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Australasia & Pacific

Unmanned aerial vehicle technology is enabling Auckland Council to get water quality monitoring data quicker, more safely and cheaper than conventional methods.

Drones help collect water quality data quicker, more safely and cheaper

UAV technology used to collect water samples for quality monitoring

New Zealand city Auckland has adopted drone technology for water quality monitoring with estimates suggesting it could save 30 percent in operating costs.

Auckland Council has teamed up with engineering and environmental consulting firm Pattle Delamore Partners (PDP), who developed the methodology to carry out the sampling process.

Previously boats and even helicopters were used to collect samples. The switch has seen the unmanned aerial vehicle (UAV) technology collecting water samples, as part of the city’s Safeswim initiative to provide real-time monitoring to the public.

The drone collects samples at various interviews up to 1km offshore by lowering a sample bag into the waters. After being sent for lab analysis, results are then fed into the council’s water quality monitoring system.

One of the aims behind using drone technology is to improve the accuracy of water quality predictions, as well as reducing manpower needed to physically go out and collect samples.

Previous studies have indicated that while water at the shoreline provides the poorest water quality, improving progressively as the water gets deeper. One of the questions being addressed using the UAV is where the clean zone begins.

Avoiding high risk waters

The aim is to use the resulting data to help support tourist operators and swim event organisers in making decisions on whether to hold their events if the shallows are indicating 'high risk'.

Estimates from the engineering company PDP suggest that the use of a drone will reduce operating costs associated with sampling by up to 30 percent when compared to traditional methods.

Ed Clayton, environmental science leader at PDP, said: 'It has the additional benefit of keeping staff safe as they do not have to work from a vessel when water conditions can be stormy and hazardous.”

Drones in water

Historically in the water sector drone technology has been used for close visual inspection (CVI) of infrastructure assets, enabling some areas in remote locations to be inspected for the first time.

One example in the UK is utility Anglian Water, which used UAVs with thermal imaging to detect leakage. Thermal imaging could collect images showing the difference between escaping water and the surrounding earth.

GPS technology means the same UAVs can then revisit these areas to assess the extent of the leak after remediation has been put in place.

Meanwhile, in Barcelona Spanish firm FCC Engineering has been involved in a protype project called Aerial Robot for Sewer Inspection (ARSI).

The aim was to speed up, facilitate and improve the inspection of the city’s 1500 km sewerage system. ARSI drones are equipped with multiple sensors to monitor water and air quality.

Auckland innovation

Commenting on the New Zealand initiative, Mayor Phil Goff said it is an “example of Auckland’s innovation”.

Nick Vigar, programme manager of Safeswim, said: “Technology should allow us to be able to build a reliable predictive model of the offshore water quality – potentially enabling swim events to continue without interruption even after rainfall.”

Matt Montgomery, head of innovation at Auckland Council said technology-based solutions are an important part of the council’s commitment to protecting the environment and are an essential part of future-proofing our city.

“Utilising drones to further improve Safeswim makes our sustainability work easier and more efficient by automating physical and time-consuming activity,” he said.

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Around the time Leonardo Da Vinci was painting the Mona Lisa, he was also writing his Codex on the Flight of Birds, a roughly 35,000-word exploration of the ways in which man might take to the air. His illustrations included diagrams positing pre-Newtonian theories of physics, a rudimentary plan for a flying machine and many, many sketches of birds in flight. The Mona Lisa, with her secretive smile, is a universe of intimacy captured on a relatively small panel of wood. But the landscape behind his captivating subject shows the world as you would see it from atop a tall hill—or from the vantage point you would get if you had hitched a ride on the back of a giant bird. Even as da Vinci was perfecting one way of seeing a face, he was dreaming of other ways of looking. No wonder he wanted to fly, perhaps less for the physical rush than for the thrill of seeing the world from above.

That’s the pleasure drones give us: they send eyes where our bodies can’t easily go unencumbered. A GoPro camera attached to a bird of prey shows us where the bird wants to go, which clues us in to what it’s thinking. Drones, as of now operable only by humans, tell us what humans find visually interesting. Drones are practical, but like any tool wielded by humans—pencil or paintbrush or maestro’s baton—there’s poetry in them too. Because of this, more and more, drones are finding their way into the art world.

“If you think about traditional art and Renaissance perspective, the ideal viewer was on the ground with a stable horizon line,” says Matthew Biro, a professor of modern and contemporary art at the University of Michigan. “And the drone takes us off that. It takes us out of our body in a certain way, kind of giving us an overlaid perspective.”

Some artists, like photographer Trevor Paglen—also a geographer and writer—have depicted drones directly as a means of questioning their role in government surveillance and warfare. In some of Paglen’s works, drones are seen as nothing more than a dark speck against a backdrop of becalming gray or sun-gold clouds, a way of denoting their possibly sinister near invisibility in our world. But as humans in general are seeing less malevolent possibilities in robotic aircraft, people who make art are finding inventive ways to use it.

Graffiti and fine artist Katsu was the first person credited with using a drone in the tagging

Does Maestros Drone Do Dmgminew