GX & Decarbonization Research

Pascal Genest-Richard, Sarah J. Pogue, Isabelle Breune +4

This study analyzes greenhouse gas emissions and nitrogen flows on multispecies pastured livestock farms in Québec, Canada. It suggests that grazing management can reduce emissions, providing insights for sustainable livestock production.

Mikołaj Nakonieczny, Paweł Kucharski

This paper examines operational challenges of transitioning to low- and zero-emission buses under EU climate policy and national decarbonization strategies. It focuses on charging/refueling infrastructure, depot operations, timetable planni…

Pruethsan Sutthichaimethee, Danupon Ariyasajjakorn, Jianhui Luo +4

This paper proposes an advanced integrated cross-sectoral model for formulating government strategies on energy consumption management to reduce greenhouse gas emissions toward net-zero. The model addresses multiple sectors simultaneously, …

Xin Chen, Isabela Butnar, Paul E. Dodds +1

This study employs prospective life cycle assessment to evaluate the feasibility of achieving net zero greenhouse gas emissions in UK traditional cider production by 2050. It examines various transition pathways, including changes in agricu…

Won-Jong Choi, Wangje Lee, Jongkyu Kim +2

This study assesses the applicability of 5th-generation district heating and cooling (5GDHC) systems for energy-efficient retrofits in a net-zero energy campus. It analyzes the use of low-temperature thermal networks and distributed heat pu…

Samia Elattar

This paper proposes an AI framework for carbon-aware production scheduling that integrates environmental and public health co-benefits, enabling efficient emission reductions for industrial decarbonization.

Žilvinas Vainoras, Sergejus Lebedevas

This paper develops a segment-based multi-criteria dynamic assessment framework for evaluating ten decarbonization technologies for commercial fishing vessels (medium-to-large trawlers). The 2026 baseline shows operational measures and sust…

Ruiling Duan, Yanchao Zhu, Yuchun Xie +3

This paper proposes advanced direct-injection strategies for ammonia in dual-fuel engines, aiming to achieve high efficiency and decarbonization.

Conghao Yi, Catherine A. Peters, David R. Cole

This paper proposes a dual strategy combining geologic hydrogen (H2) generation with simultaneous CO2 mineralization. It demonstrates the potential to achieve energy decarbonization by fixing CO2 underground during H2 production. This appro…

Baixue Peng, Siyuan Chen, Longzhi Lu +3

This paper examines the potential of heavy-duty hydrogen fuel cell vehicles for decarbonization, analyzing policy implications. It assesses the role of hydrogen in heavy transport and provides insights for policymakers on scaling up fuel ce…

Naomi Klepacz, Olivia Geddes, Frederik Dahlmann +7

This cross-sectional study investigates patient engagement in decarbonising primary care in England. It analyses patient awareness and willingness to participate in carbon reduction efforts, offering insights for healthcare decarbonisation …

Li Y.

This study reports that adding waste-derived MgO improves the CO2 retention performance of magnesium oxychloride cement (MOC). It demonstrates a method that simultaneously utilizes industrial byproducts and enhances the carbon fixation capa…

Sola A.

This paper critically assesses the environmental impacts of the green hydrogen supply chain, from production via electrolysis to transportation and end-use. It highlights trade-offs such as renewable energy demands, water consumption, and l…

Hu W.

This paper addresses the optimization scheduling problem of a comprehensive energy system in a low-carbon park, considering CCUS and HECU (Hydrogen Energy Coupling Unit). It proposes a system design method aiming to balance energy efficienc…

Ghosh R.

This mini review outlines the application of artificial intelligence in green hydrogen systems, focusing on AI-driven optimization and prediction to improve hydrogen generation efficiency, and suggests future research directions.

Lu Y.

This paper reviews the current state and prospects of CCUS-EOR technology and discusses accounting evaluation methods for carbon emission reduction. It identifies technical challenges and future directions.

Tan S.

This paper evaluates the carbon capture, utilization, and storage (CCUS) capability of cementitious pastes incorporating CO2-free and CO2-saturated biochar. It demonstrates the potential of biochar-based construction materials for carbon se…

Saravade V.

This paper examines the drivers and barriers for green bond market growth in Canada, offering insights for scaling climate finance through policy and market mechanisms.

Kashif M.

This study empirically examines the impact of green finance and FinTech mechanisms on financial stability using data from advanced and emerging economies, offering insights into systemic risk evaluation.

Caparrós A.

This paper analyzes the impact of emissions trading on technology adoption and output under international competition. It highlights that labor market rigidity increases adjustment costs, potentially weakening technology adoption effects. P…