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http://www.horiba.com/uk/process-environmental/products/water-treatment-environment/environment/details/ocma-500-oil-content-monitor-23101/
The HORIBA OCMA series is quick and easy to use. The non-dispersive infrared absorption method is the recognised standard for oil in water analysis. A solvent (HORIBA S-316) is added to the sample and mixed for a selected time. The IR absorption of the solvent phase will give an accurate assessment of the oil concentration.
The all new OCMA-500 series has user-friendly menu-guided operations and one touch calibration for reliable results. The analyser can accurately detect and measure both volatile and saturated oils/fats, in the range of 0 to 200mg/l (even higher with dilution) to a repeatability of +/- 2% of the full scale within a matter of seconds. The OCMA-500 holds 300 data points internally, exportable by USB, it is even more compact and light weight than the previous model and reduces the usage of HORIBA’s extraction solvent S-316 by 20%.
This advanced instrument performs oil extraction from the sample, concentration analysis and even drainage of the solvent, fully automatically. There is no requirement for a pump as the fluid is reliably circulated, simply by gravity.
The OCMA series analyser is an efficient and accurate analytical solution to reliably measure the oil concentration in the following applications:
Environment: Surveying water quality and hazardous waste sites
Industry: Monitoring wastewater influent and effluent
Marine transportation: Checking bilge and ballast discharge
Petroleum processing: Monitoring the efficiency of oil/water separation processes
Oil depots: Monitoring the discharge produced when cleaning storage tanks
Automotive: Monitoring waste-water discharge from service stations
Quality Assurance: Measuring residual oil on textiles and metal parts.
Over twenty years, the HORIBA OCMA series has become the standard device for oil contamination monitoring in water laboratories, steel industries and throughout the oil and gas industry.
Published: 14-01-16
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