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Lei, Z., Pavia, S., Potential of Bauxite Refining Residue (BR) as CEM II Replacement to Produce Low Carbon Cement, Construction, Energy, Environment and Sustainability. ICCEES 2025, Bari, 2025, edited by Berardi U., Antonio J., Simoes N. , 743, (Lecture Notes in Civ), Springer, 2026,
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G Kaur, JM Fernández, Í Navarro-Blasco, S Pavia, JI Álvarez, Evaluation of Cement Mortars incorporating Calcined Red Mud: Characterisation and Strength Development, book series: Lecture Notes in Civil Engineering (LNCE, volume 743), CEES 2025 Construction, Energy, Environment and Sustainability, Bari, edited by Berardi et al. , 1, Springer, 2026,
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G Kaur, JM Fernández, Í Navarro-Blasco, S Pavia, JI Álvarez, Photoreactive red mud cementitious composites for environmental remediation, Cleaner Engineering and Technology, 30, (101153), 2026,
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G Kaur, S Pavia, G Martinez-de-Tejada, JM Fernández Álvarez, I Navarro Blasco, JI Álvarez, From waste to wholesome: An innovative material with biocidal and pollutant abatement ability partly made with red mud waste, Engineers Ireland Magazine, 2026,
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G. Kaur, J. M. Fernández, I. Navarro-Blasco, S. Pavia, J I Álvarez, Red Mud Mortars: A Sustainable Solution for the Restoration of Contemporary Buildings, 7th Historic Mortars Conference (HMC 2025), Padova, 2-4 September 2025, edited by Bonetto, Ghiotto , Costruire nel mondo, (11), 2025,
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G. Kaur, J. M. Fernández, I. Navarro-Blasco, S. Pavia, J I Álvarez, From Toxic Waste to Sustainable Building: Red mud Cementitious Composites for Environmental Remediation, Proceedings ICSBM 2025 : 4th International Conference on Sustainable Building Materials, Eindhoven, 2025, 4, (ISBN 978-90-386-6618), 2025,
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Z Lei and S Pavia, Geopolymer based on spent fluid catalytic cracking catalyst: Design optimisation and high-temperature resistance, Case Studies in Construction Materials, 22, 2025, phttps://doi.org/10.1016/j.cscm ,
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Lei, Z., & Pavia, S., Biomass ash (BA) waste as an activator to produce carbon-negative cement, CEMENT, 18, 2024,
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Lei Z., Pavia S., Pozzolanic activity of FCC catalyst waste slag (CWS) for cement and geopolymer production, Cleaner Engineering and Technology, 20, 2024,
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Lei, Z., Pavia, S., & Wang, X., Biomass ash waste from agricultural residues: Characterisation, reactivity and potential to develop one-part geopolymer cement, Construction and Building Materials, 431, 2024,
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