TAPFLO OIL FLUSHING SYSTEM ALFA LAVAL CIP MODULE 150PEE-AL 1807-2185

This system represents a professional-grade, skid-mounted solution combining the robust pumping and flushing capability of TAPFLO with the precision thermal and separation technology of Alfa Laval. It is engineered for two primary, often interconnected, functions: high-velocity oil flushing of lubricating and hydraulic systems and Cleaning-in-Place (CIP) of process components.

    OIL FLUSHING SYSTEM:

• BRAND: TAPFLO

• PUMP MODEL: 150PEE-AL

• SERIAL NO: 1807-2185

• MFG YEAR: 2018
• CERTIFICATIONS: EAC AND CE MARKED

    ALFA LAVAL CIP MODULE:

• TYPE: CIP MODULE
• S/N: 1339
• YEAR: 2018-19
• ARTICLE NO: 9002547-80-81
• MFG: SWETHERM IN SWEDEN FOR ALFA LAVAL TUMBA AB

1. Primary Purpose & Function

The system is designed to ensure the utmost cleanliness and reliability of closed-loop fluid systems.

• Oil Flushing: To remove harmful contaminants (metal particles, weld slag, dust, water, old degraded oil) from new or serviced lubrication, hydraulic, turbine, and gear oil systems. This is a critical commissioning and maintenance procedure to prevent component wear and system failure.

• Cleaning-in-Place (CIP): To clean the internal surfaces of process equipment (tanks, vessels, pipelines, heat exchangers) without disassembly. It uses a circulated cleaning fluid (often hot water, chemicals, or a solvent) to dissolve and remove product residues, microbes, and deposits.

2. Key Components & Their Role

A. TAPFLO 150PEE-AL Pump Unit:

• Pump Type: Likely a TAPFLO air-operated double-diaphragm (AODD) pump or a high-flow centrifugal pump package. The “PEE” designation often indicates a specific engineered package.

• Function: Provides the high flow rate and pressure required for effective flushing. AODD pumps are preferred for their ability to handle fluids with varying viscosity and particulate content without damage.

• Features:

  • Explosion-Proof (if specified): Safe for use in hazardous areas (oil, chemicals).

  • Variable Flow/Pressure: Easily adjusted via air pressure, allowing for optimized flushing parameters.

  • Portable Skid Design: Mounted on a rigid frame with lifting points, forklift channels, and often a containment sump.

B. Alfa Laval CIP Module 1807-2185 SEO:

• Core Component: Almost certainly an Alfa Laval plate heat exchanger (PHE) or a complete thermal unit.

• Function:

  • Heating/Cooling: Efficiently heats the flushing oil or cleaning solution to lower viscosity and improve contaminant removal. Can also cool the fluid if needed.

  • Temperature Control: Precise control is vital for CIP chemical effectiveness and oil flushing efficiency.

• Features:

  • High Thermal Efficiency: Plate design ensures rapid heat transfer.

  • Compact Footprint: Provides significant heating/cooling capacity in a small space.

  • Configured for CIP/Flushing: Includes connections, controls, and safety features tailored for these duties.

C. Filtration & Separation System (Integral):

• High-Capacity Filter Housings: Typically multi-bank filters with differential pressure gauges. They start with coarse mesh filters (e.g., 100-200 micron) and progress to fine absolute filters (e.g., 3-10 micron, Beta ≥1000).

• Contaminant Monitoring: Often includes a visible contaminant sight glass or particle counter port.

• Optional Dehydration & Degassing: May include a vacuum chamber or coalescer to remove water and entrained gases from the oil.

D. Control & Instrumentation Panel:

• Centralized Control: Features starters, motor protections, and controls for pumps and heaters.

• Monitoring: Gauges for pressure, temperature, flow, and filter differential pressure.

• Safety: Includes thermostats, pressure relief valves, and emergency stops.

3. System Workflow

1. Connection: The system is connected to the target loop via temporary hoses.

2. Circulation & Heating: The TAPFLO pump circulates the fluid (oil or cleaning solution). The Alfa Laval module heats it to the prescribed temperature.

3. Filtration: The fluid passes through the filter banks, where particles are systematically removed. Filters are changed as they load up.

4. Validation: Flushing is complete when target cleanliness codes (e.g., ISO 4406) are achieved, confirmed by particle count analysis. CIP is complete when conductivity/pH of the return solution matches the supply.

4. Typical Applications

• Power Plants: Flushing turbine lube oil systems, governor systems, and generator seals prior to commissioning.

• Marine & Offshore: Flushing main engine, thruster, and hydraulic systems on ships and platforms.

• Heavy Industry: Commissioning of gearboxes, hydraulic presses, and rolling mill systems.

• Food, Pharma, & Chemical: CIP of processing lines, reactors, and storage tanks (using appropriate seals and materials).

5. Key Benefits

• Reduced Downtime: Fast, efficient cleaning and flushing get equipment back online faster.

• Enhanced Reliability: Prevents premature wear and catastrophic failures in bearings and servo-valves.

• Extended Oil Life: By removing contaminants and water, the service life of expensive lubricants is prolonged.

• Safety: Integrated design with proper controls and containment reduces operational risks.

• Proven Components: Combines TAPFLO’s pumping reliability with Alfa Laval’s thermal efficiency.