"Development of a multi-nutrient sensor suite for a floating water quality monitoring platform" - a EUROSTARS projectMicrosens started work on a new Eurostars project titled "NUTRISENS" together with its Norwegian project partner Marimetrics. The goal of this project is to bring critical, low-cost nutrient measurements to a novel sensing platform. NUTRISENS will result in a multi-nutrient monitoring module that can be integrated into a small, cloud-connected mobile platform (micro FLOAT). The NUTRISENS module will simultaneously measure pH, potassium, sodium, ammonium, nitrate and phosphate at critical levels and can – through the micro FLOAT platform – communicate the real-time and in-situ data to the control unit governing the respective aquaculture installation.
Contact us for more information on this project.
Functionalized Ion-Selective ISFET sensorsMicrosens is extending its MSFET line througn the addition of ion-selective membranes onto the MSFET3330 sensor. Currently, ion-selective ISFET sensors available at Microsens include Potassium (K+) and Nitrate (NO3-) selective MSFET. Other ion-sensitivities such as MSFET for the measurement of Sodium (Na+) and Phosphate (H2PO4-) are under development.
Contact us for more information on our ion-selective MSFET sensor solutions.
Microsens has been awarded a SME Instrument (Phase 1) projectFor the commercialization of its breath analyser system, MICROSENS has been accepted for a SME Instrument (Phase 1) project. If you want to learn more about the breath analyser project at MICROSENS, have a look at the Breath Intelligence page or contact us.
Microsens is launching a new interface for the MSFET3330Microsens has developped a new family of interfaces for the MSFET3330. The MSFET-DI and MSFET-USB are small digital interfaces for driving the MSFET3330 and converting the measured sensor output into the corresponding pH value. The MSFET-USB is a fully stand-alone system, which connects to the USB port of a PC or Laptop and comes with a graphical user interface. The MSFET-DI connects to any Arduino or Rhaspberry-type system for the integration of ISFET-based pH measurement. More information can be found in our Products section or in the MSFET-USB or MSFET-DI flyer.
Microsens is relaunching its HOCl sensor (MAES)The MAES is a miniature three electrode amperometric sensor for the detection of HOCl in water. More information can be found in our Products section or in the MAES flyer.