The InfraCal 2 TRANS-SP is recommended for measuring oil in water, TPH in soil or FOG in wastewater concentration levels using the traditional EPA methods 413.2 and 418.1 or ASTM method D7066-04 and Freon-113, hydrocarbon-free grade of perchloroethylene, AK-225, S-316 or other spectroscopic infrared transparent solvent as the extracting solvent. Since the extract is deposited into a 10 mm quartz cuvette cell with Teflon stopper, light end volatile components are retained for measurement. Accurate down to 0.1 ppm.
The InfraCal 2 TRANS-SP, the latest introduction to our easy to use analyzers, uses the same measurement technology as the original InfraCal Model CVH, with added features such as data storage and transfer, multiple calibrations and password protection for instrument settings.
• MDL Water: 0.1ppm
• MDL Soil: 1ppm
• Solvent(s): Perchloroethylene, S-316, Freon-113
• Method Compares: EPA 1664, ISO 9377-2
• Method Complies: ASTM D7066, EPA 413.2, EPA 418.1
The fact that InfraCal Analyzers over 10 years old are still operating in the corrosive environment of an offshore oil rigs attests to their rugged, dependability. The analysis procedure takes less than 15 minutes and can be done by minimally trained personnel. They use the field proven infrared technology for measuring oil in water, oil content in drilling mud or drill cuttings, TPH (total petroleum hydrocarbons) in soil and FOG (fats, oil and grease) in wastewater.
The InfraCal TOG/TPH Analyzer makes use of the fact that hydrocarbons such as oil and grease can be extracted from water or soil through the use of an appropriate solvent and extraction procedure. The extracted hydrocarbons absorb infrared energy at a specific wavelength and the amount of energy absorbed is proportional to the concentration of oil and grease in the solvent. The analyzer can be calibrated to read out directly in the desired units.
|Analytical Wavelength/Wave Number||3.4 µm, 2930 cm-1|
|Power Requirements||18 volts DC, 3.3 amps, internal battery pack available|
|Power Supply||Universal AC/DC provided|
|Weight||5.8 lb. (2.6 kg) with battery -7.0 lbs (3.2 kg)|
|Dimensions||(17 cm) x 7.8" (19.8 cm) x 5.2" (13.2 cm)|
|Suggested Operating Range||40°F (5°C) – 110°F (40°C)|
|For Water||0.1-2000+ ppm|
|For Soil||1-2000+ ppm|
|Analysis Time||10-15 minutes, including extraction process|
|Instrument Repeatability||±0.1 ppm|
|Communication Port||USB, RS 232|
Resources & Downloads
- InfraCal TRANS-SP Calibrations & Accessories
- Sources for Solvents
- Case Study: A Major Municipal Laboratory Reduces FOG Measurement Time from 24 Hours to 10 Minutes
- AppNote High Range Oil in Water ATR-SP
- AppNote High Range Oil in Soil ATR-SP
- Measuring Oil In Water & Soil Brochure
- FOG in wastewater Datasheet
- Analysis of Produced or Flowback Water Datasheet
- White Paper: Comparing Oil in Water Methods
- White Paper: Extended Measurement Ranges for Testing Oil Content in Water
- White Paper: Options for Monitoring Oil in Produced Water
- White Paper: Solvent Choices for Infrared testing
- White Paper: Infrared Analysis Reduces EPA FOG testing
- White Paper: Emulsion Breaking Techniques
- New ASTM D7066-04
- InfraCal 2 Solvent Selection Guide
How long can you wait in between sample collection and analysis?
You can wait several days after sample collection before measuring the sample. If the sample is not to be measured within a few hours, you MUST acidify the sample to a pH of 2 using HCl or Sulfuric Acid.
Can I measure the extract if the solvent layer looks cloudy?
If the solvent layer of the extraction looks cloudy or contains significant emulsion, it is recommended that solvent emulsion breaking techniques are applied to the solvent layer before continuing. Refer to the section in the manual, Appendix C, Emulsion Breaking Techniques