GX & Decarbonization Research

Kathleen West, Youssef Moawad, Philipp Thamm +5

Ichnos+ is a novel system for estimating the carbon footprint of scientific workflows, using fitted power models based on node-specific data. It achieves a 10.8% estimation error across three clusters, outperforming existing plugins. The sy…

А.А. ВАСИЛЬЕВ, В.А. ВАСИЛЬЕВ, Т.В. ВАСИЛЬЕВ

This paper proposes a dual-fuel combustion mixture of ammonia and hydrogen with oxygen, achieving zero carbon emissions. It demonstrates the potential as a carbon-free fuel technology.

Zsófia Bognár, Jeannette de Sparra Lundin, Sune M. Christensen +2

This study investigates immobilized carbonic anhydrase on multi-walled carbon nanotubes for CO2 hydration. Using fluorescence and electron microscopy, they operando observe enzyme loading and activity. At low loading, activity is stochastic…

Xin Li, Zhuo Jin

This paper develops a dynamic stochastic general equilibrium model integrating climate change, damages, abatement, and model uncertainty. It shows that climate model uncertainty leads to lower temperature increases, higher clean-input produ…

Julio Román-Vázquez, Miguel Ángel Repullo-Ruibérriz de Torres

This paper presents a harmonized set of Carbon Farming Fact Sheets that translate scientific knowledge into practical guidance for end users. Developed under the CREDIBLE project, these sheets support climate mitigation, carbon sequestratio…

Ayann Tiam, Sarath Poda, Talal Gamadi +1

This study presents a screening model for a modular 1 MMSCFD Permian associated-gas unit for hydrogen and solid carbon production via methane pyrolysis. The catalytic base case produces 3.78 t/d of H2 and 14.27 t/d of solid carbon. The leve…

Melissa Nihal Cagle

This paper examines the carbon emission reductions achievable through digital government initiatives. Based on the title, it likely provides empirical evidence on how digitalization of government services can lower carbon footprints.

Anushi Sharma, Satish Teotia, D. P. Mondal +2

This study presents a facile synthesis of ZnO nanorod-functionalized carbon foam as a binder-free electrode for supercapacitors, achieving a specific capacitance of 360 F/g and energy density of 38 Wh/kg, demonstrating potential for next-ge…

Zizhen Cai, Xinli Li

Using data from Chinese listed power companies (2010-2021), this paper empirically analyzes how green credit promotes synergy between carbon reduction and efficiency improvement. It finds green technology innovation as a key mediator and ex…

Margherita Paladini, Claudia Cocozza, Alessio Giovannelli +2

This review of 80 studies examines how plant functional traits influence ecosystem functioning in urban and forest systems. It shows that traits mediate ecosystem services and resilience, depending on environmental and management context, s…

Ras Bihari Mahato, Alisa Sahu, Dennies Daise Thomas

This paper explores the integration of rainfall analysis with nature-based solutions to enhance urban flood resilience in Panaji, Goa, India. It likely presents a case study demonstrating how green infrastructure can mitigate flood risks in…

Erich Wolff, Perrine Hamel, Alex M. Lechner +16

This paper argues that monitoring nature-based solutions (NbS) is crucial for regulatory compliance, stakeholder co-creation, and practice improvement. While specific data or methodology is absent in the title, it implies a framework for me…

Vipavee Thongsuk, Annie Young Song

This paper examines the relationship between types of local participation and project performance in Thailand's carbon offset projects. It provides empirical evidence on how different participation forms affect outcomes, offering insights f…

Juyong Lee

This reproducibility package documents a systematic review on public acceptance of net-zero energy technologies (small modular reactors, hydrogen, carbon capture, offshore wind). It includes LLM-assisted screening, full title-abstract revie…

Omran Ebrahimi Darabi, Farzin Hosseinifard, Mohammad Ebadollahi +1

This paper assesses the energy, exergy, and exergoeconomic feasibility of integrating vapor recompression and process-modified post-combustion carbon capture into the Midrex-based direct reduced iron (DRI) steelmaking process, aiming for bl…

Raffaele Manzo, Stefano Papirio, Giovanni Esposito +4

This study proposes an integrated system combining dark fermentation of food waste with a co-culture of microalgae and hydrogen-oxidizing bacteria for single-cell protein production, achieving carbon capture and nitrogen upcycling. The high…

Thiago Reschützegger, Guillaume Maurin, Cíntia Soares +2

Benchmarks 25 universal machine-learned interatomic potentials for CO2 adsorption in MOFs against experimental data, showing quantitative prediction remains out of reach. Introduces a protocol decomposing errors into MOF-CO2 and CO2-CO2 int…

Zulma Lopez-Reyes, Wesley Hopwood, Rafael Canevesi +4

This paper proposes a fluidized bed moisture-based direct air capture system for carbon capture and utilization applications. It discusses the system design, operational principles, and potential for integration with CCU processes.

(著者不明)

This paper reviews recent scientific advancements in carbon capture and utilization (CCUS) technologies, highlighting how CO2 can be transformed from a greenhouse gas into valuable chemicals and fuels. It discusses challenges and future dir…

mohamed kamal arafa el-rakhawi

This paper proposes a comprehensive engineering framework for a direct air capture (DAC) system using recycled nanofiber sorbents, low-pressure-drop architecture, and solar-thermal regeneration. It details the design methodology and regener…