GX & Decarbonization Research

E. Rustenova, A.D. Ibyzhanova, Aizhamal Aidaraliyeva +4

This study analyzes the impact of digitalization and energy-efficient agricultural machinery on sustainable development in Russia and Kazakhstan's agro-industries using 2000-2020 data. Employing advanced econometric methods, it finds that t…

Wulong Gao

This paper systematically analyzes the core principles and technical frameworks of high-efficiency, low-carbon smart irrigation decision-making using Israel as a case study. It examines breakthroughs in sensing, modeling, low-carbon control…

Yuting Zhong, Hongjia Lu, Ruoqiang Feng +2

This paper proposes a transfer learning-based multi-physics surrogate modeling approach for low-carbon optimization of complex public buildings. The method enables efficient optimization to reduce building energy consumption and carbon emis…

M. Ahmad, A. Akram, M. Bilal

This study evaluates a conductivity-enhanced electrochemical oxidation pathway for treating cyanide-contaminated wastewater. It achieves >99.9% removal efficiency, reducing free cyanide below detection limits, and enables water circularity.…

Yizhou Jiang, Cun Wei, Yuanwei Ding +3

This study proposes a rule-based energy storage system (ESS) scheduling strategy for zero-carbon buildings under seasonal time-of-use (TOU) electricity prices, using the Jinan Zero-Carbon Operation Center in Shandong as a case study. It ach…

Kübra Aslan Yılmaz

This study analyzes energy inputs and greenhouse gas emissions in 'Köhnü' grape production in Malatya Arapgir, Turkey. It calculates energy efficiency indicators and emission intensities, providing a case study for agricultural decarbonizat…

Li K.

This paper examines the trade-off between energy recovery and direct greenhouse gas emissions in wastewater treatment processes, analyzing the impact of energy recovery technologies and seeking optimal balance.

Ruiz-Alvarez E.

This study compares mechanization scenarios in oil palm cultivation in Colombia, assessing labor demand, profitability, energy efficiency, and GHG emissions across yield gradients, offering insights for sustainable agriculture.

Siddique A.

This paper proposes PVDF-based piezo-catalytic membranes for textile wastewater purification, aiming for a net-zero emission approach. It demonstrates the potential of using piezoelectric materials to drive catalytic reactions, offering an …

De Castro E.B.P.

This paper examines how the lifespan of different external wall materials affects greenhouse gas emissions under tropical climate conditions. Without an abstract, specific findings are unknown, but it relates to building sector decarbonizat…

Takuya O.

This paper examines methods to reduce greenhouse gas emissions by reducing power consumption of excimer lasers in semiconductor lithography processes. It likely discusses technical improvements and their emission reduction potential.

Adrián Ramírez

This study optimizes urea production via heat integration, ruthenium catalysts, and CO2 recycling, achieving high purity with reduced emissions. The accompanying STS analysis reveals that systemic barriers—economic incentives, governance, i…

Ingrid Farfan, Renata Tubelo

This study evaluates conservation-compatible retrofit strategies for a Grade II listed office building in Nottingham, UK, using dynamic simulation. Results show potential reductions in heating demand (68%), cooling demand (60%), and operati…

Mariia Karpets, Olga Greyda

This study investigates the effect of NaF additive on the decarbonization process in Portland cement production. It finds that 2% NaF accelerates sintering and reduces temperature, potentially lowering CO2 emissions.

Anthony Babatunde Sholanke, Olatunde Daniel Babalola, Millicent Eberechukwu Nzeh

This paper evaluates net-zero energy strategies for shipping container architecture through a systematic literature review of 40 publications and case studies. It finds optimal orientation, insulation, and passive cooling most effective, an…

M. O. Sobolenko

This study demonstrates that using non-isothermal holding with deep supercooling during spheroidizing annealing of low-carbon steel reduces process duration, leading to energy savings and supporting industrial decarbonization.

Priyanka Gogoi, Ashutosh Thakur, Kallol Roy +2

This study presents a method to synthesize coal-derived carbon quantum dots and incorporate them into silica matrices to create single-component white-light-emitting solid-state phosphors. The materials exhibit low cytotoxicity, thermal sta…

N.R. Avezova, R.U. Kuchkarbaev, E.A. Oshepkova, A.U. Butaev

This study presents an analytical approach to enhancing building energy efficiency regulation in Uzbekistan, focusing on institutional and regulatory changes in 2024-2025. It covers the shift from component-based requirements to integrated …

Hao Zhang, Yehan Yang, Ruhui He +7

This study uses natural rubber latex-coated aramid pulp (AP) to replace carbon black in styrene-butadiene rubber, reducing heat build-up. The optimal AP content (2.38 phr) replaces 6.55 phr of carbon black, lowering temperature from 47.6°C …

Nassibeh Janatyan, Mohammadreza Keivani Boroojeni

This paper uses machine learning to predict monthly electricity consumption, aiming to contribute to zero carbon footprint. While specific methods and data are unknown, it suggests potential for energy efficiency and demand-side management …