Description
Dithiazine is a crucial byproduct formed when triazine– and MBO-based solutions are used to remove hydrogen sulfide from gas streams. Traditionally, testing for dithiazine has been a cumbersome process. Expensive laboratory analyses, often taking weeks to complete, hindered timely decision-making regarding scavenger replacement. This delay could negatively impact scavenger system performance and inflate material and labor costs.
Our innovative approach revolutionizes dithiazine analysis by offering a simple, user-friendly system for rapid on-site detection. Our dithiazine analysis kit eliminates the need for complex laboratory procedures and delivers laboratory-grade results within minutes. This significant reduction in testing time empowers operators to make informed choices about scavenger replacement schedules. By proactively replacing spent solutions before they become ineffective, this method ensures optimal performance of the entire scavenger system. Additionally, it minimizes the waste of scavenger solutions, reducing both material and labor costs associated with unnecessary change-outs.
For a more comprehensive analysis of hydrogen sulfide scavenger solutions, the dithiazine analysis system seamlessly integrates with our existing MEA-triazine and monoethanolamine cartridges. These cartridges work in tandem to provide a complete picture of the scavenger solution’s health.
Furthermore, the versatility of this dithiazine analysis method extends beyond spent scavenger solutions. With the incorporation of a simple extraction step, the same technique can be applied to analyze natural gas liquids and slop water samples. This extraction step involves transferring the dithiazine component into an aqueous solution, making it compatible with our established part-per-million (ppm) analysis methods for amines. The outcome remains a rapid, on-site test using portable instrumentation, delivering valuable data on the ppm-level concentration of amines or dithiazine present in the samples.
In essence, this innovative dithiazine analysis method empowers operators with the tools to optimize hydrogen sulfide scavenger system performance. Faster, on-site analysis translates to proactive decision-making, cost savings, and ultimately, a cleaner and more efficient gas processing operation.
For %-level analysis, please use our MEA-triazine (LPT) kit for simultaneous MEA-triazine and MEA-dithiazine analysis.
Tests are provided ten (10) per box.
