Products
ORGANIC CARBON ANALYSERS
The Hydraspin Lab-TOC unit is an instrument designed for the measurement of the dissolved and finely suspended organic carbon contents of water. The analysis is based on photo oxidation of organic carbon.
That is a process of ultra-violet/peroxodisulphate oxidation of the organics in the sample followed by infrared detection of the carbon dioxide liberated.
The Hydraspin Lab-TOC unit is an instrument designed for the measurement of the dissolved and finely suspended organic carbon contents of water. The analysis is based on photo oxidation of organic carbon.
That is a process of ultraviolet/peroxodisulphate oxidation of the organics in the sample followed by infrared detection of the carbon dioxide liberated.
Typical Applications
Mining
Industrial/municipal
Food & Beverage
Manufacturing
Environmental Labs
Conventional Oil & Gas
Specifications
Range:
Linearized from 5 to 50 mg/I as carbon (dissolved organic carbon).
Response time:
Six minutes from sample introduction to result printout.
Calibration:
Pre-programmed calibration at the start of each run utilizing freshly prepared calibration standards.
Detector:
Non dispersive infra red, sensitive CO2 gas liberated.
Sample Volume: 1 to 8 ml (Adjustable).
Outputs:
-20 mA.
4 – 20 mA and 0- 5Volt.
Indicators:
Local LCD display
Air Supply: Instrument quality, CO2 Free Air, 350 ml/min at 150 Kpa.
Reagents:
Phosphoric acid solution. 05% v/v.
Potassium peroxodisulphate solution 4,0% v/v.
Reagent consumption depends on the analysis range selected but normally the acid will be consumed at a rate of 15 ml/min and the peroxodisulphate at 1 ml/min.
Temperature:
Sample 50‘C maximum, instrument 40’C maximum ambient.
Power Supply: 220V 50Hz 2A.
Principle of Operation
Sample from sampling well to glass flow manifold.
Sample is mixed with Ortophosphoric acid, which reacts and removes inorganic carbon compounds.
Inorganic carbon free sample is then mixed with potassium peroxodisulphate, which aids the oxidation of organic carbon to CO2 using ultraviolent activation.
The air/ CO2 mixture is dried and flows through the IR detector to detect C02 concentration.
A digital or 4-20 mA output signal, proportional to the CO2 concentration is fed via the Control Circuitry to the computer or server.
Water Treatment Services
OIL WATER SEPARATION
POTABLE DRINKING WATER TREATMENT
WASTEWATER TREATMENT
BIO REMEDIATION
WATER MONITORING & TELEMETRY
