GX & Decarbonization Research

Santiago Valencia G., Joakim Munkhammar, Andreas Theocharis +1

This study analyzes life-cycle GHG mitigation potential of solar PV across EU countries with hourly resolution. Mitigation varies from 0.6 t CO2e/kWp in Sweden to 18.6 in Cyprus, with up to 49% difference from yearly averages. Results can g…

Erandi Kalehe Kankanamge, Thiagarajah Ramilan, Peter R. Tozer

This study explores heterogeneity in New Zealand dairy farms and identifies management and production factors associated with GHG emissions and operating profits. Using panel data from 2012-2022, it finds that total feed intake, nitrogen fe…

Sarah Bowler, William C. Hunt, Jon McKechnie

This study analyzes greenhouse gas emissions and cost trade-offs of renewable feedstocks for methyl methacrylate (MMA) production. Compared to conventional fossil-based feedstocks, renewable alternatives offer significant GHG reductions but…

Chenting Wang, Guoping Ding

This study uses data from Chinese A-share listed companies (2008-2023) to examine how supply chain finance affects corporate zero-carbon transition. Using text analysis, it constructs a zero-carbon index and supply chain finance indicator. …

Michał Kosakiewicz, Wiktor Sitek, Małgorzata Kurcjusz +1

This study proposes a decarbonization-oriented selection framework for heating, ventilation, and domestic hot water systems in multi-family buildings. It compares conventional and low-carbon systems (heat pumps with renewables) using energy…

Büşra Selenay Önal, Zafer Utlu

This study compares a natural gas boiler and an electric heat pump providing 100 kW of useful heat at 60°C using energy and exergy analysis. The heat pump reduces energy consumption by 74% and exergy loss by over 80%, and emits 42.7% less C…

Jiajun Du, Wei Wang, Ting Lou +1

This paper proposes a probabilistic framework for risk-informed embodied-carbon compliance of new construction buildings, integrating seismic risk and dynamic decarbonization-consistent limits. The framework allows for assessing whether bui…

Ricardo García-Mira, Nachatter Singh Garha, Christian Klöckner +1

This study examines whether decarbonization leads to psychological de-territorialisation in coal and carbon-intensive regions across EU countries, highlighting an emerging challenge for a just transition.

Antoni Arif Priadi, Tri Cahyadi, Winarno +7

This systematic literature review synthesizes current evidence on decarbonization and pollution prevention strategies in Wing-in-Ground (WIG) craft design. It identifies green propulsion systems (electric power, low-carbon fuels), advanced …

Emerson Madlangbayan Reyes

This study explores the role of Filipino Early Career Ocean Professionals (ECOPs) in domestic shipping decarbonization. Findings show moderate to high awareness of environmental aspects but gaps in regulatory and technical knowledge. Policy…

Ingrid Lopes Motta, Elton Wagner Zobisch, Geltom Luís Vieira +9

This critical review examines two pathways for oil and gas companies to align with net-zero by 2050: diversifying into renewables and decarbonizing residual operations. It covers repurposing upstream infrastructure for geothermal and carbon…

Noah Blank, Samuel A Markolf, Amir Sharafi

This study models electricity demand and emissions from full LDV electrification in California, using regional data. It finds that grid decarbonization is the dominant driver of system-wide emissions, while charging timing provides secondar…

Hong-xing Wen, Zhi-qi Zeng, Chang-sheng Zou +2

This empirical study examines how digitalization drives decarbonization in Chinese enterprises, comparing cost-saving and efficiency-enhancing pathways. It finds that efficiency gains, rather than cost reductions, are the primary channel th…

Dominik Dubec, Marek Šolc, Kristína Kovalčíková +2

This review examines decarbonization pathways for the iron and steel industry, which accounts for 7-9% of global CO2 emissions. It evaluates hydrogen-based direct reduction, CCUS, electrification, and efficiency improvements, highlighting c…

Zhaoyuan Wu, Jianxiao Wang, Lanyi Wei +7

This study quantifies the potential of roadside solar photovoltaic deployment along China's roads and railways using a geospatial framework. It maps 480,019 km of transport infrastructure to 4,133 meteorological grids. Under baseline scenar…

Zhaojie Shen, Leyuan Wang, Lu Han +8

This study analyzes key challenges in natural gas engine combustion, including slow combustion and methane slip under lean conditions. It reviews technological solutions such as turbulence enhancement, high-energy ignition, fuel reactivity …

Sylvie Douard, Laura Teodorescu, Franck Pra +5

The HEATERNAL EU project develops a high-temperature (>500°C) thermal energy storage system using phase-change materials to recover industrial waste heat, aiming to replace natural gas and integrate renewables. It targets 350% energy densit…

Raya-Tapia A.Y.

A review of Power-to-X (P2X) technologies, focusing on sustainable energy carriers like hydrogen and synthetic fuels. It discusses their role in decarbonizing hard-to-abate sectors and supporting the green chemical revolution.

Christopher Selvam D.

This paper explores sustainable catalysis for green hydrogen production from waste, aiming to reduce emissions and advance the energy transition.

Ribeiro J.X.F.

This paper overviews the role of Power-to-X and hydrogen technologies in decarbonising energy systems. It discusses technical and economic prospects from renewable-based hydrogen production to industrial and transport applications, clarifyi…