Performance Starts with Design
Pureflow’s process design capabilities are built on a practical understanding of real-world operating conditions and a commitment to performance-driven engineering. System design is grounded in pilot data, process modeling, and operator considerations to ensure reliability, maintainability, and predictable performance. From concept development through detailed design and commissioning support, Pureflow delivers systems that are not only technically sound, but also optimized for long-term operation in municipal and industrial applications.
Design capabilities
CFD Modeling for Ozone & AOP Design
Purflow Ozone Div. leverages advanced Computational Fluid Dynamics (CFD) to optimize ozone and AOP system performance, ensuring precision and cost efficiency.
Features & Benefits of CFD Modeling:
- Ozone Transfer Efficiency: Analyze bubble size, contact time, and mixing dynamics to maximize dissolution rates and minimize off-gassing, ensuring cost-effective system performance
- Optimized Contactors: Predict flow patterns, ozone distribution, and potential stagnant zones to maximize disinfection efficiency and minimize energy use
- Injection Precision: Simulate gas-liquid interactions to determine ideal ozone injection points, enhancing dissolution rates in multi-phase systems
- Real-World Validation: Model complex scenarios to identify and mitigate design flaws before implementation
- prediction of bromate formation under varying ozone dose, mixing, and contact conditions to support compliant system design
