ESP optimization

Zyfra
Artificial Lift

ESP optimization to maximize oil flow rate or provide maximum energy efficiency.
ESP optimization to maximize oil flow rate or provide maximum energy efficiency.
ESP optimization to maximize oil flow rate or provide maximum energy efficiency.
ESP optimization to maximize oil flow rate or provide maximum energy efficiency.
ESP optimization to maximize oil flow rate or provide maximum energy efficiency.
What is this for

Zyfra Artificial Lift provides optimal control for ESP via daily recommendations prioritizing the changes to reduce operational costs.

  • Oil production increase

  • Well shutdown prevention

  • Optimal control provides increased oil production while
    not damaging the field long term

  • Automatic oil flow calculation
    and operating mode control

  • Tracking

  • Reducing well shutdown risk by optimal & safe control

Work smarter, not harder
Work smarter, not harder
One method of enhancing oil efficiency is to manage the well’s flow rate. Learn more by reading the article in Oilfield Technology magazine.
Features
  • Well true flow rate calculation

  • Economic effect calculations

  • ESP historical and current mode auto-detection

  • Optimal ESP controls

  • Automatic data cleaning and augmentation

oil production boost
average energy costs reduction
Clear Analytics
dynamic level
amount of fpm (formation-pressure maintenance) water injected into well
liquid flow rate
water encroachment
Inclinometer survey data:
Relative coordinates
Upper, lower shooting
depth
Elongation, etc.
ESP parameters:
State (on/off)
Current frequency
Voltages
ESP ratings
Pressures:
Annulus
Intake well head
Buffered
Bottom hole
Cases
Slavneft
Slavneft
  • Increased oil
    production via
    ESP control
  • 400
    wells
  • 1.48%
    oil flow increase
  • 1.7 m$
    additional profit a year
Benefits and results
A solution enabling the full realization of the potential of extraction will solve the problem of increasing or maintaining the volume of fluid extracted during operation.
  • predicting liquid and oil flow rate of wells for various modes of ESP operation
  • elimination of human factor in the course of monitoring «problem» wells
  • automated control of recommended ESP operating modes implementation
  • issuing optimal for oil flow rate modes of ESP operation