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 3981–4000 of 27606 papers
Alavi SE
This paper reviews the role of deep learning and optimization techniques in smart grids integrating IoT and AI. LSTM networks, reinforcement learning, and Particle Swarm Optimization are presented as solutions for renewable variability, pea…
Mohseni Zonouzi, Seyyed Jamaledin, Aminpour Ghahramani, Pegah
Using a balanced panel of eight high-geopolitical-risk economies (2011–2023) and a gamma log-link GLM, this study tests whether industrial robot adoption drives renewable energy uptake. Robot density, labor participation, and R&D spending s…
Soares Siqueira, Abel, Tejada-Arango, Diego A., Morales-España, Germán +7
The Tulipa Energy Model is a Julia package for energy planning that integrates electricity markets with sector coupling. As an open-source optimization tool, it supports analysis of decarbonization pathways across power and other sectors (h…
MD MISTER, Dr. AMOL BARVE, Dr. NAND KISHORE
Using public CEA/PIB data, this study assesses a virtual 113.2 MW hybrid of a 50 MW NTPC solar plant and 63.2 MW of Oil India wind assets in Madhya Pradesh. Solar CF was ~18.0% and wind ~24.8%; combined annual generation reached 216.41 GWh …
Mostafa, MD Sayeed
Replication package for a two-way fixed-effects study of land pressure and the wind–solar technology gradient across 103 low- and middle-income countries (2000–2022). It provides the cleaned panel, codebook, panel-build script, and estimati…
Kalgi, Dhanraj, Shende, Akshay
This study evaluates the ROI of ESG integration and net-zero transitions in mid-sized enterprises using a mixed-methods approach. It finds quantifiable operational efficiencies (energy, supply-chain, waste), improved access to green financi…
Tang, Juk-Sen, Gong, Jing, Fu, Yi +1
Replication package reproducing all results of a study on whether Alberta's output-based carbon pricing (SGER/CCIR/TIER) blunted the effect of Canada's rising national carbon-price floor (GGPPA, 2019) on large industrial emitters. Uses firm…
Renee Obringer, Mir Matin, Kaveh Madani
This policy brief examines how domain-informed AI can complement traditional long-term energy infrastructure planning under climate uncertainty. It argues that stationary historical weather data and rigid models expose public investments to…
Martins A.H.
A techno-economic assessment of green hydrogen production via gasification processes. It examines how feedstock and process conditions shape production costs and the conditions under which hydrogen supply becomes economically viable, inform…
Lu Y.J.
A study on scaling carbon mitigation via enhanced oil recovery (EOR). Without an abstract, details are unclear, but it sits within CCUS, where CO2 is injected into oil fields to boost recovery while storing carbon. The net climate benefit o…
Shah D.
This work models how transient behavior in CO2 injection wells affects overall CCUS system performance using an integrated surface-subsurface approach. It highlights that accounting for dynamic well behavior is important for efficient and s…
Sarili M.
This work proposes a blueprint for dynamic reservoir assessment in CCUS projects. Without an abstract, details are unclear, but it likely addresses standardization of CO2 storage evaluation methods. It offers a technical contribution releva…
Nugroho Y.T.
A study comparing two carbon-delivery methods for point-source CO2 capture via microalgal cultivation: direct CO2 gas bubbling versus bicarbonate supplementation. Without an abstract, details are limited, but it sits within CCUS technology …
Wang F.
This work proposes an accounting method for quantifying carbon emission reductions in a CCUS-EOR (enhanced oil recovery) project. How reductions are credited across capture, storage, and utilization stages is a key issue for carbon accounti…
Zheng X.X.
A theoretical study analyzing how CCUS competes with firms' autonomous emission-reduction technologies through pricing and abatement strategies. It suggests how carbon pricing and policy design shape the balance of technology adoption, offe…
Suicmez V.S.
This study examines the feasibility of carbon capture, utilization and storage (CCUS) in the Danish North Sea. It likely assesses storage potential in depleted oil and gas fields, infrastructure, economics and regulatory barriers. Though th…
Zhao L.
This work develops high-temperature fiber-reinforced polymer (FRP) composites for CCUS operations. By replacing conventional metals with lightweight, corrosion-resistant materials, it targets lower CCUS operating costs. No abstract is avail…
Akash F.A.
This review comprehensively surveys advances and challenges in CCUS technology through an SDG lens, with a focus on Bangladesh's prospects. It maps technical developments across capture, utilization, and storage and discusses alignment with…
Aziz M.R.
This paper examines how liability management techniques, swaps, and guarantee structures interact with climate risk in sovereign green bond issuance. Without an abstract, the precise findings are unclear, but the work likely addresses credi…
Raufer R.
A conceptual paper examining whether China's emissions trading system can 'leapfrog' conventional carbon-market development paths. Without an abstract, details are unclear, but it likely compares carbon-pricing design choices and institutio…
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