GX & Decarbonization Research

Xiaolong Wang, Zhiyun Ji, Xiaohui Fan +8

This study proposes a low-carbon cold-bonding briquetting process for iron ore concentrate to produce blast furnace burden. By optimizing binder, pressure, moisture, and curing, the briquettes meet cold-strength requirements for BF burden a…

Cassandra M. Reese, Areesa A. Trevino, Jose L. Ramos +5

This study evaluates ambient-pressure low-temperature solvolysis for chemical recycling of carbon fiber-reinforced polymers. Techno-economic and life-cycle assessment suggests potential for cost-effective and environmentally friendly recycl…

Mengzhen Du, Tao Niu, Ximin Wang +2

This paper reports an efficient oil-water separation material using MgAl layered double hydroxide and fluorosilane modified carbon cloth. The synergy of dual-scale roughness and low surface energy achieves high separation efficiency and dur…

Mahakavi Palanichamy, Azween Bin Abdullah, A. Daniel

This paper proposes a method to quantify bio-mediated crack healing in LC₃ low-carbon concrete using diffuse ultrasound and S-transform analysis, contributing to durability assessment of sustainable concrete.

Yirui Li, Xin Wang, Xuejin Zhou +5

This study develops a low-carbon road binder by processing pyrite tailings and other industrial wastes through ultrafine refinement and self-activation. It achieves CO2 emission reduction by replacing cement and utilizing waste. Experimenta…

Jie Xiao, Xiaobing He, Liang Wang +1

This paper proposes a low-carbon optimization design framework for micro-steel fiber reinforced sulphoaluminate cement-based self-compacting concrete, aiming to reduce carbon emissions through material mix and fiber reinforcement optimizati…

Haozhe Pan

This study proposes an improved deep neural network to predict compressive strength and corrosion resistance of low-carbon ultra-high-performance concrete (UHPC) using carbide slag fly ash composites. Using 226 datasets, PCA weighting and s…

Liu Zhihua

This paper explores low-carbon and energy-saving interior design methods by combining artificial intelligence with spatial thermal cycle models. It analyzes building envelope and internal thermal environment, uses thermal load calculations …

Huaiwei Zhang, Liang Bao, Ying Pan +1

This study develops a novel photocatalyst for solar-driven nitrogen fixation to ammonia. By anchoring carbon dots and low-content Pt on TiO2, ammonia production efficiency is enhanced. This technology could contribute to green ammonia synth…

Kai Tang, H G Chen, Yuxiang Wu +4

This paper proposes a method to selectively confine KOH within activated carbon cloth for direct air capture (DAC), enabling fast, low-temperature regeneration. The approach enhances CO2 adsorption and desorption efficiency, offering a prom…

Weina Meng, Hammad Ahmed Shah

This study experimentally optimizes wet carbonation parameters for blast furnace slag to maximize CO2 uptake and reactivity, aiming to produce low-carbon ultra-high performance concrete (UHPC). It reveals how controlling carbonation conditi…

Haozhe Xiong, Daojun Tan, Yiqun Kang +4

This paper proposes a low-carbon economic dispatch model for an islanded renewable microgrid. The objective includes fuel, O&M, BESS degradation, curtailment, load shedding, DR compensation, and carbon emission costs. A repair-based constra…

Mark Sudarsanam, Veeraraghavan Sakthimurugan, Yuvarajan Devarajan +5

This review synthesizes advances in biomass-based biofuels, covering feedstock, pretreatment, conversion pathways, and policy. It compares first- to third-generation technologies and highlights integrated biorefineries and AI-driven life-cy…

WONG YU SAN

This study examines the impact of China's Low-Carbon City Pilot (LCCP) on corporate ESG performance using panel data of A-share listed firms from 2010 to 2024. Using a multi-period difference-in-differences approach, the baseline results sh…

Durvesh Gotarne

This study develops eco-friendly concrete using industrial by-products such as fly ash and GGBS as partial or full replacements for cement. It evaluates mechanical properties, durability, and environmental benefits, offering a solution for …

Raigama Acharige Dinithi Piyumra, N D Domingo, Diocel Harold Aquino +2

This paper proposes an integrated conceptual framework (ICCO-BD) for building design optimization that simultaneously minimizes upfront embodied carbon and construction costs. Based on a systematic literature review and expert interviews, i…

Zongqiang Ren, Yaowen Xu, Devin Sapsford +1

This study develops low-carbon, porous biochar-slag composites to enhance phosphorus removal from water. By utilizing waste-derived materials, it contributes to circular economy and water quality improvement.

Yan Hao, Yanmei Yuan, Hui Liu

This study proposes a data-driven approach for fertilization behavior recognition and low-carbon decision optimization using multi-source agricultural time-series data. It combines LSTM with attention mechanism for behavior recognition and …

Masroor Ahmad, Anam Ul Haq Ganie, Ghadda M. Yousif

This paper examines whether nuclear energy promotes sustainable economic growth during the low-carbon transition using non-linear and asymmetric analysis. It provides empirical evidence on the role of nuclear power in balancing economic gro…

Jae Young Jung, Dong‐Ju Lee, Young Je Park +3

This study develops low-temperature, resin-free carbon papers using carbon nanotube bundles for gas diffusion layers in PEM fuel cells, aiming to reduce manufacturing cost and improve performance.