High Accuracy: Ensures excellent short-term and long-term accuracy through individual calibration.
Fast Response Time: Provides rapid measurements in flow-through conditions.
User-Friendly: Designed for ease of use with a "Plug & Play" principle.
Long-Term Maintenance Interval: Requires maintenance only once every 12 months.
Long-Term Deployment Capability: Built for extended continuous operational deployments.
Complete Package Included: All required cables, connectors, and software are included.
Proven Scientific Track Record: The underlying CONTROS HydroC® technology has a track record in peer-reviewed scientific publications.
Individual 'In-Situ' Calibration: All sensors are individually calibrated using a water tank that simulates the deployment temperature.
Reference System Verification: A proven reference flow-through system is used to verify the $\text{CO}_2$ partial pressures in the calibration tank.
Standard Gas Calibration: High-quality standard gases are used to calibrate the reference system before and after every sensor calibration to ensure high accuracy.
Detection Method: NDIR / IR absorption spectrometry via a custom-made thin-film composite membrane.
Maintenance Interval: 12 months.
Options: User-configurable measuring range/full-scale and optional data logger.
CONTROS HydroC® $\text{CO}_2$ FT
Designed to measure carbon dioxide partial pressure ($\text{pCO}_2$) in surface water for underway (FerryBox) and laboratory flow-through applications.
Ocean Acidification Research: Tracking marine pH and carbon system changes.
Climate Studies: Evaluating carbon dynamics in global climate models.
Air-Sea Gas Exchange: Quantifying carbon dioxide flux between atmosphere and surface waters.
Limnology & Fresh Water Control: Monitoring carbon dynamics in lakes, rivers, and inland waters.
Aquaculture / Fish Farming: Managing water quality parameters for marine life.
Carbon Capture and Storage: Monitoring, measurement, and verification (CCS-MMV) applications.