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A system sized from a brochure or a catalog spec will be calibrated for average conditions. Industrial process liquids are rarely average. They carry contamination loads, chemical additives, oils, and biological activity that vary by the hour, and a system that cannot account for that variability will struggle silently, gradually, and expensively.
Bacterial regrowth goes undetected. Fluid degrades ahead of schedule. Production slows. Disposal costs climb. And the root cause, an undersized, mismatched treatment system, never gets identified because nobody tested the liquid properly in the first place.
That is what a Brairtech assessment prevents.
Before recommending anything, we test your actual fluid in real conditions. Every assessment covers the parameters that actually determine treatment performance.
We test your actual fluid, not assumptions from a catalog. Sampling establishes the baseline contamination load, microbial density, BOD/COD, oils, and chemical additives present in your system.
Bench testing reveals how your contamination load behaves over time, how fast bacteria regenerate, how quickly oxidation decays, and what treatment intensity your specific liquid actually requires.
Laboratory conditions are stable. Industrial systems are not. We apply engineering safety margins that account for production variability, contamination spikes, temperature cycles, and operator behavior.
A liquid contamination profile (ex: PH, BOD/COD, EC, microbial density, TSS, TDS, key additives…) of what matters in your process.
Decay curves showing how your specific fluid responds to treatment over time - how fast bacteria regrow, how quickly oxidation decays, and what treatment intensity your liquid actually requires.
An engineering safety factor analysis accounting for your production variability, contamination spikes, temperature cycles, and operator behavior.
A proposed The IPC platform configuration with go/no-go pilot criteria clearly defined.
You leave with a fact-based decision, not a sales pitch.
Integration
The IPC platform is designed to integrate into your existing production environment with minimal disruption. We design recirculation dynamics and hydraulic retention times around your specific setup. Your tanks. Your flow regime. Your production schedule.
The system connects directly to your existing PLC/SCADA infrastructure, operates in bypass, batch, or continuous mode, and requires no complex retrofitting or operational changes to get running.
Your operation keeps moving. We fit around it.
