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 20041–20060 of 36021 papers
Jiahui Zhang, Chao Pan, Qiang Liu +6
This study develops a sustainable separation process for methanol/ethanol/water ternary azeotropes using ionic liquids, aiming to reduce CO2 emissions and energy consumption. Using COSMO-RS screening, quantum chemistry, and molecular dynami…
Ana Yanakieva, Yachko Ivanov
This critical review examines self-healing concrete's mechanical and durability implications, emphasizing its application in low-carbon systems like LC3-based binders, geopolymers, and 3D-printed materials. It argues that self-healing's eng…
Ariana Y. Ojeda P., Gourisankar Sandaka, Günter Beuchle +4
This paper proposes an optimal design approach for a low-carbon concrete production plant that accounts for variable material composition and electricity prices. The method aims to reduce energy consumption and CO2 emissions while improving…
Mariam Dauda, Casper Gate, Laura Enam Anyomi
This paper critically reviews low-carbon materials, Environmental Product Declarations (EPDs), and Buy Clean procurement policies in the U.S. manufacturing and construction sectors. It finds that alternative cements and recycled inputs offe…
Xiaofeng Zhang, Wei Ding, Yunxiao Bai +2
This paper reviews key technologies for green and low-carbon construction and operation of converter stations in high-altitude regions (e.g., Tibet) in response to China's dual carbon goals. It analyzes carbon emission sources across the li…
Liming Li, Tie Shi, Y Zhang +6
This paper proposes a low-carbon control strategy for DC interconnected microgrid clusters to reduce carbon emissions from distributed generators under carbon peak/neutrality goals. It designs two-layer control (microgrid and cluster level)…
A. M. Kuz’min
This review systematizes technologies for converting associated petroleum gas (APG) into methanol, focusing on small-scale plants using non-catalytic partial oxidation. Optimizing syngas composition increases methanol yield by 8-12%. An ene…
Yue Wang, Jiangling Hu
This study analyzes spatiotemporal patterns and driving factors of land-use carbon emissions in the Tarim Basin oasis urban agglomeration from 2000 to 2020. Emissions increased from 1.4455 million tons to 22.364 million tons, driven by cons…
Demet Ozturk, Nuh Erdoğan, Reza Vatankhah Barenji +1
Proposes a dynamic knowledge graph framework to assess hosting capacity for low-carbon technologies (solar PV, EVs) in low-voltage distribution networks, enabling efficient grid planning and operation.
Changwei Wang, Chen Haihan, Chao Gao +3
This study proposes a multi-scale evaluation model to assess low-carbon technology readiness in advanced power grids. Validated across the Guangdong-Hong Kong-Macao Greater Bay Area, Greater Tokyo Metropolitan Area, and San Francisco Bay Ar…
Yu Li, Yi Han, Xiao-Yong Wang
The construction industry faces pressure to reduce resource consumption, energy demand, GHG emissions, and waste while meeting infrastructure needs. This paper reviews emerging technologies for sustainable building materials, covering resou…
Tiannan Ma, Gang Wu, Hao Luo +2
Develops a non-cooperative game optimization model for multi-virtual power plants (MVPPs) and load aggregators (LAs) incorporating hydrogen blending, multi-energy coupling (electricity, heat, gas, hydrogen), and a staged carbon trading mech…
Bin Li, Weilong Yang
This paper develops an AI framework combining symbolic regression, reinforcement learning, and LLMs to optimize photothermal performance of low-carbon building materials. The method is validated in urban microclimate simulations, showing si…
Xiaoying Xu, Xinxin Tian
This study empirically examines the impact of Yangtze River Delta (YRD) regional integration on the green and low-carbon development (GLD) efficiency of cities using a multi-period DID model. Results show that YRD integration significantly …
Sri Mariati, Doni Muhardiansyah, Saptarini Wulan +1
This study quantifies the CO2 emission reduction from transitioning internal combustion engine vehicles to battery electric vehicles at Indonesia's Taman Mini Indonesia Indah (TMII) cultural tourism site. Using IPCC guidelines, it finds a 9…
Minsu Kim, Jinhyun Park, Oju Kwon +2
This study proposes using activated carbon pores as growth templates to fabricate thermoelectric films with low thermal conductivity, aiming at waste heat recovery applications.
Q Wang, Aihong Tang, Hanbing Yang +1
This paper proposes a shared flow battery energy storage system for low-carbon multi-port integrated energy systems, aiming to reduce carbon emissions and improve system efficiency.
Cheng Feng, Fengqi You
This dataset supports the study showing that existing hydropower can provide firm low-carbon capacity for datacenters. It includes SWAT+ models for 81 global regions, machine-learning streamflow predictions using LSTM-Transformer, and a dat…
Mari Haugen, Viviane Aubin, Arild Helseth +1
This paper proposes robust hydropower scheduling methods to ensure energy security in low-carbon power systems. By incorporating uncertainty, the model enhances renewable energy integration and maintains grid stability. The findings contrib…
Yitian Ren, Hao Wang, Bing Chen +2
This study establishes a holistic evaluation framework for community-level low-carbon performance, integrating hardware dimensions (building energy efficiency, equipment upgrading, technology adoption) and software dimensions (community gov…
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