GX & Decarbonization Research

Qiao Li, Jiuxian Yang, Ying Wang +6

This study optimizes phosphate-enhanced co-composting of municipal sludge and forestry residues to produce a high-quality soil amendment for degraded topsoils in high-altitude hydropower reservoir areas. With a C/N ratio of 25, a sawdust-le…

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…

Yangyang Zhang, Wei Liu, Tao Sun +4

This study proposes a co-optimization of performance and carbon footprint in low-carbon calcium sulfoaluminate cement via crystal structure design of ye'elimite clinker, contributing to industrial decarbonization.

Tajudeen Olawale AJAYI, Opeyemi Titi DARAMOLA, Olamide Victor Ojo

This systematic review and meta-synthesis examines circular construction materials for low-carbon housing in Nigeria. Analyzing 45 peer-reviewed studies, it finds that earth-based materials, recycled aggregates, and low-carbon cement altern…

Jiaqiu Xu, Shaowei Zhang, Zhaojie Chen +3

This paper examines the use of recycled solid waste in pavements to reduce carbon emissions while maintaining performance. It evaluates environmental benefits versus performance trade-offs, contributing to the adoption of low-carbon pavemen…

S M Masuka, Edson Kugara Chiwandika, Hang Liu +1

This critical review examines advanced applications of self-reducing pellets in low-carbon ironmaking. Self-reducing pellets contain carbon sources internally, reducing the need for external reducing agents and lowering CO2 emissions. The r…

Hafiz Muhammad Alamgir, Badee Alshameri

This study presents a low-carbon method to stabilize expansive clay using magnesium hydroxide-activated industrial wastes (rice husk ash and silica fume). Treated soil showed up to 320% increase in compressive strength and 99.5% reduction i…

Zhang Tian, Xiaoqin Li, Ning Wei +3

This study evaluates the seismic performance of masonry walls retrofitted with a low-carbon sprayed ECC (Engineered Cementitious Composite). Experimental and analytical results show enhanced strength and ductility while reducing carbon foot…

Nisrine Berdai, Jamila Elhaini, Hassane Moustabchir

This paper reviews recent advancements in hempcrete, a bio-based composite made from hemp hurds and lime, highlighting its thermal insulation, carbon sequestration, and low CO2 emissions during production. Hempcrete is positioned as a susta…

Hamoon Fathi, Mohammad Hemen Jannaty

This study explores the potential of low-carbon concrete using drilling waste and graphite tailings as cement substitutes, evaluating mechanical performance and CO2 reduction.

Ali M. Onaizi, Umer Sajjad, Amer Baras +3

This paper explores the upcycling of furnace bottom ash from coal-fired power plants as a sustainable material for low carbon concrete. Experimental results demonstrate that partial replacement can maintain mechanical properties while reduc…

Yukang Wu, Yuzhong Li, Mengxia Xu +5

A sulfur-aluminum-ferric gold tailings cementitious material (SGCM) was developed using low-carbon binder components. Optimal proportions achieved 3d/28d compressive strengths of 3.40/8.26 MPa. At a reduced cement ratio, SGCM maintained com…

Alisa Machner, Prannoy Suraneni, Klaartje De Weerdt +3

This paper provides a comprehensive review of the durability of concrete prepared with low-carbon binders. It discusses key degradation mechanisms including chloride ingress, carbonation, corrosion, freeze-thaw damage, alkali-silica reactio…

Shuai Zhang, Jiale Peng, Zhongjuan Sun +1

Using fsQCA on data from 30 Chinese provinces, this study finds that no single element of green innovation ecosystems (GIEs) is necessary for regional sustainable development (RSD). Instead, two pathways lead to high RSD: a technology-capit…

Xiaoqiu Chen, Hao Yang, Yilong Li +1

This paper exploits China's expansion of the second-pillar pension system to show that annuity systems significantly enhance corporate green technology innovation. Mechanisms include improved human resource quality, relaxed financing constr…

Ziqi Zhang, Shuangxiao Li

This empirical study examines how green innovation affects profitability of Chinese agricultural listed companies using green patents as a mediator. R&D intensity negatively impacts profitability while financing constraints positively impac…

Yujiao Shang, Yuhai Wu, Tuan Pan +1

This study uses large-scale anonymous employee review data from Chinese listed firms to examine how employee satisfaction influences corporate innovation during crises, with a particular focus on green innovation. It identifies two mechanis…

Jingdan Hu

This paper analyzes data asset disclosure practices in three Chinese steel firms. It finds extremely low disclosure rates, with decisions influenced by cost-benefit, industry norms, and standards. Sustained disclosure generates short-term p…

Carlos F. A. Arranz, Marta F. Arroyabe, Pelin Demirel +3

This article develops a conceptual framework to understand the relationship between circular economy and net zero, highlighting virtuous and vicious cycles. It identifies firm capabilities that enable synergies and avoid capability traps, o…

Charan Jeet Singh, S. P. Singh, Rakesh Singh +5

This paper synthesizes evidence from 2020-2025 literature and simulations to evaluate bamboo's role in carbon sequestration and livelihood enhancement in India. It finds that bamboo can sequester 7-15 Mg C ha⁻¹ yr⁻¹ and generate over ₹200,0…