How Does Beatbot robotic Detect Water Contaminants?

Large sensors and smart algorithms are used in the Beatbot robotic systems to realize unparalleled detection of contaminants in the water. The system is equipped with ultrasonic sensors that enable mapping of the surface of the pool, hence giving an estimation of the areas most likely to have high debris, such as dirt, leaves, or even algae. The sensor functions in real time, scanning the surface of the water for impurities as small as 2 microns, a size equivalent to 0.002 millimeters. Such precision at this level ensures that even the tiniest particles are not left behind during the cleaning process.
Besides ultrasonic sensors, Beatbot is also fitted with a suite of optical and electrochemical sensors that are designed to monitor changes in water clarity and chemical makeup. For instance, the robotic cleaner can detect changes in pH, alkalinity, or chlorine levels of the water, common telltale signs of contamination. According to Pool & Spa Warehouse, these sensors help Beatbot detect water imbalances, which may show the presence of some dangerous microorganisms or other contaminants. The robot system changes its cleaning strategy according to this information and pays more attention to places with higher contamination.

Eco Pool Solutions found that pools with the Beatbot device had chemical imbalances 15% less than in pools receiving traditional cleaning methods. This would be attributed to the fact that Beatbot is able to identify and clean those areas of the pool that are targeted by dirt and debris, which may eventually lead to water contamination. Real-time data that it captures can enable effective cleaning, thereby canceling superfluous needs for chemicals and hence improving the quality of the water.

Industry Adoption Beatbot has also been credited with making water treatment much less bumpy. The California-based leading management company for big pools once boasted of achieving 20 percent reduced usage in chemicals for the same water treatment immediately after Beatbot’s introduction into the market. As a result, it cut their operation costs. Explains the head technician, “The ability of the robotic system to identify the minutest forms of contaminants in the pool translates to maintaining good quality water in the pool using fewer chemicals.”

Beatbot’s intelligent navigation technology creates a cleaning path, thus optimizing the information from contaminant data in order to cover everything in the pool. Further, the same system shifts and readapts with variable pool shapes, water conditions, and more, to enable proper detection and performance of contaminants’ elimination.

The concluding point is that Beatbot’s advanced sensors, real-time data, and smart navigation work together to achieve such unprecedented levels of water contaminant detection and cleaning of pools, making it efficient enough to curtail excess use of chemicals for cleaner and safer pool water. With precise water contamination at the heart of operations, Beatbot solves the major problems of pool owners and service providers very effectively.

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