The IPCx platform is built for liquids most systems were never designed to treat

The IPC platform operates in bypass, batch, or continuous mode - integrated into your existing tanks and CNC production lines, running 24/7 with low energy demand. It doesn't shock-treat your fluid. It stabilizes it continuously, using Branilium™ gas-phase oxidation calibrated to your specific contamination load.

Reality Check

Tank size tells you almost nothing

Most treatment systems are sized by volume. It feels logical, until your fluid fails, your production stops, and you realise a 3m³ tank loaded with cutting fluid carries the pollution load of 3000 m³ liters of wastewater. Here is your reality check: volume is just geometry. What's inside is what matters.

The problem

Conventional systems sized by tank volume are often under-engineered for industrial liquids, leaving gaps for bacterial regrowth, fluid degradation, and unplanned downtime.

The answer

The IPC platform is sized by contamination load - BOD/COD, microbial density, oils, and additives. This is the method that holds up in real production conditions.

The IPCx* platform is scalable - one architecture, three deployment sizes

*Industry Process Cleantech: differs by size and modules

 

Portable

Plug-and-play skid units for single-line operations, pilots, and rapid response. Arrive on a pallet, operating in under a day.

Modular

Stackable treatment modules for single and combined production systems. Scale capacity module-by-module as demand grows.

Custom

Large-scale, fully-engineered systems tailored to plant conditions. Integrated with process control, SCADA, and recovery loops.

Our Solutions

One platform. Three applications.

The IPCx treats industrial process liquids that challenge conventional systems. Engineered, tested, and validated in real production environments, it is the only platform of its kind certified non-toxic under ISO 10993-5.

 

Industrial Process Fluids

The IPCx stabilizes high-load cutting fluids, washing liquids, and process water under continuous production conditions.

Clean Water Applications

The IPCx platform safeguards cooling towers, pools, and critical water systems where biological failure carries serious consequences.

Engineering & Advisory

Our engineers assess your system, design the right configuration, and optimize for long-term stability and TCO reduction.

The numbers

Independently verified

Every number here has been measured in live production environments, not laboratories.

 

ISO 10993-5

Certified

Branilium is the only AOP technology certified non-toxic under ISO 10993-5:2009 - independently verified safe for human contact and ecosystem exposure. No biocides, no ozone, no chemical hazards.

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Fluid Lifespan Extension

Where UV and ozone can struggle with shadowing and chemical instability in high-load conditions, IPC16 stabilizes fluid chemistry continuously, delivering up to sixfold lifespan extension and 99.995% pathogen reduction.*

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Lower Total Cost of Ownership

IPC16 shifts fluid management from a waste model to an asset model - verified 75% reduction in TCO across fluid replacement, energy consumption, disposal costs, and downtime.*

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Reduced CO2 annually

Verified reduction per installation compared to other technologies, based on independently validated case data from a major automotive production environment.*

*Results from a validated pilot in a major automotive powertrain production facility. Outcomes depend on system conditions, liquid type, and correct sizing.

 

The IPC16 Platform

Everything your current system wasn't designed to do

Six capabilities engineered to address the compromises built into conventional fluid treatment.

 

Advanced oxidation that leaves nothing behind

A patented gas-phase injection technology that destroys contaminants at a molecular level. ISO 10993-5 certified non-toxic, with no toxic byproducts or chemical residues. 99.995% pathogen reduction, continuously.*

Real-Time Condition Monitoring

Continuous sensor arrays monitor pH, conductivity, and fluid quality in real time, driving automated adjustments that detect contamination spikes before they reach production.

Modular and scalable design

Continuous sensor arrays monitor pH, conductivity, and fluid quality in real time, driving automated adjustments that detect contamination spikes before they reach production.

Engineered for fast integration

Pre-validated against documented fluid chemistries, The IPC platform integrates into existing recirculation loops with minimal retrofitting. Where your application falls within our validated performance envelope, installation is straightforward from day one.

Compatible with synthetic and mineral fluids

Engineered to stabilize complex synthetic chemistries without degrading additives or causing phase-out. Targets bacteria and odours while preserving full fluid performance.

Risk-Free PaaS Commercial Model

Prove the 6x lifespan extension in your own facility before committing to purchase. Rental payments accrue directly toward the final price, removing the CapEx barrier entirely.

*Results from a validated pilot in a major automotive powertrain production facility. Outcomes depend on system conditions, liquid type, and correct sizing.

 

Continuous Monitoring

Real-time visibility into fluid condition

Know exactly what is happening in your system at every moment. No guessing, no surprises, no waiting for a problem to surface in production

Engineering protocol

Every system is sized to your load, not your tank

We don't publish capacity tables by volume. A 3 m³ tank running hardening fluid can carry 1,000x the contamination load of a 10 m³ cooling water tank. The IPC platform is configured after liquid sampling, bench testing, and pilot validation, because that's the way to guarantee stable, long-term performance. For validated liquid types, IPC16 is ready as a plug-and-play configuration. For new or complex cases, we engineer a tailored solution before anything is installed.

Become a Brairtech Partner

We work with a select group of system integrators, distributors, and engineering consultancies to deploy the IPC platform across industrial and clean water applications. If you represent facilities that manage high-load process fluids or regulated water systems, we’d like to talk.

 

FAQs

Answers to common questions about the IPC16 platform

Does the IPC platform reduce downtime?

Yes. By extending fluid lifespan by up to 6x and targeting 99.995% pathogen reduction, the IPC platform reduces unplanned maintenance and fluid replacement cycles. Many facilities see measurable downtime reduction within the first month of operation.*

Is the IPC platform safe for industrial environments?

Yes. Branilium™ technology is ISO 10993-5 certified for biological safety and creates a non-toxic environment. The system meets all CE requirements and operates safely alongside existing equipment without special handling or precautions.

How quickly will I see ROI?

This depends on your current fluid replacement frequency, disposal costs, and downtime exposure. Our TCO analysis tool gives you a facility-specific projection based on your actual operational data.

Does the IPC platform support ESG goals?

Yes. The up to 6x lifespan extension reduces fluid waste and disposal costs. Lower energy consumption and fewer chemical replacements mean a smaller environmental footprint while improving your sustainability metrics.

What maintenance does the IPC platform require?

Minimal. The system is designed for low-touch operation with automated monitoring and self-adjusting treatment intensity. Routine checks are brief and infrequent, significantly reducing operator burden compared to conventional systems.

*Results from a validated deployment in a major automotive powertrain facility. Outcomes depend on system conditions, liquid type, and correct sizing.

Need more answers?

Visit our Technical FAQ page or reach out to our team for technical details

”The system paid for itself in three months. We stopped replacing fluid every two weeks and started replacing it every three months. That's not just cost savings - that's operational control.”

Operations Manager, Automotive Manufacturing, Sweden

The compromise ends here

Your operation deserves stable fluids, verified performance, and a partner who sizes systems from data, not assumptions.

ISO 10993-5 certified · Risk-free pilot · Up to 75% lower TCO