GX & Decarbonization Research

Roberto Speranza, Elisa Morale, Filippo Sergiacomi +4

This study develops a sustainable carbon counter electrode for indoor dye-sensitized solar cells (DSSCs) to power IoT sensors, replacing scarce platinum. Using bio-derived hydroxypropyl cellulose (HPC) as a binder, a low-temperature screen-…

Gang Lü, Bo Yuan, Wenying Liu

This paper proposes a two-layer optimization model for source-storage coordinated planning in new power systems. The upper layer minimizes investment cost and carbon emissions, while the lower layer optimizes operation cost and storage mark…

Ashraf Essa

This paper presents an engineering study on concrete linings for underground thermal energy storage (UTES) systems to support low-carbon heating. It focuses on enhancing infrastructure durability and resilience, contributing to the efficien…

JunruLiu, Zhang Qiucheng

Sports venues require operation-oriented decarbonization beyond isolated equipment replacement. This study proposes an integrated framework combining green technologies, smart energy management, and climate-responsive strategies, applied to…

Haiyang Cui, Yu-Wei Li, Gui‐Hua Lin +1

This paper models a low-carbon supply chain where a capital-constrained manufacturer adopts CER technology via bank loans, considering retailer fairness concerns. It finds that fairness reduces manufacturer profit but can lead to coordinati…

Kelly Murphy, Rebecca Forde, Misbah Mushtaq +9

This paper proposes upcycling low-density polyethylene (LDPE) waste into functional carbon anodes for sodium-ion batteries, addressing both waste management and energy storage. It contributes to circular economy and sustainable battery tech…

Joanna Bardelosa Ervik, Deodat Mwesiumo, Nina Pereira Kvadsheim +1

This paper systematically reviews literature on public procurement of low-carbon transport and proposes a conceptual framework of enablers, constraints, and intervention pathways. It highlights the role of public procurement as a policy lev…

Qi Xia, Yi Chen, Yi Chen +2

This study evaluates low-carbon cropland use performance (PCLU) across 31 Chinese provinces from 2010 to 2023 using a super-efficiency SBM model and network analysis. PCLU improved but disparities widened, with network evolution driven by p…

Xiaoyuan Feng

This paper empirically examines how corporate digital capabilities affect ESG performance, focusing on the mediating role of low-carbon innovation. Results show digital capabilities significantly boost ESG performance, with low-carbon innov…

Yoonha Lee

This paper presents an evolutionary game model of low-carbon technology adoption with environmental benefits and asymmetric policy, validated through extensive numerical simulations. Across 80 scenarios, theoretical predictions match numeri…

B.K. Tripathy, Riya, Hemant Kumar Saini

This chapter explores energy-saving solutions to reduce the carbon footprint of UAVs across their life cycle. It covers AI-based optimization (ML for energy-aware routing, RL for navigation, GANs for flight energy prediction), blockchain fo…

Zhanjun Wang, Tongtong Zhang, Yulong Ding

This review examines low-carbon strategies to reduce coke consumption in blast furnace ironmaking, emphasizing the difficulty of replacing coke's physical load-bearing role. It categorizes approaches by function—alternative carbon sources, …

Huiping Wang, Xinyue Zhang

This paper empirically examines the impact of green credit policy (GCP) on corporate low-carbon transition (LCT) using difference-in-differences models with panel data of Chinese A-share listed companies from 2010 to 2021. It finds that GCP…

Jun Wang, Muyu Liu, Xin Wang +4

This study develops low-carbon concrete using low-carbon cement and multi-solid waste admixtures, evaluating performance, hydration, and CO2 reduction. It contributes to waste valorization and decarbonization of the cement industry.

Katarzyna Widera

This review analyzes the impact of EU climate neutrality policies (European Green Deal, Fit for 55, REPowerEU, Clean Industrial Deal) on Poland's hard coal sector. It outlines carbon footprint calculation methods using LCA and GHG Protocol,…

Jianhua Ma, Yongzhang Zhou, Luhao He

This paper analyzes the semantic knowledge structure and evolutionary pathways of carbon neutrality research, offering implications for cleaner production and sustainability transitions. By mapping research frontiers and trends, it provides…

Sanjana Santra, Kishore Kumar, Ankita Sharma

This paper proposes a roadmap for AI-powered circular value chains to achieve carbon neutrality and corporate sustainability in emerging economies. It integrates AI technologies with circular economy principles to enhance resource efficienc…

Jing Bai, Lijia Fan, Yangxue Ding +3

This study develops a life-cycle carbon assessment framework for hospital buildings, using a Shenzhen hospital as a case. Operational emissions dominate (88%), with electricity accounting for 94%. LMDI and LEAP analyses identify drivers and…

Jing Chen, Guangnian Xiao, Jinpei Li +2

This paper proposes an integrated approach combining carbon accounting and weather-adaptive electrification dispatch for demand-responsive transit under carbon neutrality. It optimizes transit scheduling based on weather conditions to balan…

(著者不明)

This paper explores AI-driven circular economy strategies to achieve carbon neutrality in emerging economies. It discusses how AI optimizes resource efficiency and waste reduction, contributing to emission cuts, with implications for policy…