GX & Decarbonization Research

T. C. Gillow, I. Otaraku

This review assesses alkylamine ionic liquids (AILs) for integrated natural gas sweetening and CO2 mineralization. AILs offer advantages over conventional amines, including negligible vapor pressure and high thermal stability. The process, …

Xiaojun Xue, Zhiyu Wang, Lixing Zheng +2

This paper presents a techno-economic analysis of a low-carbon methanol synthesis system that uses captured CO2 from coal-fired power plants and hydrogen. It evaluates system costs, energy efficiency, and CO2 reduction potential, finding ec…

N. Kiruthika, M. Kamaraj, J. Aravind +3

This review explores the use of nanomaterials such as MOFs, zeolites, carbon nanotubes, and graphene for carbon capture and utilization (CCU). It highlights how high surface area and tunable pores overcome limitations like high energy consu…

Peng Bian, Qinchen Meng, Xianyin Yu +3

This review systematically summarizes recent progress in Integrated CO2 Capture and Utilization (ICCU) technology, which reduces intermediate steps and improves carbon utilization efficiency compared to conventional separated processes. It …

Ismail Kimuli, Francis Mujjuni, John Baptist Kirabira

This paper proposes a scenario planning strategy for industrial decarbonization in Kampala, Uganda, aiming to inform local energy policy development. It emphasizes practical, context-specific approaches but lacks detailed methodology or fin…

Tumisang J. Maake, K. E. Ramohlola, T. C. Maponya +3

This paper reports on metal-organic framework (MOF) composites using terephthalic and trimesic acids, and their derived electrocatalysts for the hydrogen evolution reaction. It provides materials design insights for improving hydrogen produ…

Zahra Barbari, Saleh S. Meibodi, Jinoop Arackal Narayanan +3

This paper critically reviews safety assessment and control strategies for ammonia storage and handling in maritime decarbonisation via a PRISMA-informed synthesis. It identifies limitations in conventional methods (HAZID, QRA) for ammonia-…

Zeye Zhang, Jinfang Wang

This study uses the staggered rollout of public data open platforms in China as a quasi-natural experiment and a staggered difference-in-differences method to examine the impact of data openness on regional carbon emissions. It finds a sign…

Ahmed G. Abo-Khalil

This paper proposes a unified framework integrating AI-driven renewable forecasting, grid economics, and lifecycle assessment. Using deep learning, it reduces prediction errors by 50% and operational costs by 18.7%. The study includes AI en…

Juan Dobos, Elisabet Segredo-Morales, Enrique González +1

This paper analyzes the carbon footprint of seawater desalination when blended with brackish water, assessing decarbonization potential. It quantifies greenhouse gas emission reductions from optimal blending ratios, providing insights for w…

Wei Zhang, Oksana Takhumova, O. Dudina +2

This study conducts a life cycle assessment of low-carbon hydrogen pathways for steel, cement, and chemical clusters in Hebei Province, China. It compares electrolysis, natural gas reforming with CCS, coal gasification with CCS, and biomass…

Xiaoyong Xu, Lu Zhang, Kingsley Imandojemu +2

This study examines how global value chain (GVC) participation affects carbon emissions during financial turbulence using panel data from 153 countries and a quantile autoregressive distributed lag model. Deeper GVC participation consistent…

Yunwei Guo, Yuechen Chen, Jun Ren +2

This paper systematically analyzes the development status, practical cases, policy framework, and technical bottlenecks of industrial and commercial energy storage systems, focusing on optimal configuration strategies, economic evaluation m…

Cristián Flores Fernández, B. Walker

This article analyzes the green hydrogen hype in Chile's Magallanes region, using the concepts of growth machine and fictitious capital. It finds that actor coalitions drive the hype to secure investment and delay feasible alternatives, hig…

Hordvei E.

This paper estimates the upper bound costs of realizing Europe's green hydrogen ambitions, highlighting economic challenges in transitioning from policy to practice and providing realistic cost assessments.

J.S.D. Nandini, K.S. Reddy

This study proposes a hybrid PV-CSP-TES-PCM-SOEC system for continuous green hydrogen production. Using MgCl₂ as phase-change material, five Indian climate zones are simulated. Constant-load operation yields only 62-69% reliability, but a t…

Das N.

This paper proposes an end-to-end framework integrating IoT, AI, and Layer-2 blockchain for real-time MRV (Monitoring, Reporting, Verification) and autonomous tokenization of carbon credits in industrial CCUS. AI is employed for automated v…

H. Niazi, Kamran Taghizad-Tavana, A. Esmaeel Nezhad +3

This review provides a structured discussion on green hydrogen supply chain, integrated multi-energy systems, policy comparison across EU, US, China, Japan, and India, market structure, large-scale projects, and the role of AI. AI applicati…

R. Ashok, T. G. Sakthivel

This review evaluates waste-derived electrocatalysts for green hydrogen production via water electrolysis, emphasizing standardized benchmarking and techno-economic analysis. While laboratory results show promising performance (HER overpote…

Mohammed Ismail Behlim

This paper investigates AI-driven optimization of Riyadh's renewable energy infrastructure, demonstrating 23-31% improvement in solar yield forecasting, 19% reduction in grid balancing costs, and 41% improvement in demand-response participa…