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 821–840 of 5759 papers
Kannan N.
This paper estimates energy consumption and GHG emissions from transportation in beef cattle production, contributing to supply-chain emissions assessment and providing baseline data for decarbonizing the livestock sector.
Kim T.H.
This paper analyzes energy-related GHG emissions in Korea's building sector using national energy statistics, revealing emission structures and reduction potentials. It provides foundational data for policy-making and energy efficiency meas…
Singh R.
This paper analyzes barriers to adopting net zero energy homes in Ontario, Canada. It identifies policy, economic, technical, and awareness barriers, offering insights for decarbonizing the residential sector.
Soukri O.
This paper proposes integrative strategies for decarbonizing the tourism sector, outlining approaches to achieve net-zero targets. It addresses sector-specific emission sources and reduction opportunities, emphasizing coordination among pol…
Luo X.J.
This paper discusses retrofitting existing office buildings to achieve life-cycle net-zero energy and carbon, focusing on energy efficiency, renewable integration, and carbon reduction through renovation.
Zhao J.
This paper examines the implementation of net zero targets in affordable housing from a human-centred perspective, emphasizing residents' needs and social equity. It proposes an integrated approach combining technology, policy, and practice…
Iznoorhakmal Ibrahim, Siti Ayu Jalil, Abdul Rauf Abdul Rasam
This study proposes a conceptual framework for sustainable fuel bunkering in Malaysian ports, integrating five dimensions: technological innovation, policy, infrastructure, stakeholder engagement, and inter-port substations. It draws on bes…
A. A. Maidanov
This paper identifies and systematizes macro-regional differences in decarbonization models for the metallurgical industry, analyzing factors shaping technological and investment pathways. Four models are distinguished: Northern European hy…
Ahmad K. ALAhmad, H. Mokhlis, S. Mekhilef +5
This paper proposes a method for optimal sizing and energy management of off-grid PV-battery-green hydrogen microgrids under reliability constraints, aiming for industrial energy autonomy. It balances renewable integration, hydrogen use, an…
Agnieszka Nowaczek, Joanna Kulczycka, Marek Bęben +4
This study evaluates sand-gravel mixtures with 10%, 30%, and 50% crushed gneiss for road construction, assessing mechanical, durability, environmental, and economic performance. Increasing gneiss content improved CBR and deformation modulus…
Agnes Sepaste
This study evaluates carbon cycling in Estonian pure and mixed stands using biometric budgeting. Both stand types are carbon sinks with NEP 1.2-7 t C/ha/yr. In mature Scots pine, partial harvesting maintains carbon neutrality or sink status…
Feifei Chu, Fangmei Cheng, Xiaomeng Zhang +6
This study investigates how ferrous iron-induced secondary mineral formation in iron-enhanced primary sludge affects organic carbon bioavailability and methane recovery during anaerobic digestion. Findings suggest that mineral formation alt…
Mojawirahmad Sadat
This supplementary document provides robustness checks and additional data for a framework that assesses critical mineral supply-risk exposure in low-carbon energy technologies using price-weighting and lifecycle adjustment. Sensitivity ana…
Shanliang Ma, Xiaoming Liu, Zengqi Zhang +2
This study developed a low-carbon ferroaluminate cement (SWFAC) using high iron red mud and multiple industrial solid wastes. By optimizing calcination temperature and raw material composition, the mineral phases (C4A3$, C4AF) were controll…
Santiago Valencia Gonzalez, Joakim Munkhammar, Andreas Theocharis +1
This study analyzes trade-offs between technical/economic and environmental objectives in sizing building solar PV systems. Using NSGA-II, three multi-objective models are compared under Swedish low-carbon grid conditions. Results show that…
A. Vinay Bhushan, Chetan V. Hiremath, Mahantesh Halgatti +2
This paper applies trapezoidal fuzzy linear programming to India's power capacity planning, modeling uncertainty in capacity expansion. It derives a Pareto frontier between maximizing electricity generation and minimizing lifecycle CO2 emis…
Haiteng Han, Simin Zhang, Yue Zhou +1
This paper proposes a risk-adaptive model predictive control (MPC) method using entropy and explainable AI for scheduling low-carbon integrated energy systems. It aims to balance economic efficiency and low-carbon operation under uncertaint…
M.T. Lotz, V. Daioglou, F. Dalla Longa +1
This paper analyzes the transition to a circular economy and low-carbon industry through a model comparison approach. It explores potential for industrial restructuring and resource efficiency, offering implications for policy and corporate…
Hongyu Zhou, Gang Wang, Zhen Liu +4
This paper proposes an electric-carbon dual time-shift coordinated dispatch for integrated energy systems, combining solvent-storage-assisted carbon capture power plants and EV aggregators. A 15-minute MILP model with Monte Carlo EV uncerta…
Lu Lu
This study explores the practical development path for nationwide expansion of China's silicon-based economy under low-carbon transition of carbon-based industries. Using qualitative literature review and conceptual analysis, it proposes a …
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