GX & Decarbonization Research

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.

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…

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 …

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.

Jega Jegatheesan

This paper explores contributions to carbon neutrality through broader approaches in environmental quality management. Without an abstract, the specific methods or case studies are unclear, but it proposes a management perspective.

Prabhat Kumar Rai

This review explores the potential of disposed biomass after heavy metal phytoremediation, especially from underexplored emergent macrophytes, as a nature-based green biorefinery technology. Emergent macrophytes can facilitate clean bioelec…

Yongshang Wang, Huicheng Zhang, Jing Le +12

Based on the title, postponing nitrogen application in rice-fish co-culture systems reduces greenhouse gas emissions, suggesting a promising mitigation strategy for sustainable agriculture.

Zhijian Sun

This paper explores the conceptual intersection of discomfort, decolonization, and decarbonization, likely arguing that decarbonization efforts must address colonial legacies. No abstract available; analysis based on title.

Hans Sanderson, Jonathan Hove Appel, Heather Anker Cole +5

This study assesses climate change education within the European University Alliance Circle U. A student survey (n=313) revealed that 97% are interested in climate courses, yet 48% have taken none, indicating a substantial demand-provision …

Gbidum Sunday Tote, PhD, Mamman Suleiman, PhD

This study analyzes the impact of Sukuk financing (sovereign, sub-national, corporate) on sustainable economic growth in Nigeria from Q1 2013-Q4 2024 using ARDL. All Sukuk types positively influence GDP growth with rapid adjustment to long-…

Taehee Park

This study experimentally examines how participation effort affects intention through perceived cost in consumer participatory CSR, and the roles of self-expressive cues and social norms. Results show that self-expressive cues mitigate the …

Wenguang Wang, Bo Zhang

This paper presents a green belt conveyor mucking technology for a steep-gradient (44‰) metro shield tunnel in Chongqing, China. Replacing traditional battery locomotives, the conveyor reduces brake failure, runaway, and derailment risks, e…

Zhikang XIA, Jiefeng Liang, Zihua Zhang +3

This is a corrigendum for a previously published paper on low-carbon cementitious materials using carbonated and thermally activated recycled powder, focusing on correcting errors.

Minhas Elahi, Muhammad Anas, Waseem Ahmed Khattak +4

This paper reviews nano-fertilizer technology and its application in agriculture, suggesting that precision nutrient delivery can improve yields and reduce environmental impact, with potential to mitigate greenhouse gas emissions through en…

(著者不明)

This paper conducts a life cycle assessment (LCA) of a mechanized harvesting and processing system for spinach in Japan, evaluating environmental impacts. It provides a case study for carbon footprinting in agricultural mechanization.

Ioan-Bogdan Apetri, Roshni Sajiv Kumar, Josephine M. Hill

This study examines the valorization of sugar beet pulp and compares greenhouse gas emissions from different methods, suggesting potential for reducing environmental impact through agricultural waste management.

Ünsal Özdilek

This paper proposes a Structural-Internalization Transition Model (SITM) to explain dematerialization of cities in the digital era. It focuses on urban structural changes and digital technologies to reduce material consumption, but lacks em…