GX & Decarbonization Research

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…

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.

Ningning Xu, Yì Wáng, Fenglan Liang

This paper empirically examines how key audit matters (KAMs) related to low-carbon transformation influence firms' catering behavior in carbon information disclosure, using Chinese data. It finds that KAMs affect disclosure quality and quan…

Brahim Bergougui, Ahmed Samour, Stephen Kelechi Dimnwobi

This study examines the impacts of renewable energy, financial development, and natural resources on consumption-based carbon emissions in emerging markets. Empirical results suggest renewable energy reduces emissions, while natural resourc…

Turdiev Abdullo Sagdullaevich, S. Aarthi, R. N. Ravikumar +2

This chapter proposes a framework combining economic indicators and AI to decarbonize transport and logistics. Based on case studies, it shows that AI optimization paired with emissions-based pricing and incentives can enhance supply chain …

Jiawen Li, Xiaomin Xu, Shengzhong Huang +1

This paper develops a Stackelberg game model for supply chains with capital-constrained manufacturers facing bankruptcy risk under different carbon asset financing schemes. Using real data from China's cement industry, it finds that pledge …

Xiaotian Gao, Hongxia Xu, Xiang-Wu Yan

This study analyzes the impact of new-type urbanization on efficient and low-carbon use of urban land. Using Chinese city-level data, it demonstrates that urbanization policies contribute to reducing carbon emissions from land use.

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…

Wenwen Song, Yonghui Tang, Yusuo Li +1

Using panel data from 31 Chinese provinces (2010-2023), this study finds that digital technology significantly reduces agricultural carbon emission intensity, with effects mediated through strengthened environmental regulation and improved …

Héctor Quiroga-Barriga, César Ramírez-Márquez, José María Ponce‐Ortega

This paper examines the role of small modular reactors (SMRs) in strategic planning for low-carbon power systems. It analyzes grid integration challenges and policy implications, positioning SMRs as flexible and cost-effective low-carbon so…

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…

Cinthia Serrato-Arias, Andrew Rowe

This paper provides a comparative techno-economic analysis of methane pyrolysis for low-carbon hydrogen production, evaluating costs and efficiency against conventional methods, highlighting its potential for decarbonizing hydrogen producti…

Yuxin Xing

This paper analyzes smart transportation, energy, and waste management for a low-carbon economy, proposing a dual-layer ADN scenario planning model solved by Cuckoo Search and interior point method. It reduces emission costs by 40.44% compa…

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…

Jing Tong, Regina Mulunda, Joel Victor Dossa

This study examines how financial inclusion affects carbon intensity in 35 Sub-Saharan African countries from 2000-2022, focusing on the mediating role of technological innovation. Using panel data and robust econometrics, it finds that gre…

Jingwen Wang, Dan He, K Chen +2

This study analyzes policy incentive mechanisms for low-carbon pathway selection in forest tourism destinations. Using data from 16 destinations in Liaoning Province from 2017 to 2022, it estimates costs of three low-carbon pathways: on-sit…

Xianyu Hou, Langxiong Gan, Lei Zhang +3

This study proposes a novel multi-objective reinforcement learning framework (FMORL) for low-carbon path planning of inland vessels. It optimizes routes to minimize CO2 emissions while considering trade-offs with operational costs and time.…

Jinfeng Li, Run Tang, Siyu Jiang +6

This paper proposes a method to dynamically characterize power user profiles to assess their low-carbon regulation potential, contributing to demand response and energy efficiency.

Feng Pan, Chen Yang, Yuyao Yang +2

This paper proposes a novel low-carbon demand response mechanism using marginal carbon emission factors (MCEF) instead of average factors. MCEF provides high-sensitivity signals for real-time emission impacts of load changes, accounting for…