GX & Decarbonization Research

Zhiwei Fang, Junwei Zhang, Peng Zhu +5

This paper proposes an efficient and stable electrochemical carbon capture system integrating CO2 absorption and regeneration. The method improves energy efficiency and enables stable operation compared to conventional approaches.

Nur Muhammad Fadilah, Binastya Anggara Sekti

This chapter comprehensively explores the application of AI in ESG analytics, including machine learning, NLP, and automation for predictive modeling, objective scoring, and continuous monitoring. It covers applications in banking, fintech,…

Ria Aprilia, Eny Maryanti

This study examines the effect of ESG disclosure on corporate reputation, with financial performance as a mediator and board independence as a moderator. Empirical analysis shows that high-quality ESG disclosure improves financial performan…

Oindrilla Ghosh, Binod Kumar

This paper argues that policy reform and legal innovation are interdependent for a climate-resilient future. ESG frameworks align corporate duties with societal goals but require robust environmental law to avoid greenwashing. A just climat…

Pooja, Saurabh Chandra, Swarnima Gorani +2

This paper examines the legal framework for AI and automation in ESG green investment strategies. It highlights challenges of transparency, data accuracy, and greenwashing, advocating for clear regulatory guidelines.

Soleiman Mohammadi Limaei

This paper examines the strategic integration of CSR and carbon offsetting in financial and accounting practices. Using empirical cases, it analyzes carbon footprint measurement, offset project selection, accounting treatments, and ESG repo…

Sónia Calado

This chapter conceptualizes accounting as a symbolic and narrative infrastructure that co-constructs economic systems. It uses interdisciplinary perspectives like legitimacy theory and narrative economics to argue that accounting shapes mea…

Tsitsi Shannon Chaparika, Monika Gondo

This systematic review of 100 peer-reviewed studies demonstrates that IoT sensor networks and AI models effectively support real-time carbon monitoring and emissions forecasting. However, the integration with carbon accounting models remain…

Nurul Hidayah Abdullah, Farah Anissa Sukri, Syazmi Zul Arif Hakimi Saadon +2

This review paper proposes a system approach integrating techno-economic analysis (TEA), life cycle assessment (LCA), and carbon accounting for sustainable palm biodiesel. It combines these frameworks within the environment-food-energy-wate…

Ziang Xu, Junjie Li, Jiuyi Li +2

This paper conducts a life cycle analysis of pollutant and GHG emissions from China's coking industry, revealing substantial heterogeneity and providing policy implications for emission reduction.

Qinghe Liu, Shushan Li, Zujun Liu +1

This study proposes an automated BIM-driven LCA framework for building lifecycle carbon accounting. A case study in Nanning, China, shows that operational and material production stages are major emission sources, and sensitivity analysis i…

Jiali Zhou

This paper empirically analyzes factors affecting the quality of environmental accounting information disclosure of Chinese manufacturing listed companies under the 'dual carbon' goal. Using multiple regression, it finds that firm size, pro…

Tosin Kolajo Gbadegesin

This paper analyzes the impact of Washington DC's Building Energy Performance Standards (BEPS) on energy efficiency and GHG emission reductions. Using empirical post-policy data, it demonstrates that BEPS effectively drives retrofits and re…

Mehreen Ghazal, Asad Ullah, Muhammad Nauman Khan

This study integrated field inventory and Sentinel-2 imagery to estimate above- and below-ground biomass carbon stocks of gymnosperms in Ayubia National Park, Pakistan. NDVI showed strong correlation, but a stepwise multi-index model improv…

Xiaohua Ge, Lanjia Niu, Yuen Zhu +2

This study assesses life-cycle carbon emissions of five hydrogen production routes in Shanxi, China, using a unified LCA framework. Results show wind power hydrogen has the lowest carbon intensity (1.57 kg CO2e/kg-H2), while coal-based rout…

Joseph R. Crosswell, Wendy‐Jane Powell, Geoffrey Carlin +4

This study presents the first national-scale assessment of seagrass soil carbon stocks in Fiji, based on 135 sediment cores. Mean organic carbon stocks were 2–12 times lower than global averages, and Tier 1 defaults would overestimate stock…

Angélica Tirado-Lozada, Diego Venegas-Vásconez

This study presents the first comparative carbon assessment of allegorical floats in major cultural festivals. Emissions range from over 30,000 kg CO2e per float in Rio de Janeiro's Carnival to under 1,000 kg CO2e in Ambato's festival, with…

Ze-Wei Qi, Lei Wang, Ya-wei Shi +3

This paper elucidates the mechanism by which algae and bacteria reduce greenhouse gas emissions in paddy fields in Northeast China. It shows that GHG emissions are suppressed through oxidation barrier, carbon-iron cycling, and microbial com…

Tomke Honkomp

This paper presents 'Carbon module,' an open-source Python package for global forest carbon accounting. It enables calculation and tracking of forest carbon stocks and changes, supporting climate mitigation efforts.

Weishu Gong, Yunsheng Wang

This paper addresses methods for carbon accounting of forest disturbances (e.g., logging, fires) using remote sensing. It contributes to improving accuracy of forest carbon budgets, supporting climate mitigation efforts.