Soil reinforcement based on Bio-Geo-Chemical processes: from laboratory insights to field applicatio

Name: Soil reinforcement based on Bio-Geo-Chemical processes: from laboratory insights to field applicatio
Start: 2026-05-27T04:30:00+03:00
Location: Panepistimiou avenue, 1, 2109 Nicosia, Cyprus

Schedule

Wed, 27 May, 2026 at 04:30 am

UTC+03:00

Location

Panepistimiou avenue, 1, 2109 Nicosia, Cyprus | Nicosia, NI

The Department of Civil and Environmental Engineering invites everyone to the Seminar by Prof Lyesse Laloui from Swiss Federal Institute of Technology at Lausanne (EPFL) as Kimberly-Clark Distinguished Lecturer 2026.. This Seminar is organised as part of the Seminar Series "The Engineer in Society".
Title of the Seminar: «Soil reinforcements based on Bio-Geo-Chemical processes: From laboratory insights to field applications»
This lecture highlights the emergence of bio-geotechnical engineering, specifically by focusing on Microbially Induced Calcite Precipitation (MICP), this is achieved by addressing the pressing need for sustainable and efficient engineering solutions as an alternative to traditional chemical synthesis. MICP presents itself as a promising and sustainable approach to soil stabilization, mitigating environmental concerns linked with cement-based products. Through harnessing microorganisms present in soil and groundwater, MICP not only enhances soil mechanical properties but also contributes to geohazard mitigation. This comprehensive lecture spans MICP studies, ranging from microscopic characterizations to lab-scale testing and large-scale applications, showcasing its adaptability and versatility. It delves into the bio-chemo-mechanical principles of MICP, emphasizing the increasing interest and expanding research within the field. The discussion extends to advancements in modeling tools, crucial for evaluating and optimizing MICP processes. These innovations play a pivotal role in bridging the gap between theoretical research and practical applications, guiding the design of MICP for real-world scenarios. Furthermore, the lecture stresses the necessity of shifting focus towards MICP application at natural sites, highlighting its potential to become a standard in sustainable geotechnical engineering.
📅 Wednesday, 27th May 2026
🕓 16:30
📍 School of Engineering, University of Cyprus – Building ΠΟΛ10, Room B107
The Seminar is open to students, researches and professionals interested in material innovation.

Speaker's short bio:
Lyesse Laloui is a professor of civil and environmental engineering at the Swiss Federal Institute of Technology at Lausanne (EPFL) where he directs the Laboratory for Soil Mechanics. He is a world-renowned expert in geomechanics and geo-energy. Inspired by the intricate systems of the natural world, his groundbreaking research into the physical mechanisms of geomaterials has unlocked innovative technologies crucial for addressing climate change, resource optimization, and the widespread adoption of renewable energy. His impact is underscored by prestigious awards, including an Advanced ERC Grant, an ERC Proof of Concept Grant, and an EiC Transition Grant. Prof. Laloui's international recognition is further solidified by two honoris causae (Heriot-Watt University, Technical University of Cluj-Napoca) in recognition of his sustainability leadership. Prof. Laloui holds influential positions within the Swiss Academy of Engineering Sciences and Academia Europaea, and serves as European Vice President for the International Society of Soil Mechanics and Geotechnical Engineering. As founder and Honorary Editor-in-Chief of Geomechanics for Energy and the Environment, Prof. Laloui shapes the field's discourse. His vast publication record includes internationally celebrated works. He is a sought-after keynote speaker (>50 conferences) and the recipient of numerous awards, including the Interpore Kimberly-Clark Distinguished Lectureship Award (2026), ASCE Kersten Lecture (2020), Vienna Terzaghi Lecture (2022), the DFI John Mitchell Lecture (2025) and more. Prof. Laloui's commitment to innovation extends beyond academia, holding several patents and founding five EPFL startup. This underscores his ability to translate cutting-edge science into impactful technologies, often drawing inspiration from nature's own solutions.