TOC Systems, Inc. products

The focused infrared (IR) source is electronically chopped and radiates IR energy down the optical path onto the dual detector assembly. The analytical detector responds specifically to the gas of interest. The reference detector does not respond to that gas or other gases in the sample stream. Differential ratioing of the analytical and the reference signals several times each second provides stable, drift-free operation. Precise temperature control of the gas/sample system adds stability over a wide range of environmental conditions.

Expanding on the original El Paso Stripper, we are now offering additional capability for our TCEQ approved stripper. Automation, loss-of-sample, loss-of-carrier, and provision of sampling systems consistent with cooling tower applications, are provided. The chamber exchange has been simplified & total installation and maintenance contracts are now available.

Five Oxidation Methods in One Analyzer. 103 Sample Stations & 1 Wash Station. Dual NDIRs. Widest Dynamic Range. Ease of operation with familiar Windows Software. Reliability Through Simplicity.

StarTOC Semi-Automatic Bench Top TOC is a low cost, accurate analyzer which utilizes components and software from the StarTOC Family of computer-controlled automated TOCs.  Since operation and maintenance are extremely simple, it may be the analyzer of choice when less than 20 samples per day are to be analyzed.

TOC Systems, Inc. iuniquely offers all methods of hydrocarbon and oil in water analyses. Traditional methods include UV (Ultra-Violet) Absorbance, NDIR (Non- Dispersive Infrared) Absorbance and Oxidation/NDIR CO2 Detection. Recently, the addition of ASTM Method D7066-04, using chlorotrifluoroethylene (S-316) to extract oil and grease in water with subsequent NDIR detection has been added to approved methods.

StarTOC UV Reagent-Less Oxidation with NDIR detection method offers the best choice for very low levels of TOC analysis in many applications. The analyzer is completely automatic, with an integral Microsoft* Windows-CE computer & Touch Screen Display. It eliminates troublesome & expensive factory reprogramming required by alternate microprocessors, when applications change. StarTOC allows easy Operator adjustments from the front panel and many more features, only provided by an integral, dedicated computer.

StarTOC UV/HEATED PERSULFATE oxidation method offers solutions for a wide variety of applications. The analyzer is completely automatic, with an integral Microsoft* Windows-CE computer & Touch Screen Display. It eliminates troublesome & expensive factory reprogramming required by alternate microprocessors, when applications change. StarTOC allows easy Operator adjustments from the front panel and many more features, only provided by an integral, dedicated computer.

StarTOC OZONE PROMOTED/HYDROXYL RADICAL oxidation method offers solutions for a wide variety of applications. The analyzer is completely automatic, with an integral Microsoft* Windows-CE computer & Touch Screen Display. It eliminates troublesome & expensive factory reprogramming required by alternate microprocessors, when applications change. StarTOC allows easy Operator adjustments from the front panel and many more features, only provided by an integral, dedicated computer.

StarTOC COMBUSTION oxidation method offers solutions for a wide variety of applications. The analyzer is completely automatic, with an integral Microsoft* Windows-CE computer & Touch Screen Display. It eliminates troublesome & expensive factory reprogramming required by alternate microprocessors, when applications change. StarTOC allows easy Operator adjustments from the front panel and many more features, only provided by an integral, dedicated computer.

StarTOC Dual Method Ozone / Hydroxyl Radicals + UV / Heated Persulfate offers the highest oxidation potential to assure complete TOC recovery in the most difficult of samples.  This Dual Method satisfies the most challenging of applications and is the clear choice of performance-oriented users, who require the highest level of precision in analysis.