Water Quality Monitoring

Operators face an increasing battle against unexpected, fast-moving pollution events—like toxic algal spikes, raw sewage breaches, or industrial chemical leaks—that easily slip past manual bottle sampling, leaving facilities blind to sudden compliance and safety risks..

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Sub-parts-per-billion detection limit

For deep-UV parameters like Tryptophan or hydrocarbons, Chelsea sensors detect biological and chemical contaminants at the sub-ppb level. Unlike competing products, this extreme sensitivity catches trace sewage ingress or industrial leaks without the need for dense concentrations to form.

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Because natural and industrial waters suffer from severe cloudiness, TriLux sensors feature integrated, ISO-compliant turbidity channels. By measuring light scatter in real time, the internal software mathematically strips out physical interference, maintaining an operational accuracy of 0.1% of the full scale even when the water is heavily loaded with suspended sediment or organic debris.

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Sub-watt power consumption

Our sensors draw minimal power, allowing them to run continuously on remote, solar-powered telemetry buoys and automated intake stations without draining battery banks.

We know your industry

Water Quality Monitoring

Municipal water treatment
Industrial effluent tracking
Terrestrial infrastructure runoff
Spill response

TriLux

The TriLux provides continuous, real-time tracking of algal blooms and organic loading by monitoring three distinct optical parameters simultaneously within a single, ultra-compact sensor. Its integrated turbidity channel automatically corrects fluorescence readings on the fly, ensuring operators receive highly accurate, unskewed data even in heavily clouded or dynamic water conditions.

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UniLux

The UniLux delivers highly targeted, single-parameter optical monitoring, providing exceptional sensitivity for tracking specific targets like chlorophyll, blue-green algae, or tracer dyes. Its ultra-compact design and low power consumption make it ideal for seamless integration into space-constrained probes, autonomous vehicles, or remote telemetry buoys.

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UviLux

The UviLux utilizes deep-UV fluorescence to provide early, real-time warning of chemical and biological pollution by directly targeting hydrocarbons, sewage, and faecal contamination markers like tryptophan. Its ultra-sensitive optics catch trace industrial leaks and wastewater ingress down to parts-per-billion levels long before the contamination becomes visible to the naked eye or registers on traditional sensors.

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