GX & Decarbonization Research

Zoya Pourmirza, Benoit Couraud, Mehmet Bozdal +11

This review paper provides an overview of cyber-physical multi-energy systems (CPMES) for integrated energy systems, discussing how combining digital and physical infrastructure can optimize energy network efficiency and support the transit…

Shokhista Khaydarova

This paper analyzes the role of international cooperation and economic implications in the green transition using regional data from Uzbekistan (2020-2024). It finds that while electricity production increased, environmental burden also ros…

Panagiotis Karvounis, Γεράσιμος Θεοτοκάτος, Osman Turan

This paper presents a thermodynamic comparison of renewable production pathways for methane, methanol, and ammonia as shipping fuels. The second-law efficiencies are 29.2%, 32.7%, and 30.9%, with electrolysis as the main source of irreversi…

Nurcan Kilinc-Ata, Bibin Xavier

Rare earth elements (REEs) are critical for clean energy technologies but face supply concentration risks. This study uses panel data from 24 importing countries to show that renewable energy deployment and economic growth increase REE impo…

Paula Martina Barbato, Stefano Puricelli, Simone Casadei +1

This literature review examines electrofuels (e-diesel, e-petrol, e-OME3-5) for passenger car decarbonization, covering production pathways, fuel properties, ICEV compatibility, and a systematic review of LCA studies. Climate benefits are r…

Hairong Wang, Chengyi Hong

This paper proposes a stock-based monitoring framework to distinguish between renewable capacity additions and fossil asset persistence in global power systems. Using global asset-level data from 2010-2026, it demonstrates that even regions…

1 CUBE

A webinar bringing together researchers and industry experts to discuss process safety challenges in industrial electrification for the energy transition. Focus on safety implications of electrical heating in reactors, sharing practical exp…

Vrtal, Matěj, Bouzek, Karel, Paušová, Šárka

This paper presents a two-layer simulation and optimization framework for renewable energy communities (RECs). The lower layer models power flows, while the upper layer uses NSGA-II to optimize priority ordering and allocation weights for e…

Sampriti Chattopadhyay, A. I. Torres, I. E. Grossmann +1

This paper proposes a grid-aware optimization framework for electrified refineries that captures two-way interactions between industrial electricity usage and power flows. Using a DC Optimal Power Flow model to generate locational marginal …

Sorin Ahn, Jong Ho Hong

This study analyzes the greenhouse gas emission reduction effects of telecommuting in the transport sector in South Korea. It provides empirical evidence on the potential of telework policies to contribute to decarbonization in the transpor…

Prodia Nur Kemala, D. P. Koesrindartoto, D. Hakam

This paper explores how the digital economy can contribute to sustainable energy transitions and environmental technology, discussing the potential of digital technologies in improving energy efficiency and integrating renewable energy.

Ridha Ali Ben Saleh, Nicola Faccilongo, R. Rana

This study examines the impact of renewable energy production on financial performance for 27 major petroleum companies (2015-2022) using dynamic GMM. It finds a positive U-shaped effect on accounting-based metrics but no significant effect…

Ma Li, Y Yiannian He

Using data from 99 prefecture-level cities in the Yellow River Basin from 2013-2024, this study empirically examines how digital technology facilitates energy transition by enhancing renewable energy technology innovation and human capital …

Buchen Wu, Jingjing Qian, Yue Li

Using provincial panel data from China (2000-2022), this paper finds that spatial misallocation of fossil energy significantly hinders economic growth, especially in central regions and coal-heavy areas. New energy development moderates thi…

:unav

This lecture discusses the importance of continuous action in building low-carbon cities. It emphasizes comprehensive strategies and long-term commitment for urban decarbonization.

Jutaporn Chanathaworn, Sommai Saramath, Sarawut Polvongsri +1

This paper evaluates the life-cycle energy consumption and carbon footprint of Siam Orange marigold grown in semi-transparent solar agrivoltaic greenhouses. It demonstrates the potential of agrivoltaics for low-carbon agriculture and identi…

Kristen Morse, Nele Kretzer, Chandra P. Singh +8

This paper experimentally characterizes a fuel-flexible burner integrated with an ultrasonic atomizer for low-carbon operation, demonstrating the feasibility of combustion technology capable of using multiple low-carbon fuels.

Xiao Guo, Fuya Yuan, Yuhan FU

This study proposes a bi-level programming framework for low-carbon vehicle routing optimization that accounts for road congestion. It internalizes a carbon tax and uses a hybrid genetic algorithm. A case study on the Sioux Falls network sh…

Zhuhong Gao, Bin Su, Chao An +1

This paper uses Data Envelopment Analysis (DEA) to examine how policy stringency affects the cost-effectiveness of low-carbon transition. It proposes a sequential conditional robust DEA model to identify efficient strategies for China's ene…

Marcelo Vegi da Conceição, Maria Asensio, Filipa Vala

This paper compares policy advisory systems (PAS) for renewable energy in Portugal and Denmark. It finds contrasting models: Portugal's centralized, politicized system versus Denmark's institutionalized, participatory one. It also analyzes …