GX & Decarbonization Research

Andreas Pestel, Ralph Behrend, Sven Eckart +2

This paper proposes a hybrid heating concept for glass melting using microwave radiation and microwave-induced plasma. A demonstrator was built and tested, achieving residue-free glass melting at 1 kg/h with Technology Readiness Level 6, pr…

Jacopo Seccatore, Alex Contreras, Tatiane Marin

This study evaluates Ultra-High-Intensity Blasting (UHIB) for reducing energy consumption and GHG emissions in mineral comminution under Chilean mining conditions. Simulations show energy reductions of ~18% for hard ore and >30% for soft or…

Wei-Hsin Chen, Christian Roice Tayag, Aristotle Ubando

This review examines thermoelectric building envelopes for cooling, heating, heat recovery, and power generation, assessing their potential toward net-zero buildings. It compares principles, performance, and integration methods, offering in…

Riley Renner, Wyatt Ross, Amanda Webb

This paper argues that net-zero energy building (NZEB) performance must be reassessed under future climate change scenarios to ensure resilience. Current NZEB standards may not guarantee net-zero status over the building's lifetime due to s…

Roger Padullés, Martin Pihl Andersen, Niklas Bagge Mogensen +3

This paper proposes generalized electrification solutions for breweries using Pinch Analysis for heat pump integration and process decarbonization. It offers a practical method to improve energy efficiency and reduce emissions at industrial…

Kadhim Hayawi, Husna Maliakkal, Neethu Venugopal +2

This paper proposes a machine learning framework for forecasting consumption, explaining drivers, and evaluating decarbonization pathways in residential district cooling systems. It aims to improve energy efficiency and reduce CO2 emissions…

Wenzhuo Ma, Tao Dong, Deqing Zhu +7

This paper investigates enhancing self-heating decarbonization and activation of coal gangue (coal mining waste) via a pellet sintering process. While details are unavailable, the method could combine waste utilization with carbon reduction…

Luis Alberto Rivera Martínez, Juan Carlos Arcila Buriticá, Iván Darío Aristizábal Henao +2

This study examines bioclimatic retrofits for educational infrastructure in hot-humid climates, focusing on thermal resilience and energy decarbonization. It analyzes specific retrofit strategies and their effectiveness in reducing energy c…

Xiao Lang, Mingyang Zhang, Wengang Mao +2

This paper proposes a physics-guided machine learning approach to assess ship biofouling, which increases drag and fuel consumption. By integrating physical constraints into ML models, it enables more accurate evaluation, supporting operati…

Lajos Berentes, Peter Mizsey, Bela Viskolcz +3

This paper proposes a chemical engineering framework for decarbonization and process improvement in an industrial formalin plant. It presents specific process improvement methods and energy efficiency measures, evaluating the potential for …

Sarah Schneeberger, Pascal M. Vecsei, Esther Linder +1

This study assesses the decarbonisation potential of thermal nanogrids that utilise surplus heat from neighbouring heat pumps in Switzerland's building sector. It quantifies energy savings and emission reductions, demonstrating the effectiv…

Rosa Francesca De Masi, Antonio Gigante, Alessandro Russo +1

This paper proposes a monetized whole-life carbon approach for residential retrofitting to achieve net-zero energy buildings (ZEBs) while balancing economic and decarbonization goals. It monetizes carbon emissions over the lifecycle and int…

Chao Ye, Abbas Dashitimanesh, Yongkuk Jeong +1

This paper reviews the application of digital twin technology in integrated ship design and production for decarbonization. It explores how digital twins can enhance efficiency and reduce emissions in the maritime industry.

Hadi Tannous, Savvas A. Tassou, Geoffrey J. Rodgers

This review examines decarbonisation pathways for tunnel ovens used in baking, covering electrification, hydrogen, and energy efficiency improvements. It synthesises technical and economic challenges for industrial process heat decarbonisat…

Qiguo Yi, Guiling Ran, Huiting Chen

This study analyzes panel data from 110 Chinese resource-based cities (2013-2022) to examine the impact of digital intelligence transformation (DIT) on carbon emission efficiency (CEE). Using a comprehensive DIT index and SBM-GML approach, …

Liu X.

This empirical study examines how the development of sustainable finance (e.g., green bonds, ESG investing) affects energy efficiency in emerging economies. It explores mechanisms linking financial instruments to efficiency gains and derive…

Navdeep Bhadbhade, Jonas Grand, Benjamin Ong

This study develops a framework integrating Pinch Analysis, LCA, and multi-objective optimization to identify cost-effective decarbonization strategies for industrial heat systems. It evaluates configurations of heat recovery, heat pumps, s…

Fisco-Compte P.

This paper proposes a sustainable production scheduling methodology that accounts for implicit demand response and carbon policy. A manufacturing case study demonstrates potential for simultaneous cost reduction and emissions reduction.

Kuzior A.

This study assesses the impact of digitalization on greenhouse gas emissions using EU member states as a case. It provides evidence on how digitalization may contribute to emission reductions and identifies challenges.

Almås A.J.

This study evaluates costs, energy savings, and GHG emission reductions from energy efficiency measures such as insulation, window replacement, and heat pumps in existing detached houses in Norway. It identifies cost-effective measures and …