GX & Decarbonization Research

Mohsen Nasrollahi, Davood Mostofinejad

This study applies experimental and response surface methodology (RSM) for multi-objective optimization of low-carbon high-performance concrete incorporating silica fume and slag. It optimizes compressive strength, durability, environmental…

Syed Minhaj Saleem Kazmi, Muhammad Junaid Munir, Yu-Fei Wu +2

This study evaluates high-strength, low-carbon concrete produced via compression casting, with full replacement of virgin aggregates by aeolian sand and recycled aggregates. Multiscale analysis demonstrates potential for low-carbon construc…

Emerson Porras, Walter Morales, Lidia Chang +1

This systematic review evaluates modular OSB/plywood housing as a low-carbon option in low-technification, seismic-prone settings. Structural performance is relatively mature, but digital fabrication and LCA evidence remain partial: most LC…

Guo H, Mingxiang Chi, Shibin Chen +3

This study evaluates the mechanical properties and carbon reduction potential of cement-stabilized macadam (CSM) incorporating recycled plastic aggregate (PA) as partial replacement for natural coarse aggregate. Life cycle assessment shows …

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…

Bing Xia, Jianzhuang Xiao, Michael Beer +1

This paper proposes a method linking structural safety and embodied carbon during service for low-carbon design of concrete structures under climate change, contributing to decarbonization in construction.

Fangning Sun

This study uses BIM to collect inventory and emission data from buildings, then applies correlation analysis and elastic net to select 8 design features affecting carbon emissions. An improved grey wolf optimization-based SVM (IGWO-SVM) mod…

J B Li, Y Q Li

This review analyzes quantification and management of greenhouse gas emissions in the building sector, covering the full lifecycle including Scopes 1, 2, and 3. It highlights innovative strategies such as intelligent grid energy management …

Aslam Jumain, Nano Prawoto, Agus Tri Basuki

This study evaluates low-carbon development (LCD) in North Konawe, Indonesia, using carbon stock mapping and SWOT/PESTLE analyses. Total carbon stock increased 13% from 2019 to 2024, but mangroves declined 80%, causing a loss of 236,000 ton…

C. O’Ceallaigh

This research investigates how mass timber can be integrated into buildings and infrastructure to reduce whole-life carbon emissions and store carbon long-term. Using lab testing, life cycle assessment, and case studies, it demonstrates tha…

Marianus Irfan Takang Peri, Yudi Chadirin, Wonny Ahmad Ridwan

This study examines carbon stock changes in South Tangerang City from 2016-2025 using remote sensing, CA-Markov, and InVEST models. Carbon stocks declined by 9.6% (90,028 tC), with forests holding 67.1% of total carbon. Strong correlations …

Vourdoubas John

This study estimates life-cycle carbon emissions from winemaking in Crete, Greece, finding low emissions. It proposes using agrivoltaics and vine residues as solid fuel, along with other renewable energy technologies, to further reduce or e…

Deng, Chol, Bior, James Akech, Gatwech, Nyamal

This study quantifies the cradle-to-site embodied carbon of a major road reconstruction program in South Sudan (2021-2026) using process-based LCA. Material production accounts for 78% of total emissions, dominated by cement and steel. Tran…

Linghong Zeng, Yuhang He, Haidong Wang

Using 2005–2022 carbon emission data from Hunan's construction sector, this study applies the emission coefficient method, STIRPAT model with ridge regression, and a CNN-LSTM-Attention deep learning model to analyze driving factors and pred…

David Matajira-Rueda, Charbel Abdallah, Thomas Lauvaux

This study presents a novel scheme (CRO2A) for designing optimal atmospheric greenhouse gas monitoring networks using unsupervised clustering and inverse weighting. Unlike traditional inverse-modeling approaches, it relies solely on direct …

Prawdown Udol, Viganda Varabuntoonvit

This study uses environmentally extended input-output analysis to compare greenhouse gas mitigation pathways and emission factor development in Thailand's economy from 2015 to 2021, providing insights for policy making and corporate supply …

Marie-Odile Payne Fortier, Amir Sharafi, Alyssa Rose Pfadt-Trilling +6

This study provides an updated life cycle GHG emission benchmark for US coal-fired power plants, incorporating mining, transport, combustion, and waste management. Using EPA and EIA data, average emissions are around 1170 g CO2eq/kWh. Non-C…

Amit Kumar Sah, Yao-Ming Hong, Su-Hwa Lin

This paper develops an integrated LEAP-InVEST framework that links energy-system modeling with ecosystem carbon accounting within an MRV-aligned structure. Using a university campus in Taiwan as a case study, it demonstrates consistent esti…

Liang Liu

This paper presents a high-resolution dynamic carbon emission factor estimation system using embedded IoT edge computing networks. It empirically verifies the system with micro-second level data from Chinese regional substations, showing it…

Zikun Zhang, Lianqian Yin, Jinpeng Wen +1

This study uses panel data of Chinese A-share listed firms (2013-2023) to examine the impact of supply chain digitalization (SCD) on corporate carbon emission intensity (CEI). Text analysis shows SCD significantly reduces CEI through three …