Core PlatformStabilized Reagent ChemistryReaction-Kinetic Detection
A practical platform for online free chlorine monitoring
OneStep Technologies is developing a stabilized chromogenic reagent platform for automated water analysis, with a current focus on online free chlorine monitoring. The platform combines stabilized reagent chemistry with reaction-kinetic optical detection to support more practical continuous operation.
The goal is to improve reagent usability, simplify operation, and better support integration into instrument-based monitoring systems used in real-world water-analysis environments.
Stabilized reagent chemistry
The platform is built around stabilized chromogenic reagent systems designed for longer usability, improved storage behavior, and more practical field deployment.
Reaction-kinetic detection
The platform uses reaction-kinetic optical analysis as an alternative to conventional endpoint-only measurement logic in continuous water monitoring.
Simplified reagent workflow
A key platform direction is reduced operational complexity through reagent architectures intended to support lower-maintenance continuous use.
Instrument compatibility
The platform is intended for integration into flow-cell optical systems and other reagent-based monitoring instruments.
What problem it addresses
Conventional online chlorine workflows can involve multiple reagents, limited stability, and more frequent maintenance demands. The platform is designed to support a more practical operating model.
Why it is different
The technical differentiation lies in the combination of stabilized reagent chemistry and kinetics-based detection, aimed at practical automated monitoring rather than chemistry alone.
Why it matters
For instrument companies and commercial partners, useful chemistry must also be stable in operation, easy to work with, and suitable for real monitoring systems.