Innovative environmental sensing and monitoring solutions powered by IoT and big data analytics for water quality with industry applications in wastewater monitoring, groundwater monitoring, wastewater-based epidemiology, micro-invertebrate detection, and rapid microbial detection
End-to-end acoustic AI solution for detecting event-based pipeline leaks and machinery anomalies using ambient noise
Automated online sensor technology based on molecular imprinting and piezoelectric effect that enable real-time and label-free sensing with high sensitivity and selectivity. Highlighted features including IoT accessibility, automated sampling and re-generation, modular designs, low interference and high accuracy.
Intelligent unmanned aerial vehicle (UAV or drone) solutions for confined space and underground wastewater tunnel inspection.
Contactless Water Quality Sensors which monitors parameters like turbidity and algae concentration from above the water bodies. This sensor system enables simple and low-maintenance site deployment, and revolutionizing water quality monitoring methods like measurement directly from aerial drones and from bridges or structures.
World’s first of its kind AI-enabled and IoT integrated I2BioS (Intelligent Integrated BioSensor System) system for real-time water quality monitoring of heavy metals in sewer networks and water resources
The report outlines PUB’s vision and provides examples of some of its digital initiatives. Here, digital becomes an integral vector in an integrated water management approach.
Under the Active, Beautiful, Clean Waters (ABC Waters) Programme, an initiative by PUB, Singapore’s National Water Agency, the country has embarked on a journey to a City of Gardens and Water. Since its inception in 2006, the ABC Waters Programme has led the way to transform how Singapore manages surface water. From functional drains to well designed waterways that serve multiple purposes, from traditional stormwater management to sustainable stormwater management that detains and treats runoff at source.