Orcauboat: Autonomous Vessels for Waterway Cleaning

Orcauboat is a company that has developed a fleet of autonomous surface vessels designed to clean and monitor waterways. Their technology is used in several countries and cities for tasks ranging from routine debris collection to water quality monitoring. Estimates suggest that millions of metric tons of plastic enter waterways annually. In response, Orcauboat has deployed uncrewed surface vessels across various aquatic environments, guided by a mission to “end surface garbage with robots, endow the waters with self-driving.”

The Unmanned Cleaning Boat Series includes the Smurf, which handles daily maintenance and collects debris, and the WasteWhale, a larger vessel for extensive cleaning operations. The MoShark focuses on harvesting aquatic plants. Each ship is equipped with sensors, including millimeter-wave radar and stereo cameras, which offer autonomous navigation, water quality checks, and remote monitoring capabilities.

More diversification for Orcauboat

In addition to cleaning boats, Orcauboat offers the Intelligent Cruising Series. The Xi model is designed for autonomous cultural tourism, while the Yang model provides a platform for water-based leisure activities. These products expand the application of uncrewed vessels beyond waste collection.

Orcauboat reports operations in more than 12 countries and 65 cities. The technology is employed for debris collection and environmental monitoring on European river systems to support routine waterway maintenance. Deployments include harbors in Hong Kong, ports in Spain, and rivers in Singapore. For example, in Singapore, replacing traditional gas-powered boats with Orcauboat’s vessels reportedly reduced carbon emissions by about 80%, based on the company’s statements and local project data. The company’s vessels support regular maintenance and monitoring in various urban and industrial water settings; however, the widespread adoption of autonomous ships in waterway management is still hindered by regulatory, technical, and operational challenges.

The right step forward

A notable aspect of Orcauboat’s work is the release of datasets for research, including the FloW dataset for detecting floating waste and the USVInland dataset, which supports research on autonomous vessel navigation. These resources are intended to encourage further development in water robotics and academic collaboration.

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While Orcauboat’s current applications show how autonomous technology can assist in waterway maintenance and pollution control, broader implementation will depend on continued technological refinement and adaptation to local regulatory frameworks. These solutions require ongoing evaluation to assess their long-term effects on water quality and environmental health.

YouTube: Can You Get All About the SMURF Water Surface Cleaning Robot Through This Video? (promotional clip)

Photo credit: All images shown are owned by Orcauboat and have been provided as part of press releases.

Story pitched by news scout Pupu Liang.

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