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 15261–15280 of 19546 papers
Jie Hu, Zhiping Chen
This paper reviews catalyst mechanisms for CO2 hydrogenation to low-carbon olefins. It compares direct (CO2-FTS) and indirect (CO2-MTO) routes, noting iron-based catalysts achieve 72% olefin selectivity. Challenges remain in selectivity con…
Fajar Alamsyah, Romy Hermawan
This study analyzes political network barriers to Indonesia's low-carbon transition using a CIMO-framework systematic review. It finds fragmented state apparatus, dominant fossil fuel interests, and regulatory capture, leading to carbon loc…
Ronald Mukanya, Khomotso Semenya
This narrative review synthesizes interdisciplinary literature on subnational energy governance and energy resilience in low-carbon transitions, focusing on middle-income and emerging economies. It examines the role of provincial and region…
Junfei Zhang
This paper reviews low-carbon transformation in construction and building materials, noting that traditional cement contributes ~8% of global CO2 emissions. It discusses the development and application of low-carbon materials to reduce emis…
Hao Zeng, Zihan Cheng, Chenyu Kang +1
This study uses 2022 CFPS data and a stratified PSM model to analyze how agricultural subsidies influence farmers' low-carbon transition in China. Subsidies significantly promote transition through cost constraint mitigation and improved lo…
Yiyi Wu
This paper analyzes China's low-carbon energy development, highlighting the need to replace fossil fuels. It outlines future pathways through corporate green innovation, optimized energy structure, and policy support, aiming to ensure energ…
Li Chen, Hao Cheng, Fujia Li +1
Using panel data from 30 Chinese provinces (2006-2021), this study examines the impact of green technology innovation (GTI) on carbon emission performance (CEP). A significant U-shaped relationship is found, with pronounced effects in regio…
Yuting Wang, Yuegui Zhou, Gang Chen +1
This paper proposes an optimal scheduling model for a low-carbon multi-energy system integrating oxy-coal combustion and power-to-X technologies, considering material and energy flow constraints. The model aims to balance CO2 emission reduc…
Jinyang Huang, Jiacong Cai, Zhan Zhao +6
This paper proposes a policy-adaptive framework integrating health (air quality) and climate priorities in China's coal retirement strategies. It develops phased retirement plans tailored to regional coal plant characteristics, optimizing b…
Zhongfan Gu
This dataset accompanies a manuscript showing that climate-driven electricity-hydrogen networking can accelerate cost-competitive carbon neutrality in Chinese cities. It provides modeling data for integrating hydrogen infrastructure with re…
Ling Zhang, Xiang Xiang Wang, Yan Li +2
This study analyzes how recycled copper and vehicle-to-grid (V2G) technology can accelerate carbon neutrality in China by decoupling the power and passenger vehicle sectors from copper supply constraints, enabling faster decarbonization.
Ebenezer Appiah, Na Song, Isaac Appiah-Otoo +3
This paper uses machine learning to analyze economic determinants of Africa's carbon emissions, forecasts future trends, and proposes a roadmap toward carbon neutrality. It models Africa's unique economic structures and emission patterns.
Ashish Dwivedi, Vipulesh Shardeo, Anchal Patil +2
Using the TOE framework and Grey Ordinal Priority Approach, this study identifies 16 critical factors for integrating digital transformation, green innovation, and carbon neutrality. Based on expert inputs, top factors are digital orientati…
Yiwei Sun, Liang Wang, Sheng Su +3
This paper analyzes the characteristics, potential, and driving mechanisms of coal mine methane mitigation in China. It quantifies mitigation potential and examines policy and technical drivers, contributing to carbon neutrality goals.
Tianhe Li
This paper reviews current research on hybrid PV-CSP power plants under carbon neutrality goals, highlighting roles and challenges of coupling such as improved grid stability and efficiency. It outlines future technological pathways and pro…
Zhongfan Gu, Guangsheng Pan, Wei Gu +5
This paper demonstrates that a climate-driven electricity-hydrogen network can accelerate cost-competitive carbon neutrality in Chinese cities. By integrating climate data with energy system modeling, it identifies optimal combinations of r…
Hui Jiang
This paper examines how the low-carbon transition reshapes China's production function, driving economic growth and structural change. It identifies pathways including technological innovation, green finance, carbon emissions trading, and i…
Lang Chen, Jianke Zhou, Ningning Yao +12
This study proposes a Smart-City-Brain (SCB) framework to address three challenges in urban development: fragmented data systems, misalignment with carbon neutrality goals, and neglect of social equity. The framework integrates multi-source…
Joairia Hossain Faria, Sabina Yeasmin, Sanjana Hossain Nijhum +2
This review systematically examines agricultural GHG emission sources and mitigation strategies, including livestock management, reduced fertilizer use, conservation agriculture, and renewable energy. It emphasizes the need for policy instr…
Songmin Yu, Fu Zhao, Lingyu Yang +4
Using a national-scale energy system model with provincial resolution and high temporal granularity (48 time slices), this study explores China's carbon neutrality pathways under 1.5, 1.6, and 2.0 °C targets with six allocation principles. …
Browse by Topic