01
Well Geometry
Depth, deviation, completion configuration and available operating envelope.
ARTIFICIAL LIFT
Lift More Efficiently.
Extend Well Value.
IET Americas approaches artificial lift from the well conditions, production objective and lifecycle economics of the application.
The goal is not simply to select equipment—it is to match the lift method, operating strategy and supporting technologies to the well.
THE WELL DEFINES THE LIFT STRATEGY
Start With the Production Conditions.
Depth, fluid properties, production rate, gas content, solids, deviation and operating constraints determine which lift methods are technically and economically appropriate.
02
Fluid Characteristics
Viscosity, gas fraction, solids, water cut and changing production conditions.
03
Production Objective
Target rate, drawdown strategy, uptime requirements and reservoir-management objectives.
04
Lifecycle Economics
Energy use, intervention frequency, equipment life, serviceability and total operating cost.
ARTIFICIAL LIFT METHODS
Select the Method Around the Well.
Different lift methods solve different production challenges. IET evaluates the application before defining the technology path.
Sucker Rod Pumping
Established mechanical lift for a broad range of onshore production conditions and mature-field applications.
Progressing Cavity Pumps
Positive-displacement lift well suited to viscous fluids and selected solids-handling applications.
Electric Submersible Pumps
High-rate lift for applications requiring substantial fluid-moving capacity.
Gas Lift
Flexible lift strategy using injected gas to reduce hydrostatic head and support production.
Hydraulic / Jet Lift
Surface-powered lift options for selected well conditions, intervention strategies and production requirements.
Plunger Lift
Intermittent or continuous deliquification support for selected gas-producing wells.
PRODUCTION OPTIMIZATION
Equipment Is Only Part of the System.
Artificial lift performance depends on the interaction between the reservoir, the well, the lift equipment and the operating strategy.
01
Understand Performance
Evaluate well behavior, production history and current operating conditions.
02
Identify Constraints
Separate reservoir limitations from mechanical, hydraulic or operating limitations.
03
Optimize the System
Align equipment, operating parameters and production objectives.
SUPPORTING TECHNOLOGIES
Measure. Understand. Improve.
Well DiagnosticsData and measurements that help identify performance limitations and operating conditions.
Production AnalysisInterpretation of well and system behavior to support operating decisions.
Automation & MonitoringOperational visibility and control strategies designed around the lift system.
Equipment LifecycleRepair, remanufacturing and service strategies where technically and economically appropriate.
THE IET APPROACH
From Well Conditions to Production Strategy.
01
Characterize
Well · Fluids · Production · Constraints
→
IET AMERICAS
Evaluate & Select
Lift method and supporting technologies matched to the application
→
03
Optimize
Performance · Reliability · Lifecycle value
ARTIFICIAL LIFT SOLUTIONS
The Right Lift Strategy Starts
With Understanding the Well.
Discuss your well conditions, production objective or artificial-lift challenge with IET Americas.
DISCUSS YOUR APPLICATION →