#clearbotautonomous

Waterways Wonder: Clearbot Uses Energy-Efficient Artificial Intelligent(AI) to Clean Waters Autonomously.

An AI-driven sea-cleaning boat prototype constructed out of empty water bottles, hobbyist helicopter blades, and a GoPro camera developed from what began as two classmates looking for a free graduation vacation to Bali funded by a university project.

Since then, graduates of the University of Hong Kong Sidhant Gupta and Utkarsh Goel have gained notoriety for their NVIDIA Jetson-enabled Clearbot autonomous garbage pickup boats.

Clearbot Hong Kong

There are a lot of dirty beaches there, and the local community depends on them to be clean for their tourism business, adding that the same is true for touristic areas of Hong Kong and India, where they now do business. Thus, the concept to clean the water there was born.

The university friends posted their proof-of-concept waste collection boat on a website in 2021 before launching Clearbot and then simply forgot about it, beginning work after graduation. When a maritime construction business suggested a water cleaning project a year later, the two created their prototype based on the goal of clearing three tons of waste per day from a marine building site in Hong Kong.

The United Nations Environment Programme estimates that 11 million metric tons of plastic enter the ocean annually, accounting for nearly 85% of all ocean trash. The goal of Clearbot is to clean up streams before they reach the ocean.

Using an Energy-Efficient Jetson to Clean Waters With offices in Hong Kong and India, Xavier Clearbot employs 24 people to develop and implement its electric-powered boats that clean water and can self-dock at solar charging stations.

The ocean vessels, which are between 10 and 16 feet long, are equipped with two cameras: one for navigation and another for identifying debris that the boats have collected. Using photos they gathered in their early days, the founders trained trash models on desktop and cloud NVIDIA GPUs. Today, they have vast picture libraries from gathering on cleaning sites. Additionally, they have developed models that allow the Clearbot to avoid obstacles on its own.

Propelled by battery-driven motors, the energy-efficient Jetson Xavier NX enables the water-cleaning boats to gather for eight hours at a stretch before coming back to recharge.

Diesel-powered boats with people using nets to clear trash are often used in harbors and other waterways that are used by both tourists and companies. A crew of 50 people can often operate 15 or 20 boats in such situations. It claimed that a staff of 50 could operate around 150 boats using Clearbot, increasing intake.

“It seems that mankind and the ocean have a broken connection. Can humans repair it, and is there a better future?”. “The Americans can complete the process with zero emissions, so you’re not producing pollution while cleaning it up.”

Cleaning Waters With Energy-Efficient Jetson Xavier

In Nongstoin, India, Kingspan, a manufacturer of construction materials, is collaborating with Clearbot to remove oil and debris from rivers and lakes. 1.2 tons of rubbish are being removed from the region each month as a consequence of the operation.

Meghalaya, India’s Umiam Lake has long been a popular fishing spot and tourist attraction. But because of all the floating rubbish, parts of the water’s surface are obscured by pollution.

As part of a collaboration with the University of California Berkeley Haas School of Business, Clearbot is assisting the region’s leadership in clearing the lake of rubbish. 15 tons of rubbish have been gathered by Clearbot since the initiative started three months ago.

Customers Harnessing Clearbot for Environmental Benefits

Clearbot now offers more comprehensive environmental services than just garbage pickup. In addition to submarine inspections for dredging operations, the business is also helping with marine pollution management for sewage, oil, gas, and other chemical spills. It is also analyzing algae growth and many other places where their autonomous boats can gather data.

The inventors of Clearbot were unaware that the information on rubbish collection and other environmental pollutants may be used in mitigation plans. Backtracking from Clearbot’s software dashboard on some of the data on finds is a good place to start if someone is attempting to identify the cause of an issue since the photos they gather are geotagged.

When a certain sort of plastic bottle garbage is concentrated in a certain region, for instance, local organizations may be able to identify its source. This might enable local governments to reduce the trash by contacting the polluter and asking them to halt the activity that is generating it.

Mitigating Environmental Impacts With Clearbot Data 

Clearbot now addresses environmental challenges beyond garbage pickup. The firm currently helps regulate maritime pollution from sewage, oil, gas, and other chemical spills, seabed dredging inspections, algae growth, and other locations where its autonomous boats can collect data.

Clearbot’s creators didn’t realize trash collection and other environmental pollution data might be utilized in mitigation measures. The photographs they capture are geotagged, so backtracking from Clearbot‘s software dashboard on some of the discoveries data may help pinpoint the issue.

Local organizations may trace plastic bottle garbage if it’s concentrated in one location and of a certain sort. This might help local governments to reduce waste by contacting the polluter to discontinue the practice.