The XPLORER AOX/TOX is designed to analyze rapidly and precise in a wide range of liquid and solid matrices. It is ideal for laboratories performing Organic Halogen analysis, if necessary for round-the-clock operation. The AOX, EOX and POX modules are easily interchangeable.
High throughput AOX analysis is enabled by a unique slider principle, the Xplorer simply utilizes Newton’s law of gravity, by allowing the cup or frit to ‘fall’ into the boat, before entering the horizontal furnace.
When the boat returns from the furnace, the slider moves to the eject position, where the used cup or frit is collected for re-use, without any pile-up in the furnace tube.
Common Applications:
- Drinking water
- Waste water
- Cooling water
- Process water
- Effluent water
- Pulp & Paper
- Sediment
Three Different Methods
- AOX/TOX (Adsorbable Organic Halogens / Total Organic Halogens)
- EOX (Extractable Organic Halogens)
- POX (Purgeable Organic Halogens)
Features & Benefits
| Features | Benefits |
|---|---|
| Compact Design | Saves valuable laboratory space, making it ideal for small or crowded labs. |
| Simultaneous Analysis of AOX and TOX | Allows for efficient and accurate determination of Adsorbable Organic Halogens (AOX) and Total Organic Halogens (TOX). |
| Versatile Sample Handling (Water, Soil, Sediments, and Sludge) | Accommodates diverse sample matrices, ensuring flexibility for multiple applications. |
| TEIS Software with Intuitive Interface | Simplifies operation and reduces the learning curve for new users. |
| Short Start-Up Time (Less than 15 Minutes) | Enables rapid readiness, improving productivity and operational efficiency. |
| Compliance with International Standards (ISO, EPA, DIN) | Provides reliable and globally recognized results suitable for regulatory reporting. |
| Integrated Automation Options | Enhances throughput by supporting autosamplers for high-volume analysis. |
| Low Maintenance and Optimal Performance | Reduces downtime and operational costs through efficient design and robust engineering. |
| Ultra-Low Detection Limits | Ensures precise quantification of trace organic halogens in various matrices. |
| Optional Features for Customization | Offers flexibility to expand capabilities based on specific laboratory needs. |
Product Details
Background
Most of the organic halogens found in nature are toxic, carcinogenic, persistent, and bio-accumulative. Over time, these might pose a threat to the environment and to mankind. As a consequence, regulatory authorities around the globe have issued mandates defining maximum permissible limits of these compounds in soil and water. Analyzing their specific composition in order to identify whether they stay within the permissible limits is both difficult and time consuming. Therefore, standard methods have been developed to ensure fast and reliable screening for routine analysis.
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