GX & Decarbonization Research

Mohamad Khaled Bassma, Ghayth Tintawi

Optimizes envelope design for a Dubai villa, achieving 55% reduction in annual site energy. Favored solutions include moderate window-to-wall ratios, low-e glazing, insulated roofs, and shading. Balances operational energy, thermal comfort,…

Shreya Bhardwaj, Ann Francis, Ranjith P. Soman

This study evaluates wall envelope materials for low-carbon residential design in India using scenario-based energy simulation and life-cycle assessment. Adobe bricks, AAC blocks, and fly ash bricks show best efficiency. Ignoring climate ch…

Li Fei

This study develops a multi-objective optimization framework for low-carbon repair-and-retrofit packages for existing affordable housing in China's high-altitude cold regions. It evaluates building envelope, ventilation, heating electrifica…

Won-Jong Choi, Wangje Lee, Jongkyu Kim +2

This study assesses the applicability of 5th-generation district heating and cooling (5GDHC) systems for energy-efficient retrofits in a net-zero energy campus. It analyzes the use of low-temperature thermal networks and distributed heat pu…

Kumar R.

This study analyzes enablers for synergy between lean manufacturing and net zero in Indian manufacturing. Using cause-effect analysis, it identifies key factors that simultaneously improve efficiency and reduce emissions.

Qian Guo, Z Wang

This study quantifies energy consumption and carbon emissions across production stages for a new cold mix asphalt (New-CMA) using IPCC methods. Compared to hot mix asphalt, it achieves 48% lower total energy use and 40% lower carbon emissio…

Deyue Qin, Jianxiang Xu, Shan Jiang +2

This paper proposes an optimization method to enhance combustion performance for low-carbon equipment, integrating sensitivity analysis and genetic algorithms. It aims to achieve efficient combustion control, contributing to carbon neutrali…

Hussein A M Hussein

This review examines the intersection of gas turbine condition-based maintenance and climate change, emphasizing emissions monitoring for operational efficiency and environmental sustainability. It highlights AI and data analytics advanceme…

Abdulkadir Gungor, Ahmet Nur, Sabir Rustemli +5

This study develops a hybrid data-driven framework combining machine learning and emission factor rescaling to predict campus-wide CO2 emissions. An Artificial Neural Network achieved the best predictive performance (RMSE=2.13 ton/year, R²=…

Afsaneh Norouzian, Sebastian Dickler, Isabel Kuperjans

This paper explores integrating high temperature heat pumps into paper drying processes to reduce industrial carbon emissions. It evaluates energy savings and feasibility, offering insights for decarbonization strategies in the paper indust…

Narjes Abbasabadi, Teresa F. Moroseos, Mehdi Ashayeri +1

This paper presents a scalable urban building energy modeling framework integrating machine learning and physics-based simulations to prioritize health-driven retrofit strategies for decarbonization. Applied to Seattle's Duwamish Valley, th…

Xiaowei Ge, Xiaowei Gu, Jinchi Han +7

This study investigates the effect of sodium-based desulfurization ash on low-carbon cementitious materials activated by calcium carbide residue and coal gasification slag. It evaluates mechanical properties, hydration mechanism, and ecolog…

Kaihan Xie, Ziad Ahmed, Chengyao Li +2

This study proposes microwave drying of thick sewage sludge with SiC reinforcement, achieving energy efficiency and valorization into low-carbon construction materials. It contributes to waste reduction and CO2 emission mitigation.

Byunghak Min, Jiangjiang Shao, Jooseok Oh

This empirical study from Seoul uses Gamma regression to analyze how building form, scale, and topography affect summer electricity consumption. It finds that compact building shapes reduce energy use, vertical expansion is more efficient t…

Suhas U. Pandit, Vilas K. Patil

This study develops a low-carbon ternary binder using activated ground granulated blast-furnace slag (GGBS) and fly ash for high-performance rigid pavement concrete. It aims to reduce CO2 emissions by minimizing cement content while maintai…

Alexis Mundt, Wolfgang Amann, Florine Leighton

This study evaluates the potential of serial renovations using the RENVELOPE system in Austria, estimating about 71,500 buildings could be renovated, achieving average reductions of 73% in final energy demand and 75% in GHG emissions per bu…

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…

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…

Athienitis A.

This paper presents methods for modeling, design, and optimization of net-zero energy buildings. It covers strategies to minimize energy use and integrate renewable energy sources to achieve net-zero performance, offering insights for build…

Satola D.

This paper compares international approaches to achieving net-zero buildings and aims to develop design strategies for greenhouse gas emission reduction through knowledge sharing. It analyzes policies and technologies across countries to pr…