GX & Decarbonization Research

P. T. Nastos, Iliana Polychroni, Marina Panagiota P. Nastou +1

This study investigates thermal comfort in Ioannina's historic center using field measurements and high-resolution ENVI-met simulations. It evaluates PET and UTCI indices and CO₂ concentrations under current and green-infrastructure scenari…

Myron A. Peck, Marta Coll, Christopher P. Lynam +9

This paper examines future scenarios of marine nature-based solutions (NbS) and sustainable seafood harvesting under climate change. It proposes an integrated approach to climate adaptation and ecosystem conservation, emphasizing the import…

H. H. Enguclu, B. Yildirim

This paper provides a comprehensive assessment of CO2 storage potential in Turkey's deep saline aquifers, combining emission inventory analysis with storage modeling. Turkey accounts for ~1% of global emissions, mainly from power and indust…

R. Ranjith, G. Roy Richi Renold, K. Jeyapappa +2

This paper provides a comprehensive review of carbon capture, utilization, and storage (CCUS) technologies, their integration into next-generation energy systems, and future perspectives. CCUS is highlighted as essential for decarbonizing p…

Ahmed Al‐Yaseri, Shanker Krishna, Noof Al-Aqeel +1

This study proposes a method for CO2 capture and mineralization in seawater using HMDA, aiming to achieve simultaneous carbon management and enhanced oil recovery (EOR). The approach shows potential for effective carbon sequestration and im…

Laura Berra, Giulia Iacono, André Bardow +3

This paper conducts a prospective life cycle assessment (LCA) of alternative fuels (e.g., hydrogen, synthetic methane) and carbon capture technologies for Swiss gas-fired power plants. It quantifies the greenhouse gas reduction potential un…

C. Coll, L. Robinson, R. Oberst

This paper examines the critical role of international standards and guidelines (SPE SRMS, ISO 27914/27916, UNFC Injection Guidelines) in financing CCUS projects. It argues that standardization reduces technical uncertainty, enhances transp…

Kota Kondo, Itsuki Takahashi, Kai Kan +6

This paper proposes VICIOXITE, a novel carbon material with adjacent hydroxyl groups, for simultaneous CO2 and H2O capture. It provides fundamental insights into material design for CCUS applications as a climate change mitigation technolog…

Sahand Saeidi Harzand, Alp Yürüm

This study develops activated carbons from sunflower pith with engineered micropores to enhance CO2 capture. It contributes to low-cost, biomass-based carbon capture technology.

R Tal-Singer, M K Han, A Kaplan +8

This randomized crossover study assessed whether asthma patients could discriminate between current HFA-134a and novel low-GWP HFA-152a propellant in placebo MDIs. Among 42 participants, identification was no better than chance, and sensory…

Deliang Chen, Yue Wang, Aoli Cao +4

This study examines manganese-based activated carbon composites that enhance nitrogen removal in low-temperature constructed wetlands by boosting extracellular electron transfer. The material improves denitrification efficiency, offering po…

Sivaprakasam Anbazhagan, T. Venugopal, J. Aarthi +8

ANN and ANFIS models were developed to predict methylene blue removal using activated carbon from Calotropis gigantea leaves. ANN showed superior generalization over ANFIS, with contact time as the most influential parameter.

Mohammed Saber Eltohamy, Mahmoud A. Hassanin, Nabila A. Khodeir +6

This paper reviews the role of artificial intelligence in enabling energy interconnection between low-carbon power systems and electric mobility, focusing on a comparative analysis of China and Egypt. It analyzes AI-driven optimization of e…

Izabela Klapiszewska, Olga Długosz, Dominika Konarska +12

This study investigates the effects of adding CaCO3-Ag2O nanomaterials to low-carbon cement composites on physical, mechanical, photocatalytic, and antibacterial properties. The nanomaterial may contribute to improved strength and environme…

Chao Li, Yugao Wang, C L Zhang +5

This paper examines a pyrolytic pretreatment method to enhance CH4/N2 adsorption and separation performance of low-rank coal-based porous carbon. It is a materials science study with potential relevance to methane capture.

Hailong Cheng, Lijun Shi

This paper analyzes decisions and coordination in an agricultural product live streaming e-commerce supply chain with low-carbon considerations. It explores optimal strategies under demand and low-carbon level information asymmetry.

Danjun Wang, Siyuan Tan, Zhiyuan Cheng +7

This study reports a targeted etching strategy combining CO2-assisted etching and high-temperature carbonization to expand the low-voltage plateau capacity of pitch-derived hard carbon anodes for sodium-ion batteries. Preoxidation introduce…

Rosalind E. M. Rickaby, Thomas J. Wood, Zunli Lu +1

This paper reassesses controls on the global proportion of carbon buried as organic carbon (f_org) over the Cenozoic using high-resolution carbon isotope records, phosphorus accumulation, and I/Ca data. It demonstrates that sea-level change…

Kristen Morse, Nele Kretzer, Chandra P. Singh +8

This paper reports experimental characterization of a fuel-flexible burner with an integrated ultrasonic atomizer for low-carbon operation. It analyzes combustion efficiency and emission profiles, demonstrating the potential for decarboniza…

G. S. Nygymetov, G. S. Smagulova, R.K. Satova +1

This paper quantifies the synergistic economic effect of deploying digital and green technologies in Kazakhstan's energy sector. Using a five-vector decomposition formula and three-scenario modeling, it estimates a direct annual economic ef…