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Explore our 3D animation series demonstrating how Aqueducts, Aqua Arteries, and Nexus Weir work together to protect cities from flooding.
A system overview of how elevated Aqueducts and Aqua Arteries work together to rapidly divert excess floodwater above high tide and storm surge levels.
A real-world simulation of how Aqueducts & Aqua Arteries would be deployed across the Klang Valley to address one of Malaysia’s most persistent urban flooding challenges.
Illustrates how elevated Aqueducts bypass congested river systems to discharge floodwater directly to the sea – above storm surge levels for a failure-proof outcome.
Showcases how Aqua Arteries collect excess floodwater from surface drains and channel it into the elevated Aqueduct system for rapid, above-tide discharge.
A step-by-step breakdown of how Aqueducts and Aqua Arteries work together – from underground collection to pumping and discharging above storm surge levels.
An introduction to Nexus Weir – Nexus EC’s latest innovation in seawater intrusion prevention and floodwater discharge, engineered as part of the 3rd generation flood mitigation system.
Demonstrates how the Piano Weir structure acts as a barrier against seawater intrusion while enabling rapid discharge of excess floodwater – a world-first dual-function solution.
Shows how the Nexus Weir prevents seawater intrusion inland while increasing river discharge capacity by 23.7% to 63% in coastal and low-lying urban areas.
A simulation of how the Aqueduct system can be applied in Kelantan (one of Malaysia’s most flood-prone states) to protect riverine communities from recurring flood damage.
Demonstrates how the Aqueduct network can be implemented along Sungai Pinang in Penang to mitigate urban flooding in one of Malaysia’s most densely populated coastal cities.
Showcases how an off-river storage system captures excess river water during peak flow – reducing downstream flood risk and supporting long-term water resource management.
Visualises how tunnel infrastructure integrates into a broader flood mitigation and water resource management strategy to maximise discharge capacity.
Demonstrates how vertical landfill expansion maximizes existing land use – offering a cost-effective, sustainable alternative to developing new waste disposal sites.
An overview of how a centralised waste transfer station improves urban waste collection efficiency while reducing the environmental footprint of waste management operations.
Explains how solar energy systems work with Malaysia’s NEM scheme – enabling property owners to generate renewable energy and export excess power back to the national grid.
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Providing Expert Engineering Services With Commitment & Integrity