam Betts-Davies, John Barrett, Anne Owen +2
This study disaggregates aggregate final energy demand reductions in the UK's Positive Low Energy Future scenarios down to household income groups, focusing on shelter and mobility energy service demands. It finds substantial inequality in …
Kathryn Chelminski
This article compares geothermal projects in Indonesia and the Philippines and lithium extraction in Argentina and Chile to explain variation in just and equitable outcomes of renewable energy and green mineral development. It finds that st…
Dennison MS, Barah OO, M AM
A systematic review of 2016–2026 LCA studies comparing hydrogen-based DRI, EAF, and BF-BOF with CCS for steel. Renewable-powered H-DRI can cut GHG by ~60–96% vs conventional BF-BOF; scrap EAF reports 400–600 kg CO2-eq/t steel, and BF-BOF wi…
Parrado-Hernando, Gonzalo, del Valle Sanchez, Cristina, Miguel González, Luis Javier
This supplementary repository supports a study on how representing capacity deployment timing in integrated assessment models (IAMs) affects energy transition pathways and policy analysis. It provides model files, input data, and scripts to…
Fabian Neumann, Michael Lindner, Fabian Hofmann +24
PyPSA-DE is an open, sector-coupled optimisation model of the German energy system, integrating power, heat, transport and industry for quantitative decarbonisation pathway analysis. It underpins the upcoming Ariadne Szenarienreport 2026 up…
Prindal Rawal
As AI and cloud drive data centre electricity demand, this study analyzes operational power use, grid carbon intensity, cooling, and indirect emissions, and evaluates decarbonization pathways including renewable procurement, on-site solar/w…
Cheng L.
A study examining how distributed energy resources (DER) reshape the economics of decarbonization in Michigan. It likely assesses how solar, storage, and demand response affect system costs and the power mix. Though region-specific, its eco…
Li Q.
This paper reviews the direction of technological innovation in the coal industry under the vision of carbon neutrality. It examines clean coal utilization and technologies such as CCUS, considering coal's transitional role. As no abstract …
Thakker V.
A long-term planning study mapping pathways to a net-zero chemicals industry, integrating technological change and climate dynamics. It offers a modeling approach for industrial decarbonization under uncertainty. Useful for transition strat…
Li-Cun Zhong, Furuide Zhang
Using an ISO 14040/14044-aligned LCA framework, this study quantifies environmental benefits of green technology innovation across PV energy, EVs, and green building materials. Crystalline silicon PV cuts GWP by 38.6%, Li-ion battery recycl…
Keyou Wang, Caixia Li
A review framing rural household energy transition in China at the intersection of the dual-carbon goals and Healthy China strategy, following the chain energy transition—household air pollution—health. It synthesizes GBD, Chinese cohort, R…
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