Ion selective measurement of ammonium and nitrate free of reagents with automatic compensation of potassium/chloride with the VARiON® Plus 700 IQ
Ammonium measurement directly in the medium without sample preparation and sample transfer. Measurement of centrate and other process waters up to 2,000 mg/l NH4-N
Nitrogen elimination – transparent, process optimized, economical. Nitrate measurement directly in the medium – optimized for regulation purposes
Smart signal processing – the sensor has a special pattern detection feature and can therefore distinguish between the sludge level and undesired signals.
LAR’s QuickTOCeco™ is an online analyzer for the Total Organic Carbon (TOC) in water and process water, as condensate return and cooling water. At 1,200°C
Our new QuickTOCuv II is state of the art and has more great features. LAR’s TOC analyzer QuickTOCuv II is ideal for fast and reliable online monitoring in pure, drinking, surface and wastewater.
LAR’s QuickTONultra continually monitors the TNb content of water. Optionally, further sum parameters can be detected, too. At 1,200 °C, samples are completely oxidised and only within 3 minutes the TNb result is determined.
LAR’s toxicity analyzer ToxAlarm™ continually monitors drinking and surface water for pollutants. Potential toxins in water are determined through the reaction of highly sensitive bacteria.
LAR’s toxicity analyzer NitriTox™ continually monitors water treatment plants for pollutants. Potential toxins in water are determined through the reaction of highly sensitive bacteria.
In contrast to the standard BOD5 method the BioMonitor measures the total BOD. Measurement range: 1-200.000 mg/l BOD, 0 100 % Toxicity, Respiration in mg O2/l x min
LAR’s QuickTOCultra continually checks the TOC content of waste water. Optionally, other sum parameters can be detected aswell. At 1,200 °C,msamples are completely oxidised and within 3 minutes the TRUE TOC result is determined.
The raw water sample is oxidized at 1,200 °C and the CO2 produced is deteced and quantitatively determined. High Temperature Method at 1,200 °C
