GX & Decarbonization Research

Amani Alsheikh, Yassine El Mendili, Othman Omikrine Metalssi +3

This study develops low-carbon cement using metakaolin and limestone to replace over 65% of clinker. A ternary mixture with 35% clinker, 32% metakaolin, and 33% limestone achieved 59 MPa compressive strength at 28 days. Chemical indicators …

Ariana Y. Ojeda P., Gourisankar Sandaka, Günter Beuchle +4

This paper proposes an optimal design approach for a low-carbon concrete production plant that accounts for variable material composition and electricity prices. The method aims to reduce energy consumption and CO2 emissions while improving…

Xiaofeng Zhang, Wei Ding, Yunxiao Bai +2

This paper reviews key technologies for green and low-carbon construction and operation of converter stations in high-altitude regions (e.g., Tibet) in response to China's dual carbon goals. It analyzes carbon emission sources across the li…

Minsu Kim, Jinhyun Park, Oju Kwon +2

This study proposes using activated carbon pores as growth templates to fabricate thermoelectric films with low thermal conductivity, aiming at waste heat recovery applications.

Claudia Stanszus, Andrea Agner, Doris Österreicher

This paper develops energy-efficient retrofit strategies for post-war high-rise buildings, using Stuttgart's Asemwald estate as a case study. Through thermal bridge calculations and energy simulations, it demonstrates up to 60% reduction in…

Thomas Swarts, Abdul Wahab Siyal, P. Winnie Gerbens-Leenes

This study analyzes the water-energy-food nexus in Pakistan, exploring crop redistribution to minimize agricultural blue water consumption, energy use, and carbon footprints under average and extreme weather scenarios. It identifies trade-o…

Nelson Mc Kenzie, Gerald Enrique

This paper compares floating ocean data centers (cooled by seawater, powered by offshore renewables) with orbital data centers across seven engineering dimensions. It finds ocean platforms win on 6 of 7 for a 36-month horizon, but notes tha…

Wang Q.

This paper proposes a method using Particle Swarm Optimization to jointly optimize base station sleeping and renewable energy procurement, improving energy efficiency and integrating renewables in telecom networks.

Adamantia Stamou, Constantinos Varsos, George Darzanos +3

This paper analyzes the trade-offs in 6G and ICT ecosystems between service quality and energy/CO2 efficiency, proposing incentive mechanisms to align stakeholder behaviors. It illustrates cases for media streaming and AI services, highligh…

Abdullah Naser M. Asiri

This study proposes a unified framework integrating industrial waste-based low-carbon concrete development with machine-learning-driven strength prediction and optimization. Using fly ash and GGBS, 300 experimental observations were modeled…

Mehmet Akif Aydın, Gül Koçlar Oral

This study analyzes building envelope codes across climate zones, revealing inefficiencies in carbon emissions, energy use, and cost. It suggests future improvements to enhance building performance and reduce environmental impact.

Cem Emeksiz, Muhammed Musa Fındık

This paper analyzes energy loss mechanisms in photovoltaic systems and discusses assessment and mitigation approaches. It highlights the use of artificial intelligence and machine learning for loss prediction and fault detection, offering a…

GALVEZ PRP

This paper proposes a transferable design framework for energy geostructures (EGS) — foundation elements with ground heat exchangers — adapted from UK practice to the Peruvian Andes. It synthesizes UK thermo-mechanical design parameters and…

Saeed Akbari, Luis M. Camarinha-Matos, João Martins

This paper proposes an optimization method combining clustering and a stochastic hierarchical approach for energy management in net zero energy buildings (NZEB). It considers uncertainties in renewable generation and demand, enabling effici…

Quiteria Angulo-Ibáñez, Javier Cárcel-Carrasco, Fabiola Colmenero-Fonseca +1

This paper critically reviews the potential of mycelium, hygromorphic wood, and hemp as emerging natural materials for low-carbon construction, comparing them with conventional materials in specific applications. It reports that mycelium co…

Chapman Andrew, Karmaker Shamal Chandra, Tamura Kazushi +1

This paper discusses how tribology (friction, wear, lubrication) contributes to Japan's carbon neutrality goal. Reducing friction improves energy efficiency and extends machinery life, cutting CO2 emissions. Implementation in industry and p…

Tian Y.

This study uses the ECAM tool to analyze GHG emissions and energy consumption across full-scale wastewater treatment plants, offering insights for improving energy efficiency and reducing emissions.

Wynes S.

This paper presents methods and empirical results for quantifying greenhouse gas emission reductions from behavioral interventions aimed at reducing driving, meat consumption, and household energy use. It provides evidence on the effectiven…

Variny M.

This paper proposes a method to reduce greenhouse gas emissions from oxygen production by improving compression heat management in a cryogenic air separation unit. The specific results are not provided, but it contributes to emissions reduc…

Sweetapple C.

This paper proposes a multi-objective optimization approach for controlling wastewater treatment plants to reduce greenhouse gas emissions. The optimization balances energy consumption and GHG emissions while maintaining treatment performan…