GX & Decarbonization Research

Jaime Menéndez-Sánchez, Jorge Fernández-Gómez, James R. Wilson

This qualitative case study of the Net-Zero Basque Industrial Super Cluster (NZBISC) in Spain explores how clusters collaborate to address industrial decarbonization. It finds that a loosely institutionalized meta-governance structure can b…

Watchara Pattanawiwattanaporn, Choopong Thongkumsamut

This study develops an integrated strategic framework for guiding Thai universities toward net-zero, using Khon Kaen University as a case. Combining literature review, gap analysis, emissions clustering, and design-factor synthesis aligned …

Yusuf Ali Kara, Patrick Phelan

This study presents a dynamic energy simulation of a tiny house aiming for net-zero energy building (nZEB) performance. It sizes a renewable energy supply system combining a ground-source heat pump and PV panels using TRNSYS, calculating pe…

Aleksandra Wawrzyńska, Maciej Szulist

This study proposes a transferable methodology to assess the decarbonization potential of a new short-sea Ro-Pax corridor under the EU ETS, applied to the Gdynia–Liepāja route. Modal shift from road avoids 300–380 kg CO2 per freight unit (4…

Jana Chovancová, Igor Petruška, Emília Huttmanová +1

This paper empirically analyzes the impact of urbanization and land use on EU decarbonization goals using heterogeneous panel models. It accounts for country-specific heterogeneity to assess how urbanization affects energy consumption and e…

Khotimatul Fauziah, Asih Kurniasari, Yuli Astriani +8

This paper assesses the technical and economic feasibility of replacing diesel with hydrogen in remote areas, presenting a decarbonization scenario. It analyzes hydrogen supply chains and costs to identify implementation barriers and opport…

Meyer Ina, Sommer Mark, Baumgart André +4

This paper analyzes scenarios combining decarbonization and circular economy strategies for Austria, evaluating macroeconomic and biophysical impacts such as resource use and emission reductions. It provides insights for policy-making.

Trond Vedeld, Hege Hofstad

This study analyzes 95 interviews and policy documents from 24 climate protest groups in four Nordic cities (Bergen, Oslo, Gothenburg, Stockholm) to explain when climate action is accepted or contested. Throughput legitimacy (fairness, acco…

Tae Yong Jung, Yoonha Lee, Hyunkyung Joo +2

This study develops a bottom-up cost minimization model with 19 steelmaking technologies for six Southeast Asian countries (2020-2070) and designs nine scenarios varying carbon pricing, technology cooperation, and infrastructure readiness. …

Kaisan Li, Shengyu Tao, Zuxun Xiong +8

This paper explores grid-interactive demand-side resource management to facilitate electricity decarbonization in megacities. It likely addresses demand response and integration of distributed energy resources to support renewable integrati…

Athanasios G. Vallis, Efthimios G. Pariotis, John S. Katsanis +2

This review systematically evaluates Carnot batteries (Power-to-Heat-to-Power) for shipping decarbonization. High-temperature Brayton cycles achieve 60-80% efficiency, while subcritical Rankine cycles can exceed 200% apparent efficiency whe…

Brander M.

This report summarizes a workshop on market-based accounting for Scope 2 emissions, focusing on the role of renewable energy certificates and market mechanisms in corporate reporting. It aims to enhance international consistency and transpa…

Meng Q.

This paper evaluates coalbed methane (CBM) in high-rank coal deposits of the southern Qinshui Basin, China, using the Zhengzhuang and Fanzhuang blocks as case studies. It analyzes geological and reservoir characteristics to assess CBM devel…

Perez R.J.

This paper assesses the potential for green hydrogen fuelling of very heavy vehicles in New Zealand, analyzing production costs, supply infrastructure, and technical-economic challenges, and discusses its contribution to decarbonization.

Monteiro J.

This paper analyzes CCUS scenarios for the cement industry, examining the technical and economic feasibility of CO2 utilization. Given the high CO2 emissions from cement production, it highlights the potential and challenges of CCUS as a de…

Suhatril M.

This paper provides a comparative analysis of commercial hydrogen generation technologies, evaluating their characteristics and economic viability. As hydrogen is key to decarbonization, it offers insights for GX advancement.

Fan J.L.

This dataset evaluates CO2 geological storage potential and injection rate capacity in China using fine grid technology, providing essential data for CCUS deployment planning and policy making.

Yang J.

This paper proposes and analyzes renewable energy-hydrogen business models supported by green hydrogen credits to achieve carbon neutrality. It examines the impact of subsidies and credit schemes on the economic viability of hydrogen projec…

Qiao Z.a.

This review focuses on resource utilization technologies for steel slag, a byproduct of steelmaking, and their integration with carbon capture and utilization (CCU). It outlines the potential of carbonation for CO2 fixation using slag prope…

Storrs K.

This paper presents a meta-review of literature on factors impacting CCUS deployment, synthesizing technical, economic, policy, and social dimensions into a comprehensive feasibility framework. It offers a structured approach for evaluating…