GX & Decarbonization Research

Haoran Liu, Min Ji, Teng Li

This study experimentally investigates degradation mechanisms of low-carbon high-belite sulfoaluminate cement in simulated aggressive sewer environments. It evaluates durability under hydrogen sulfide and acidic conditions, providing insigh…

Xiang Li, Guandong Wu, Yufei He +1

This study developed a Ru/Al2O3-La-C catalyst to alleviate hydrogen poisoning in low-pressure ammonia synthesis. At 400°C and 3 MPa, it achieved a 10-fold increase in ammonia yield (4.74 mmol NH3·gcat−1·h−1) compared to unmodified catalyst,…

Shiyi Pan, Xiaojun Yin, Yongcheng Huang +3

This study investigates the effects of injection strategy on combustion and emissions of a compound injection engine using multiple low-carbon fuels. Results suggest that optimal injection strategies can improve combustion efficiency and re…

Zhiwei Zhang, Yong Chen, Zhong Xie +4

This study investigates the incorporation of low levels of platinum (Pt) into carbon materials with varying pore structures to enhance the hydrogen evolution reaction (HER). Despite low Pt content, optimized pore structures achieve high cat…

Osamah Siddiqui, Ragad Aldilaijan, Mohammed Albuali +3

This paper presents a membrane-based ammonia cracking process for efficient low-carbon and high-pressure hydrogen production. The method potentially improves energy efficiency and reduces CO2 emissions compared to conventional ammonia crack…

Jiong Wu

This paper constructs a multi-source data mining framework for provincial energy, industry, economy, and carbon indicators. It encodes 26 indicators from 30 regions (2011-2023) into standardized time sequences. A coupled identification modu…

Emerson Porras, Walter Morales, Lidia Chang +1

This systematic review evaluates modular OSB/plywood housing as a low-carbon option in low-technification, seismic-prone settings. Structural performance is relatively mature, but digital fabrication and LCA evidence remain partial: most LC…

O.V. Mazurova, Е. В. Гальперова

This paper analyzes promising directions for improving energy efficiency in major sectors of the Russian economy (industry, transport, buildings) and assesses their impact on energy intensity dynamics. Using an original set of models, it co…

Qiang Zheng, Y Tian, Hao Luo +5

This paper presents a novel numerical model for biomass-fueled cement pre-calciners addressing incomplete burnout and raw meal agglomeration. It integrates a Multi-Fluid Model with sub-particle-scale effects, validated against industrial da…

Jiaomei Tang, Wen Gao, Yayun Ren

This study empirically examines the unintended co-benefits of China's Low-Carbon City Pilot Policy on smart manufacturing adoption among listed firms from 2007 to 2023. Using staggered difference-in-differences, it finds significant promoti…

Han Sun, Keping Li, Yuanxi Xu +1

This paper constructs a multi-objective optimization model driven by urban rail transit to achieve low-carbon transport, minimizing CO2 emissions and travel costs while maximizing travel quality and public transport utilization. Using an im…

Yufei Xi, Xinyi Wang, Lin Cheng +4

This paper explores the potential of industrial green microgrids for low-carbon transformation. It provides insights from case studies on integrating renewable energy and improving energy efficiency, offering pathways toward sustainable ind…

Liu Wenjun, Liu Xingcheng

This dataset supplements a study on the green innovation effect of China's dual pilots for low-carbon and innovative cities. It includes variable definitions and robustness test results, providing additional evidence for evaluating the syne…

Mingtao Gao, Ubair Nisar, Cheng Li +3

This study uses fuzzy-set Qualitative Comparative Analysis to examine how agricultural infrastructure configurations affect carbon intensity across 30 Chinese provinces. It identifies two main pathways to low-carbon food systems: scale expa…

Ahmad Mandalawi

This paper investigates the environmental impacts of using steel fiber in residential slab-on-grades in the UAE, demonstrating that steel fiber can significantly lower CO2 emissions compared to traditional steel mesh. A case study of Expo t…

Guo H, Mingxiang Chi, Shibin Chen +3

This study evaluates the mechanical properties and carbon reduction potential of cement-stabilized macadam (CSM) incorporating recycled plastic aggregate (PA) as partial replacement for natural coarse aggregate. Life cycle assessment shows …

Derick Asirvatham, Mayra T. de Grazia, Leandro Sanchez

This study evaluates low-carbon mortar mixtures with high limestone filler content (up to 52%) and reduced cement. It shows that mobility parameters (IPS, MPT) strongly influence rheology and hardened properties, with MPT being the most cri…

Yuyi Liu, Q Wang, Qin Yang +5

This study analyzes the low-carbon transformation of China's construction industry under dual carbon targets and the resulting demands on civil engineers. It quantifies carbon emissions across the building lifecycle and proposes a three-dim…

Trinity Labo

This paper proposes an emergency e-naphtha production framework using captured CO2 and low-carbon hydrogen to ensure petrochemical resilience under supply disruptions. Unlike conventional fuel production, it focuses on strategic continuity.…

Manuel Sánchez Dieguez, Klara Schure, Robert Koelemeijer +2

This paper presents IESA, a hybrid simulation-optimization framework that combines agent-based modeling with cost optimization to evaluate low-carbon policy instruments. Applied to the Netherlands, it shows that while renewables diffuse und…