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 421–440 of 5759 papers
Roberto Flores, Nadia Lara, Belem G. Hernández-Jaimes +3
Models landfill gas (LFG) energy recovery and carbon credit generation in Cuernavaca, Mexico. Staged 12 MW gas engines cut GHG by 71.8% and supply 1.12×10⁶ MWh renewable electricity; NPV USD 15.7M, IRR 20.2%, LCOE USD 0.065/kWh, discounted …
Panithi Nakhonthong, Preenithi Aksorn
This work applies life cycle assessment (LCA) to railway infrastructure and links the results to management responses for low-carbon construction. It quantifies construction-phase emissions and discusses how to embed them into organizationa…
Jessica Berneiser, Karl Seeger
Survey of 63 tenants in a German climate-neutral neighbourhood using low-temperature district heating. Satisfaction rose with perceived reasonableness of current energy costs and expectations that climate-friendly heating protects against f…
Stefan Kronshage, Shima Sasanpour, Johannes Thema +7
This study extends energy system optimization beyond cost-minimization toward maximizing 'common well-being.' It builds an OECD-based well-being indicator system, operationalizes it in the REMix optimization framework, and parametrizes it v…
Khwaja Danish Hameed
This paper argues that energy security has shifted from narrow resource access to a multidimensional concept spanning economic stability, strategic autonomy, technological capability, infrastructure protection and climate sustainability. Us…
Matthew Schulz
A selection guide for coastal and island energy systems, arguing that the site—not the technology—should decide the machine. Converters are grouped into three families (BEDROCK, BULWARK, DRIFTER) with a compatibility table for conversion ch…
Koudahenou
This thesis optimizes hybrid renewable energy configurations for five clusters in Togo using HOMER Pro, addressing urban-rural electrification gaps, import dependence, and biomass reliance. Results show LCOE of USD 0.0765/kWh for small off-…
Groen, Jort, Peekel, Arno, Yap, Min Hui
The EU REFORMERS project advances Renewable Energy Valleys (REVs) integrating renewables, storage, and hydrogen via digital twins. A three-level living lab pathway scales solutions from controlled testing (The Green Village) to system demon…
Chen, Yang
This repository provides analysis code, processed data and figures for a paper showing China's shift from pollution haven to decarbonisation supplier. It combines GLORIA v060 MR-SUT embodied-emission accounting (1990-2024), MEIC v2 pollutan…
Jorge do Vale, João F. P. Fernandes, Mário Monteiro Marques +1
This review examines hybrid and all-electric ship (AES) integrated onboard energy systems amid tightening maritime decarbonisation rules and energy-security concerns. It surveys international, EU and Portuguese policies, the shift from mech…
Jia Y.
This study presents a model for predicting gas production from fractured horizontal wells in deep coalbed methane (CBM) reservoirs. CBM sits at the intersection of fossil gas extraction and coal-mine methane recovery, a niche decarbonizatio…
Aviso K.B.
This paper proposes an optimization model for progressive industrial decarbonization, likely framing investment timing and technology sequencing as a mathematical optimization problem. Without an abstract, the target sectors, methods, and q…
Sugiyama M.
Part 1 of JMIP 2 examines how technology uncertainty affects the robustness of Japan's net-zero pathways. It likely analyzes how variation in technology costs and deployment speeds shapes the resilience of decarbonization scenarios, informi…
Sen A.
This study examines how to design roadmaps for transitioning to net-zero emission value chains, using the chemical industry as a case. It focuses on pathway design and supply-chain-wide decarbonization, offering a framework for firms planni…
Schreyer F.
This paper argues for shifting the EU energy transition framing from 'net-zero' to 'zero-fossil', critiquing net-zero pathways that may rely on residual fossil fuels or offsets. It discusses the implications for EU energy system transformat…
Hadeer El Ashhab, Sai Srijan Papineni, M. Dorn +2
This study comparatively evaluates six deep learning models (state-space, MLP, RNN, Transformer-based) for electricity price forecasting across multiple market settings, establishing a reproducible benchmark framework. Using zero-shot, one-…
T. Zheliezna
This paper examines how Ukraine can decarbonize its transport sector by scaling up liquid and gaseous biofuels, drawing on EU Green Deal experience. It finds second-generation biofuels cut GHG emissions by 80-90% versus petroleum fuels, and…
P. Ohiero
This review synthesizes electrical, mechanical, electrochemical, thermal, and chemical storage for renewable-dominant grids using a transparent evidence architecture (572-record citation reservoir, 549-study bibliometric corpus, 100 method-…
Rui Huang, Lei Yao
This paper proposes a MILP model for joint dispatch optimization of nuclear, wind, and storage under China's carbon neutrality goals. Nuclear operation is modeled with three discrete power states, and green certificate revenues, load-follow…
Mehmet Rida Tur, Halil İbrahim Bülbül
A two-scenario model compares 70% vs 30% renewable generation at 100 TWh annual demand. The high-renewable case cuts emissions from 47.05 to 22.45 MtCO2e/yr but raises a supply-security risk index from 17.44 to 48.69. The authors argue deca…
Browse by Topic