Clean In Place Cip Cleaning System
- Capacity:
- 40 L, 50 L, 100 L, 500 L, 200 L
- Voltage:
- 220-480v
- Material:
- SUS304, SUS316L
- Power:
- Customizable
- Type:
- CIP cleaning system
- Customization:
- Available
- After-sales Service:
- Online/Spare Parts/Life-Long Aftersale Service
- Warranty:
- 1 Year
- Condition:
- New
- Key Selling Points:
- Easy to Operate
- Material Processed:
- Chemicals, Food, Cosmetics, Powder, Paint, Liquid, Plastics, ink
- weight (kg):
- 500
A cip system is an automated, closed-loop cleaning station engineered to circulate, heat, and meter sanitary fluids through product contact surfaces without disassembling equipment. Skid platforms integrate chemical reservoirs, a centrifugal distribution pump, heat exchangers, and pneumatically actuated divert valves to coordinate fluid velocity, wash chemistry, and thermal cycles across process piping and storage vessels.
Fluid Dynamics and Chemical Recovery Circuits
Achieving surface hygiene inside a clean in place system depends on generating turbulent flow inside process lines. Turbulent mechanics create high physical wall shear stress against adhering soils, demanding a Reynolds number exceeding 4,000.
Three-tank arrangements provide dedicated chambers for fresh prerinse water, formulated alkaline wash, and acid neutralizer. Inline toroidal conductivity meters track chemical dilution, directing return valves to channel recoverable solutions into storage vessels rather than routing them toward waste drains.
Hygienic Verification in Thermal Processing Lines
High-temperature food and beverage production requires a specialized cip clean in place system to combat mineral-protein scale deposition. Equipment such as pasteurizers, tubular evaporators, and aseptic holding tubes accumulate denatured proteins alongside calcium phosphate layers across 316L stainless steel surfaces.
Sequential hot caustic stripping followed through with acid circulation dissolves these compound scales, satisfying strict 3-A sanitary guidelines without operator exposure to hazardous wash compounds.
| System Attribute | Single-Pass Units | Multi-Tank Recovery Configurations |
|---|---|---|
| Footprint Dimensions | Compact frame for cramped floor spaces | Allocated skid footprint for storage tanks |
| Chemical Utilization | Discharges chemicals directly after circulation | Recovers reusable solutions via conductivity routing |
| Utility Requirements | Continuous boiler steam and water supply | Reduces municipal water and thermal requirements |
| Process Reproducibility | Manual chemical dosing allows deviations | Automated programmable logic ensures cycle uniformity |
Automated Instrumentation and Operational Control
Implementing automated cip cleaning removes manual washdown risks while securing process consistency across repeated production schedules. Programmable logic controllers regulate variable frequency drives, pneumatic sanitary seat valves, and proportional steam valves according to pre-validated recipes.
Continuous instrumentation loops track circuit flow rates, differential pressures, and return line temperatures, delivering validated surface cleanliness while shortening production downtime.
