GX & Decarbonization Research

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…

Xia Jiang, Xin Li, Hongli Guo +2

This study proposes a low-cost multifunctional Fe₃O₄/biomass carbon hydrogel for solar-driven desalination, contributing to renewable energy and water scarcity solutions.

Warith Thanglerdsumpan, Keerati Kirasamutranon

This study explores the potential of co-pelletizing invasive water hyacinth with bamboo as a low-carbon bioenergy source. The approach integrates waste management and renewable energy production, contributing to greenhouse gas reduction. Wh…

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…

Mengke He, Doudou Jin, Yaowei Chi +6

This study demonstrates that combining molasses (carbon source) with microbial inoculants (Streptomyces griseorubens JSD-1 and Paenarthrobacter nitroguajacolicus LDT1-8) overcomes the cold-start barrier in cattle manure composting at low te…

Yi Zhou, Jinzhu Zhang, Yucheng Fan +3

This study examines methods to enhance mechanical properties of low-carbon dredged sludge solidification using alkali-activated GGBS-GP systems. It contributes to low-carbon construction materials.

З Х Шогенцукова, I. M. Potravny, A. Kh. Zanilov

This paper evaluates and forecasts the contribution of gardening (intensive dwarf orchards) to greenhouse gas emission reduction and carbon sequestration in Kabardino-Balkaria, Russia. Using data from a 120-hectare pilot project, it estimat…

Yu-qiang Fan, Jiang Wu, Hui Wang +1

This study investigates the effects of high-volume solid wastes on autogenous shrinkage, hydration characteristics, and ecological assessment of low-carbon ultra-high performance concrete (UHPC). Using solid wastes reduces environmental imp…

Ann‐Chang Cheng, Tsung‐Yu Yang, Yufen Liu +6

This study explores the use of complex photosynthetic bacteria for environmental and disease control in low-carbon aquaculture management of fourfinger threadfin.

Ndzana Georges Martial, Zhimin Zhao, Ruili Gao +8

This study examines soil carbon and nutrient trajectories over 52 years in a cocoa agroforestry chronosequence under low-input smallholder management. It reveals carbon sequestration potential and nutrient dynamics, highlighting the role of…

Qing Li, Kaihe Shi

This study examines how organizational pro-environmental norms influence low-carbon behaviors of engineering designers, focusing on the mediating roles of felt accountability and normative responsibility. Conducted by researchers at Tianjin…

Yanlin Zhang, Wenyi Liang, Yunzuo Lei +5

This study proposes a low-temperature molten salt roasting method assisted by high pressure and mechanical activation to recover graphite from leaching carbon residue (LCR) of spent lithium-ion batteries. The regenerated graphite reaches 99…

Yuhan Li, Henggen Zhang, Xujiayin Zhao

This study develops a green composite cementitious material partially replacing cement with industrial solid wastes, reinforced with basalt fibers, for stabilizing shield tunnel spoil. Under drying-wetting cycles, 0.45% basalt fiber improve…

Pratyush Patnaik, Sk Miraz Hossain, Ritika Sharma +2

This study develops a multifunctional membrane for both hydrogen fuel cells and vanadium flow batteries. By grafting zwitterionic groups onto PVDF-co-HFP and incorporating UiO-66-NH2 and sulfonated graphitic carbon nitride, the membrane ach…

Raghav Dadhich, Ponnivalavan Babu, Nagu Daraboina

This study assesses the thermodynamic and kinetic performance of 1,4-dioxane in hydrate-based carbon capture from fuel gas mixtures. It investigates the effect of 1,4-dioxane on hydrate formation conditions, exploring its potential for next…

Pippa Edwards, Gregory Britten, Lauren Biermann +5

This paper proposes a hierarchical Bayesian approach to estimate the global variability of marine particulate organic carbon flux, contributing to understanding carbon cycles in climate science.

Govind Kumar Sharma, Sneha L Joseph, R. Suresh +2

This study fabricates porous carbon nanofibers from electrospun polyvinylidene chloride for dual applications in CO2 capture and electromagnetic interference shielding, offering a novel material approach for carbon capture technologies.

Miroslav Almáši, Tomáš Zelenka, Lucie Kořená +16

This paper reports a method for growing UiO-66-NH2 crystals on nitrogen-doped hierarchical porous carbon monoliths for CO2 capture. The composite material shows potential for high CO2 adsorption capacity and selectivity, contributing to CCU…

Wanying Wang, Lishu Shao, Yongzhen Li +6

This study proposes a method to regulate surface oxygen density and narrow micropores of bamboo-based porous carbon via microwave pretreatment, enhancing CO2 capture and H2 adsorption efficiency.

F. Liu, Jun Liu, Xiaoqing Liu +5

This paper reports a method to synthesize hierarchical porous carbons from petroleum coke by controlling etching via air pre-oxidation. The resulting materials exhibit excellent CO2 capture capacity and supercapacitor performance.