Already available in: The Netherlands, Belgium & Luxembourg
Small Autonomous Vessels trace, map, and treat abnormal water chemistry or pollution faster,
with higher precision
Aegir-class vessel for monitoring and smart reduction of eutrophication (binding nutrients)
Lakes and ponds are not the serene static imagery they often appear to be, but they are actually complex systems. Water moves up and down with the passing of the day, and nutrients are exchanged between the soil and the water column. Some of these nutrients are absorbed and released through the seasons by water plants such as duckweeds.
Or day-to-day weather also influences the water chemistry: a cooling summer shower may bring nutrients from local agricultural areas in the surface water. When the summer heat returns, it creates perfect conditions for the growth of toxin-producing bacteria in shallow areas.
Deploying small autonomous vessels prevents yearly large maintenance campaigns with heavy equipment by acting at the moment it is really required: for example, by locking in nutrients after a new influx. Small autonomous vessels measure lakes and ponds 24/7 and act when and where it is most needed based on the shape, water dynamics and solar absorption of the water body.
TerraCrawler offers a wide range of services, customizing the final solution together with local water managers.
Blue-green Algae or cyanobacteria produce toxins that in large quantities are harmful to both humans and animals.
TerraCrawler offers a solution for precision spraying of minerals that bind the nutrients of blue-green algae where and when it is needed minimizing the required material. Simultaneously, careful monitoring of the water chemistry (e.g. pH) prevents the risk of rapid changes in the ecosystem of the lake. This is achieved via our autonomous vessel and done in cooperation with your local water manager or owner.
This approach prevents blooms, and can often be deployed at night, limiting any impact for the users of your water-body.
The effectiveness of this mineral is scientifically proven for Blue-Green algae and has no tangible impact on life underwater, nor unintended water chemistry changes when applied with this controlled approach.
Off-shore farms are not only difficult to access - their maintenance is dangerous for the workers, too. However, without maintenance and supervision, the industry would face a high risk of losing produce. Taking that risk is unacceptable for the developing blue economy, such as seaweed and mussel farms. Automated off-shore farm monitoring reduces production risks, lowers the costs of supervision and maintenance (when combined with a wind park) and ensures the safety of workers.
Do you want to lower your costs for offshore monitoring and inspection? Do you want to optimize harvesting and re-seeding timing? Or simply do a one-time inspection? Contact us to learn more about our monitoring services or for a demonstration at your farm.
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