Our Technology
Direct insights in liquids quality
Reduce environmental impact, save costs and ensure compliance with our patented technology based on Electrochemical Impedance Spectroscopy (EIS).
EIS probes the electrochemical properties of a liquid, using an alternating current signal at a range of different frequencies. This yields a unique Fluid Fingerprint Spectrum, which contains vast amounts of data about the liquid under investigation. Advanced analytical methods are employed to deconvolute data and extract useful information to solve our customer’s problems.
Our continuous, online and real-time unique Fluid Fingerprint Spectrum can be used for Steady Product Monitoring or as Threshold Alert System. In addition, we are working on the detection of specific compounds and measuring their concentrations in real-time by combining EIS with Artificial Intelligence, for example for contaminants such as heavy metal ions.
Real-time monitoring of liquids streams enables customers to optimize their processes and replaces the need of manual sampling.
Our Technology
Direct insights in liquids quality
Reduce environmental impact, save costs and ensure compliance with our patented technology based on Electrochemical Impedance Spectroscopy (EIS).
EIS probes the electrochemical properties of a liquid, using an alternating current signal at a range of different frequencies. This yields a unique Fluid Fingerprint Spectrum, which contains vast amounts of data about the liquid under investigation. Advanced analytical methods are employed to deconvolute data and extract useful information to solve our customer’s problems.
Our continuous, online and real-time unique Fluid Fingerprint Spectrum can be used for Steady Product Monitoring or as Threshold Alert System. In addition, we are working on the detection of specific compounds and measuring their concentrations in real-time by combining EIS with Artificial Intelligence, for example for contaminants such as heavy metal ions.
Real-time monitoring of liquids streams enables customers to optimize their processes and replaces the need of manual sampling.
Applications
Industrial Wastewater
Process control management and recycling optimisation
Agriculture
Effluent management and nutrient optimisation
Food & Beverages
Real-time quality control and monitoring of production streams
Healthcare & Pharma
Steady product monitoring
Applications
Industrial Wastewater
Process control management and recycling optimisation
Food & Beverages
Real-time quality control and monitoring of production streams
Agriculture
Effluent management and nutrient optimisation
Healthcare & Pharma
Steady product monitoring
About Hypersoniq
Our mission: Deliver direct insights in liquids quality to reduce environmental impact, save cost and ensure compliance
Our mission: Deliver direct insights in liquids quality to reduce environmental impact, save cost and ensure compliance
Hypersoniq was founded in 2020 and is located in Delft, the Netherlands. We have a diverse and experienced team of professionals who are constantly working on advancing our electrochemical sensing methods to achieve our mission. In addition, we leverage our research partners KWR – Water Research Institute, and Delft University of Technology to develop our technology further and validate our products.
Please reach out to us if you want to learn more
Our research partners
