The Aqualabo’s Pastel UV is a cutting-edge portable UV analyzer revolutionizing water quality monitoring in the field. It offers a swift diagnosis of up to six parameters simultaneously, including organic matter (COD, BOD, TOC, TSS) and specific compounds (NO3, and anionic detergents), in various water types —natural, raw sewage, treated, or process water.
Introducing Aqualabo’s Stac2 UV/Vis analyzer, a groundbreaking solution for online water quality monitoring. Powered by Secomam's pioneering deconvolution technology, the Stac2 delivers real-time insights into BOD, COD, TOC, TSS, nitrates, and more. With a robust design and versatile sampling capabilities across up to four channels, the Stac2 stands at the forefront of water analysis.
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As part of its range of analyzers for BOD, COD, TOC and SAC254 measurements, Aqualabo presents the StacSense UV254 probe, a state-of-the-art solution for water quality analysis. Using UV-optical technology, this probe provides accurate measurements without the need for reagents. With multi-parameter capabilities, it efficiently measures SAC254, CODeq, TOCeq, BODeq and Turbidity
Learn moreAQUALABO, a French company, offers a combination of experience, innovation, international presence, adaptability, and ecological commitment, making it a trusted partner for water quality control.
No special qualifications are needed. Pastel UV is designed for easy use, with no sample pre-treatment required. Its user-friendly features cater to individuals without specialized chemistry knowledge.
Pastel UV stores all data with sample numbers, user codes, site codes, and dates, ensuring complete traceability for quality control and regulatory compliance.
Absolutely. Pastel UV operates without reagents or consumables, ensuring cost independence regardless of the number of analyses performed.
It can measure organic matter (COD, BOD, TOC, TSS) and specific compounds (NO3, Detergents) concurrently, providing a comprehensive water quality profile.
The Pastel UV delivers results in less than 1 minute, enabling quick decision-making in response to pollution incidents or process variations.