Process optimisation with microwave technology
Struggling to see the phases in your separation process?
Process optimisation with microwave technology
Proper monitoring is essential to distinguish between oil, water, and emulsion layers, especially in desalters, where ineffective separation can lead to salt and water carryover, corrosion, and fouling. Rag layers and persistent emulsions can further disrupt operations, increasing chemical consumption and causing process inefficiencies. While direct measurement methods can be affected by buildup and emulsion height changes, indirect solutions like nuclear density
20 FDPP- www. fdpp. co. uk profiling systems provide more reliable monitoring in challenging conditions, ensuring optimal separation and process stability.
The benefits go beyond efficiency Lower energy consumption, reduced fouling, improved catalyst performance, and a longer equipment lifespan mean a smaller environmental footprint while boosting your bottom line. Ready to transform your operations?
Summary of key benefits:
• Real-time, continuous online monitoring of moisture or solids content ensures precise and reliable process control
• Early detection of quality deviations allows for immediate corrective actions, ensuring consistent product quality, minimizing waste, and optimizing resource use.
• Multi-frequency technology enables dynamic plausibility