
Water analysis for micropollutants



Water analysis for micropollutants

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Lab-On-Chips
Our Lab-on-chips technologies will allows you « to bring the lab to the sample ». Our portable technologies can achieve accurate and efficient analysis of heavy metal contaminants in water.
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PANDa
PANDa - P ortable AN alyzer track for metals D etection - unique patented microfluidics technology for the detection of trace metals in water from 1µg/L validated on real matrices (bottled water, drinking water, process water, industrial waste).
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Coming soon...
Bromates, hydrogen sulfides, pesticides and drug residues coming soon...
If you need another parameter, contact us: panda@klearia.com

Advanced Water Solutions
Empowering progress through innovative microfluidics technology, enabling safe drinking water, sustainable water reuse, and water quality assurance.
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Drinking water: Safeguard drinking water. Measuring water quality is a human health and environmental engagement.
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Process water: Increase your yields and reduce your non compliance (avoid batch destruction)
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Reuse water: Improve water treatment efficency, reduce costs and advance sustainable water management practices
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Waste water: Our solutions allow you to improve the achievement of your environmental objectives & increase the yields of your processes.
PANDa

Panda - Portable ANalyzer track for metals Detection - based on a unique patented microfluidics technology for the detection of trace metals in water from 1 µg/L validated on real matrices (bottled water, drinking water, process water, industrial waste).
The PANDa, with a sensitivity similar to laboratory techniques, allows you a rapid analysis, in less than 2.5 hours.
Thanks to automation, the PANDa can be used by anyone without any need for training and only requires very little maintenance.
Thanks to miniaturization and its design as an all-in-one cartridge, the PANDa has a very low consumption of chemicals (contained in the cartridge) and generates very little waste. This waste is stored in the cartridge and reprocessed by KLEARIA.