FluidHealth

Unmapped and deteriorating pipeline networks are responsible for over 50% of NRW, and over 50,000 MLD of raw-sewage discharged into the environment.

Our robots help cities map and inspect pipeline networks, helping significantly reduce NRW and rehabilitation costs.

FluidHealth

Unmapped and deteriorating pipeline networks are responsible for over 50% of NRW, and over 50,000 MLD of raw-sewage discharged into the environment.

Our robots help cities map and inspect pipeline networks, helping significantly reduce NRW and rehabilitation costs.

FluidHealth

Unmapped and deteriorating pipeline networks are responsible for over 50% of NRW, and over 50,000 MLD of raw-sewage discharged into the environment.

Our robots help cities map and inspect pipeline networks, helping significantly reduce NRW and rehabilitation costs.

FluidHealth

Unmapped and deteriorating pipeline networks are responsible for over 50% of NRW, and over 50,000 MLD of raw-sewage discharged into the environment.

Our robots help cities map and inspect pipeline networks, helping significantly reduce NRW and rehabilitation costs.

FluidHealth

Rivers, lakes and coastlines bear the brunt of untreated wastewater today. Through Robotics and IoT we help customers monitor their wastewater assets (sewers, drains, STPs, etc.) for condition, flow, quality, etc. The objective is to help cities reduce untreated wastewater run-off into waterways, increasing treatment, and significantly reducing urban pollution.

So far our technology has helped cities monitor over 1.3B liters of urban pollution, and has enabled an increase in wastewater treatment and re-use by over 700 Million Liters a Day (MLD).

We help cities data a data-driven approach for pollution abatement projects, including data-driven interception and diversion.