Cip Clean In Place Tank Cleaning Skid Equipment 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 a closed-loop sanitization assembly engineered to circulate, heat, and meter chemical washes through processing circuits without dismantling sanitary pipework or vessels. Operating through an integrated stainless steel framework, the station coordinates solution reservoirs, an industrial centrifugal distribution pump, a sanitary steam heat exchanger, and pneumatic routing valves to govern fluid velocity, chemical concentration, and thermal cycles across closed processing lines.
Steam Thermal Transfer and Flow Regimes
Maintaining exact solution temperatures inside clean in place equipment relies on indirect steam exchange. Modulating steam control valves meter plant steam into a sanitary plate or shell-and-tube heat exchanger, transferring thermal energy without boiler chemical carryover or fluid volume expansion.
Hydraulic soil removal demands turbulent flow regimes across process tubing. Circulating fluids must sustain a Reynolds number exceeding 4,000 to produce sufficient physical wall shear stress against adhering processing residues.
| Thermal Transfer Method | Indirect Sanitary Heat Exchanger | Direct Steam Sparging |
|---|---|---|
| Dilution Control | Maintains static chemical concentration | Condensate dilutes wash formulation |
| Steam Quality Need | Standard plant boiler steam acceptable | Demands certified culinary steam filtration |
| Temperature Uniformity | PID modulated proportional steam loop | Manual or fluctuating direct injection |
| Energy Recovery | Condensate returns to boiler feedwater loop | Thermal energy lost down effluent drain |
Vessel Impingement and Soil Removal
Achieving sanitary compliance during cip tank cleaning requires uniform surface coverage across interior dome heads and sidewalls. Fluid storage vessels accumulate stubborn residue rings, caramelization deposits, and heat-coagulated proteins across internal 316L stainless steel surfaces.
Rotary jet heads generate physical impingement patterns, cutting through heavy organic matrices before gravity drains the spent fluid toward the discharge manifold.
Instrumentation Controls and Return Routing
Configuring an automated clean in place skid eliminates manual washdown hazards while securing cycle repeatability across continuous processing schedules. Programmable logic controllers coordinate pneumatic mix-proof valves, RTD temperature sensors, and variable frequency drives according to programmed wash recipes.
Inline toroidal conductivity transmitters track returning solutions. When returning rinses meet purity thresholds, automated divert valves route usable chemicals back into storage chambers rather than discharge drains, reducing wastewater volume and utility expenses.
