GX & Decarbonization Research

Musa Khan, Wu Chao, Kishwar Ali +1

Using German data, this study employs Fourier-based estimators to analyze the impact of energy taxation, robotics adoption, and green bond issuance on greenhouse gas emissions. It finds that a combination of carbon pricing and green bonds i…

Surjandari I.

This paper conducts a digital carbon footprint assessment of the Universitas Indonesia data center using the GHG protocol, quantifying energy consumption and emissions to identify reduction opportunities.

Zisimos Toumasatos, Hanwei Zhu, Tianbo Tang +4

This paper presents real-world emissions measurements from heavy-duty vehicles (diesel, natural gas, diesel-hybrid electric), comparing particulate matter, GHGs, and toxic gases. Results show hybrid vehicles reduce NOx effectively but have …

van Reenen C.

This article reviews the progress and challenges of net zero carbon buildings in South Africa, assessing policy, technology, and financing aspects.

Sadeeka L. Jayasinghe, Dean T. Thomas, Michael Young

This empirical study demonstrates that mixed-cropping in semi-arid dryland regions reduces greenhouse gas emissions while improving profitability. Although specific methods are unknown due to missing abstract, it provides insights for clima…

Chlela S.

This paper assesses the contribution of CDR in net-zero pathways through a land–energy nexus. It quantifies how land-use constraints affect CDR feasibility and emphasizes sustainable CDR strategies.

Tamiru Chalchisa, Yadeta Bekele, Shigdaf Mekuriaw +6

This study investigates the relationship between sheep offtake rates (the proportion of livestock sold or consumed) and greenhouse gas (GHG) emissions in central and southern Ethiopia. It provides a quantitative assessment of how livestock …

Azadeh Dabiri, John McIlroy, Katerina Theodoridou +2

This paper investigates innovative methods to reduce ammonia and greenhouse gas emissions from cattle slurry storage. It provides empirical evidence on the effectiveness of various techniques, contributing to agricultural climate mitigation…

Parker S.F.

This paper discusses how neutron scattering and related techniques can advance catalysis for net-zero emissions, with applications in hydrogen production, carbon capture, and efficient chemical processes.

Bayraktar M.

This study evaluates the greenhouse gas fuel intensity of marine fuels under the maritime net-zero framework. It compares lifecycle GHG emissions of various alternative fuels, providing benchmarks for regulatory compliance.

den Elzen M.G.J.

This paper analyzes how uncertainties in net-zero climate targets affect greenhouse gas emissions projections. It shows that varying assumptions about target stringency lead to wide ranges in projected emissions.

Jérôme Cardolaccia, Nicolas Alpy, Philippe Amphoux +12

This paper introduces the IDNES project by the French Alternative Energies and Atomic Energy Commission (CEA), which explores nuclear reactor applications beyond electricity generation, such as industrial heat and hydrogen production, to su…

Fuoli M.

This paper uses corpus-assisted analysis to evaluate the substance of corporate net-zero pledges, applying NLP methods to quantify commitment specificity and target rigor, revealing significant variation in pledge quality and potential gree…

Singh S.K.

This paper proposes policy frameworks that leverage AI technologies to accelerate the transition to a net-zero economy. It explores how data-driven decision-making and predictive models can support the design and evaluation of effective dec…

Moaz Bilto, Tanay Sıdkı Uyar

This comprehensive review evaluates hydrogen's role in decarbonizing critical sectors such as industry, transport, and power. It analyzes technical feasibility, economics, and policy frameworks, concluding hydrogen is a promising enabler fo…

Khara S.

This paper explores the pathways to achieve net-zero energy using artificial intelligence, discussing how AI can optimize energy efficiency and integrate renewable energy sources.

Dan Ma, Fang Xiao, Chien-Chiang Lee

This study analyzes how data sharing and analytics in supply chains can contribute to decarbonization. It quantifies the emission reduction potential from data-driven decisions, offering insights for corporate Scope 3 strategies.

Singh R.K.

This paper examines how net-zero policies drive supply chain decarbonization through carbon accounting practices. Using dynamic capabilities theory, it reveals mechanisms by which policies enhance environmental impact and firm capabilities.

Zi-ang ZHANG, Daofeng Zhong, Xinghao LYU

This study analyzes whether a carbon price risk threshold triggers modal shift in multimodal freight networks, using a risk-informed optimization model with empirical evidence from China. Results show that increased carbon price risk promot…

Fangfang Yan

This paper analyzes the impact of energy transition policies on regional economic resilience, likely with Chinese case studies, examining the economic effects of such policies.