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Type
Webinar

Sustainability benefits of double twisted wire mesh and geosynthetic solutions

Event organised by ICE

Date
24 April 2024
Time

This event has now ended

Overview

Join us for an insightful session delving into the realm of sustainable engineering design.

We'll explore the significance of sustainability, comparing it with traditional approaches. Get acquainted with Life Cycle Assessment (LCA) as a pivotal tool for evaluating environmental impact in engineering projects. 

Through comparative studies, discover the efficacy of Double Twisted wire mesh (DT Mesh) and Geosynthetic (GSY) solutions in scenarios common to GCC projects. Engage with captivating case studies showcasing the implementation of DT Mesh & GSY solutions in renowned international endeavours like Dubai's 'Museum of the Future' and Doha's 'Expo House,' setting new standards for sustainability.

Organised by the ICE UAE Committee, this online event is addressed mostly to professionals and stakeholders in the engineering, construction, and infrastructure sectors, particularly those involved in projects within the GCC region. It may also be of interest to individuals and organizations focused on sustainability, environmental conservation, and innovation in engineering design and construction.

Speaker

Jayakrishnan  P.V.

Jayakrishnan P.V.

Maccaferri Middle East

technical manager

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Jayakrishnan P.V.

Jayakrishnan P.V. specialises in the innovative use of geosynthetics and double-twisted wire mesh solutions in civil engineering projects. His experience with these specialised solutions spans more than 20 years through mountain road development works, hydraulic and coastal protection works, erosion control solutions, MSE wall (Mechanically Stabilised Earth wall), ground stabilization etc.

He is experienced in designing of few of the world's tallest MSE walls for mountain development projects such as the 40 m high wall in Albania (the tallest of its kind in Europe), the 75 m high wall in Sikkim, India (an award-winning project) and the 32 m high wall in Ras Al Khaimah (an award-winning project).

His regional research has been published in many international forums. Currently, he is responsible for Maccaferri's technical proposal activities for a broader region consisting of Middle East, Africa, Turkey and CSI countries.

For more information please contact:

Valentina Cazan