Seawater analyzer

The SAN++® seawater analyzer, developed by Skalar, stands out as a premier solution for seawater analysis, designed to meet the demanding needs of laboratories and research institutions worldwide. With over 30 years of continuous development, this automated system has become a cornerstone in the field of nutrient analysis in marine environments.

The seawater analyzer for advanced precision in marine nutrient analysis

The SAN++® seawater analyzer is built on the robust and widely accepted Segmented Flow Technique, a method that has largely replaced manual analysis techniques due to its precision, efficiency, and ability to handle large sample volumes. This advanced system is specifically tailored to analyze a range of critical nutrients in seawater, making it indispensable for monitoring marine ecosystems and conducting environmental research. One of the defining features of the SAN++® seawater analyzer is its exceptional sensitivity, particularly at extremely low concentrations. This is achieved through the implementation of a new flow cell design with an optical path length of up to 250 cm. This innovative design allows the analyzer to detect nutrient levels at sub parts-per-billion (ppb) concentrations, a capability that is essential for accurate analysis in various aqueous samples. Whether monitoring nitrate, nitrite, ammonium, phosphate, silicate, or total nitrogen, the SAN++® delivers precise measurements that are critical for understanding the nutrient dynamics in marine environments.

Unmatched accuracy and portability

Another key characteristic that sets the SAN++® analyzer apart is its unique matrix colorimetric detector, designed to handle the variability in salinity commonly encountered in seawater samples. This detector features a digital turbo matrix correction system that automatically compensates for salinity changes, ensuring that the measurements remain accurate and reliable across different sample conditions. The system works by splitting the light beam into reference and measuring beams, with any optical interferences being eliminated through the subtraction of one channel from the other. In addition to its technical capabilities, the SAN++® seawater analyzer is designed with practicality in mind. Recognizing the need for flexibility in marine research, we offer specially designed transport and storage cases for the analyzer, allowing it to be easily transported and re-installed between different locations, such as research vessels and land-based laboratories. This portability, combined with its robust construction, ensures that the SAN++® can withstand the rigors of frequent use in diverse environments.

Contact us for tailored solutions

To experience the unparalleled precision and reliability of the SAN++® seawater analyzer for yourself, we invite you to reach out to us. Whether you're conducting marine research or routine environmental monitoring, the SAN++® is designed to meet your most demanding analytical needs. Our team of experts is ready to provide you with detailed information tailored to your specific requirements, and we're confident that our automation solutions will exceed your expectations. Make sure to also explore our other products. Our FORMACS™ Series, for example, is perfect for testing TOC levels in seawater.