This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 13 open 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 701–720 of 1745 papers
Sebastian Thiede, Christoph Herrmann, Sami Kara +1
This paper outlines pathways for decarbonising manufacturing towards net zero, reviewing key technology and policy options such as energy efficiency, electrification, hydrogen, and CCUS. It offers insights for industrial transition strategi…
Yujia Liu, Ziliang Ma, Huizhen Yan +1
This study uses panel data from 278 Chinese cities (2012–2023) to examine whether digital–intelligent technology innovation promotes urban pollution–carbon synergy (simultaneous CO2 reduction and air pollution improvement). Results show a p…
A. Avcı, Ramazan Selçuk
This study analyzes the techno-economic and environmental performance of hybrid energy systems for off-grid eco-industrial parks, assessing the feasibility of renewable energy integration.
Linxin Miao, Ruanming Huang, Tianli Song +1
This study constructs a coupled LEAP-NEMO model to analyze Shanghai's energy transition pathways through 2060. Results show renewable energy share reaching 67% and coal-fired power capacity peaking in 2030 under optimized scenario.
Jiaxin Chen, J. Plank
This paper investigates the interaction between polycarboxylate superplasticizers and calcined illitic/smectitic clays (prevalent in Europe) as supplementary cementitious materials for low-carbon cements. Calcined illitic clays demand high …
Wanting Chen, Zhi-Hua Hu
This study models the cooperative emergence of low-carbon technologies among manufacturing firms using scale-free networks with adjustable clustering, revealing conditions for technology diffusion.
Liang Hu, Fuyong Su, Cunwang Li +2
This study optimizes the reaction mechanism and simulates combustion of a coke oven gas (COG) and ammonia (NH3) blended fuel for low-carbon industrial applications. It analyzes combustion characteristics and emissions, providing a foundatio…
Jiarui Liu, Yue Liu, Qi Zeng +2
This study explores the use of iron-rich minerals and glass as raw materials for producing low-carbon binders. It tracks the fate of these materials from raw state to final product, evaluating the potential for CO2 emission reduction in con…
Xinli Gu, Huizhong Dong, Yuangang Han +1
This study analyzes the relationship between low-carbon technology cooperation and carbon inequality across 282 Chinese cities from 2005 to 2022. Using Dagum Gini coefficient for carbon inequality and patent collaboration data for technolog…
Yuanzhang Zhao, Shiu-Chieh Chiu, Jyh-Horng Lin +2
This study examines the trade-offs between electricity imports and nuclear reactivation in thermal power transition within a sustainable finance framework. A contingent-claim model is used where a life insurer finances biomass, thermal, and…
Anna K. Zinn, Sara Dolničar
This paper examines an Australian government scheme's potential to support a just energy transition, focusing on policy mechanisms and social equity.
Emma Galbraith, Javier Revilla Diez
This paper analyzes how host states strategically couple with foreign state-owned enterprises in the energy transition. Using the case of Singaporean state-owned service providers in Vietnam's renewables sector, it shows how Vietnam balance…
Jinyu Shiwang, Wei Peng, John E. Bistline +10
This multi-model analysis of U.S. net-zero transition finds robust nationwide reductions in PM2.5 and associated mortality, but benefits vary substantially across models and regions due to differences in sectoral mitigation allocation and u…
Danilo Rogić
This structured review examines the challenges and opportunities for the oil industry in the energy transition, focusing on Bosnia and Herzegovina. It analyzes the impact of regulatory frameworks like CBAM and assesses the economic and envi…
Olga Janikowska, Natalia Generowicz, Joanna Kulczycka
This study proposes a hybrid governance model combining deliberative democracy and polycentric systems to address the energy transition trilemma of security, sustainability, and equity. Using heat pump deployment as an example, it identifie…
Arif Nurhakim, Andika Widya Pramono, Siska Prifiharni +6
This bibliometric analysis maps global research on superconducting transformers, offering policy insights for economic transformation and energy sector restructuring. Superconducting transformers can reduce energy losses, supporting decarbo…
Baocheng H, Bellaoulah M, Chiheb A +3
Using a unique panel of Chinese coastal provinces and light manufacturing subsectors, this study reveals a green transition paradox: battery manufacturing accounts for 88.9% of emission growth despite being essential for decarbonization. Ac…
Yu, Shiwei, zhou, shuangshuang, Sun, Yafang +2
This paper presents a modeling framework showing that coordinated planning of generation, transmission, storage, and demand (GTSD) significantly reduces the cost of decarbonizing China's power system. It demonstrates that integrated plannin…
Mac Uidhir, Tomas, Suleimenov, Bakytzhan, Daly, Hannah
This report presents an Integrated Marginal Abatement Cost Curve (iMACC) for Ireland's energy system, quantifying the emissions reduction potential and marginal abatement costs of key mitigation measures across electricity, transport, build…
Bell, Peter
This commentary argues that industrial overcapacity in China's aluminum smelting industry can serve as flexibility infrastructure for renewable-heavy electricity grids. By shifting electricity demand seasonally, retained overcapacity can re…
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