Novosibirsk, Akademgorodok
Musy Dzhalilya, 23
RUS
ENG
Personal account
Equipment for research of core,
reservoir fluids and fracturing materials
Telephone:
+7 (383) 332-17-47

PIK-WFL Wax/Deposition Testing Facility

PIK-WFL is a closed, isolated hydraulic system operating under overpressure, which prevents sample degassing and ensures the validity of experiments. The circulation loop is designed to simulate solid-phase deposition in a pipeline section. The refrigerant cools the test pipe section, while the main system maintains an elevated temperature. This creates a temperature differential that initiates deposit formation. The measured values of the pressure differential across the capillary and the inlet/outlet temperatures of the loop allow for the calculation of fluid viscosity, changes in flow area, deposit thermal conductivity, and WAT (Wax Appearance Temperature).

The precise dosing system allows the inhibitor to be introduced into the test loop directly during testing.

Experiments can be conducted in either open-loop or closed-loop mode. In open-loop mode, the sample is directed from Tank 1 to the waste tank 2. Closed-loop mode is suitable for long-duration experiments. In this mode, the sample is recirculated back to sample tank 1.

The system supports both automatic and manual control modes, enabling both standard and custom specialized experiments.


Dimensions and weight:

  • Overall dimensions (length × width × height): 1500 × 600 × 800 mm;

  • Weight: no more than 120 kg.

Request product cost
Benefits/Capabilities
  • Study of paraffin and asphaltene precipitation.
  • Determination of the Wax Appearance Temperature (WAT).
  • Development and optimization of inhibitors and deposit dissolvers.
  • Analysis of paraffin deposition kinetics.
  • Determination of optimal chemical dosing rates.
Measured parameters
  • Inlet temperature of the test loop
  • Outlet temperature of the test loop
  • Temperature of heated lines
  • Temperature of the sample vessel
  • Thermostat bath temperature
  • Inlet pressure of the test loop
  • Outlet pressure of the test loop
  • Pump flow rate
Technical specifications
Parameter Value / Description
Maximum system pressure, MPa 0.5
Temperature range, °C 25…120
Cooling temperature range, °C -20…+80
Temperature control accuracy, °C ±0.5
Primary thermostating system Thermostat bath
Fluid viscosity range, mPa·s 0.5 … 2500
Flow rate range in test loop, mL/min 0.1 … 200
Flow rate measurement accuracy, % ±0.5
Measuring capillary 1, diameter/length, mm 1.7526 / 2000
Measuring capillary 2, diameter/length, mm 1.55 / 2000
Measuring capillary 3, diameter/length, mm 1.7526 / 5900
Inhibitor injection system into closed loop during testing Available
Software capabilities
– System control All complex systems (pumps, valves, temperature, built-in stirrers)
– Data acquisition Real-time monitoring and data collection from all units and sensors
– Data processing Calculations and processing of collected experimental data
– Graphing Plotting dependencies of measured parameters
– Automation Automated execution of test programs