GX & Decarbonization Research

Jasan Robey Mangalindan

This paper provides experimental data and models for a tandem Cu/ZnO/ZrO2-SAPO-34 catalyst system converting CO2 and H2 to dimethyl ether. It integrates catalyst optimization, techno-economic analysis, and carbon-footprint assessment, offer…

Mikaila K. Roncevich, Matthew Hayek, Juan P. Hinestroza

This study reassesses the carbon footprint of bovine leather and vegan alternatives using meta-analysis and a novel top-down method. The revised farming-phase emissions are more than double prior estimates, resulting in a total bovine leath…

Simon Wu, Xiaorui Wang

This paper proposes a method leveraging hybrid energy storage (battery + hydrogen) to minimize the carbon footprint of AI data centers under intermittent renewable energy and non-deferrable inference workloads. It demonstrates carbon reduct…

Tong Tong, Lin Chen, LI Chang-an +1

This paper systematically reviews the literature on carbon footprint in coal supply chain, presenting a knowledge framework and identifying emerging trends for future research.

Ghadeer Q. Abu-Eid, Jamal Y. Ayad, Yahia A. Othman

This study evaluates carbon sequestration capacity of three native Mediterranean tree species across developmental stages in semi-arid Jordan. Using destructive sampling for seedlings and allometric equations for mature trees, it finds sign…

Ragib Shakil, Aysha Siddika Akhe, Farhan Wahid +2

This paper reviews technologies for producing carbon-based fuels such as methanol and ethanol from CO2 using solar energy, as part of CCUS. It proposes integrating renewable energy with carbon cycling to contribute to a decarbonized society…

Ruize Zhang, Wei Zhang, Pufang Xun +4

This study proposes a method to construct molecular-scale defined carbon networks on cellulose backbones using COF templates for highly selective carbon dioxide reduction, potentially contributing to efficient CO2 reduction catalysts for su…

Qingyuan Wang, Meiyu Shi, Yu Shi +3

This study demonstrates that combining long-term subsoiling with strip rotary tillage reduces soil carbon mineralization, thereby enhancing both soil carbon sequestration and wheat yield. It highlights the potential of specific agricultural…

Niklas Letmathe

This paper focuses on verifiable carbon accounting, proposing systems and methods to ensure accuracy and reliability of corporate emission data. It presents an auditability framework and discusses challenges and solutions in carbon accounti…

Lixia Wang, Haodong Zhao, Dawei Wang +3

This paper models demand response strategies that incorporate refined carbon emission flows and quantifies their contribution to reducing power grid carbon emissions. It integrates carbon accounting with demand-side flexibility to provide i…

VLADIMIR YA. GOLTYAPIN, IVAN G. GOLUBEV

This paper compares the carbon footprint of agricultural tractors using test results from machine testing stations. It analyzes CO2 equivalent values for domestic Russian and foreign tractors, finding that MTZ and Deutz-Fahr have the smalle…

HONGZHI LU, Mohamad Anuar Kamaruddin

This paper proposes an evaluation model for siting AI data centers that considers both carbon and water impacts. Using the concept of digital carbon-water arbitrage, it explores optimal locations to minimize environmental footprint.

Aitor Domínguez‐Saldaña, Lucía Bacete-Barchín, Alfonso J. Carrillo +7

This study demonstrates microwave-assisted methane decomposition using activated carbon catalysts for CO2-free hydrogen and carbon nanomaterials. At 500°C, 80% methane conversion with complete H2 selectivity is achieved, enhanced by Fe prom…

Marwane Boussetta, Mawouto HOEDEGBE, Mohamed Amine ERROCHDI

This bibliometric study analyzes the integration of AI into carbon accounting using Scopus and VOSviewer, covering publications from 2000 to 2023. It reveals accelerating research trends driven by stricter environmental regulations and corp…

Kaiting Zhi, Jun Yang, Fengjiao Zhang +8

This study quantifies carbon stocks in temperate seagrass beds of the Changshan Archipelago (324.06 ha) in the North Yellow Sea, analyzing driving factors from 39 sampling stations. Results show a mono-dominant community structure with Zost…

Qingwen Zeng, Hanlin Xu, N. Xu +5

This systematic review synthesizes engineering practices for carbon credits using AI, focusing on carbon price prediction and corporate emission prediction algorithms. It highlights how these data-driven solutions enhance transparency, miti…

Virginia Pellerey, Sara Torabi Moghadam, Akito Murayama

This paper develops a causal network and digital decision-support tool for evaluating the impacts of Inclusive Climate Actions (ICAs), such as Nature-Based Solutions, in complex urban systems. The tool defines relationships between ICAs and…

Mathieu Combe, Tristan Briard, Frédéric Segonds +2

This paper presents a pedagogical tool for co-designing systemic and resilient nature-based solutions (NbS) for carbon removal. Tested with nine participants, it significantly improved understanding of NbS dynamics, with notable gains in hi…

Veena Nagaraj, Daniel Gorman, M. James McLaughlin +12

This study demonstrates that thrombolites (microbialite communities) from a hypersaline lake can acclimatize to seawater, exhibiting rapid CO₂ drawdown in closed mesocosms (near-zero within 2-4 hours) and sustained performance for 7 days. S…

Zhou Deng, Zicheng Wu, Yaxin Chen +7

This study proposes an encapsulin-mediated self-immobilization strategy for carbonic anhydrase (CA) stabilization under direct air capture (DAC) conditions. Fusion of SazCA with EncMh enables intracellular self-assembly into supramolecular …