Monitor process water or the organic effluent loading in your wastewater quickly and cost-effectively with the InnovOx.

Food & Beverage

Food, flavor and beverage manufacturers need to monitor a wide range of water samples - from ultrapure to wastewater. GE Analytical Instruments offers several products to satisfy these needs.

Sievers InnovOx - for laboratory wastewater TOC analysis

The Sievers InnovOx Laboratory Total Organic Carbon (TOC) Analyzer allows you to monitor process water or the organic effluent loading in your wastewater quickly and cost-effectively Designed to analyze thousands of challenging samples with reliability and unprecedented uptime, the InnovOx offers unmatched oxidation robustness, low maintenance, and up to 6-months’ calibration stability. It needs no external carrier gases or specialized catalysts, keeping cost of ownership low.

The new Sievers InnovOx Laboratory Total Organic Carbon (TOC) Analyzer from GE Analytical Instruments lets food, flavor, and beverage manufacturers monitor the organic effluent loading in their wastewater quickly and cost-effectively . Designed to analyze thousands of challenging samples with reliability and unprecedented uptime, the InnovOx offers unmatched oxidation robustness, low maintenance, and up to 6-months’ calibration stability. It needs no external carrier gases or specialized catalysts, keeping cost of ownership low.

The InnovOx offers a wide dynamic detection range of 0.5 to 50,000 ppm, making it ideal for monitoring both condensate and influent/effluent waste streams. Rapid measurements let you spot problems early —- before they cause a system overload.

The Sievers InnovOx uses an innovative Supercritical Water Oxidation (SCWO) technique that achieves greater than 99% efficient oxidation. As a result, the Sievers InnovOx is able to handle diverse sample matrices routinely with minimal recalibration, system maintenance, and parts replacement. The InnovOx also removes problematic sample matrix contamination at the end of every analysis. This means there is no salt, particle, or oxidation by-product buildup in the reactor, tubing, or valves.