Process IQ Acid Gas Membrane Performance Services | Schlumberger

Process IQ Acid Gas Membrane Performance Services

Optimize acid gas treatment with membranes

Improve performance of membrane technology through predictive monitoring and analysis

Acid gas membrane performance is the software-as-a-service digital solution that monitors your facility operations data to predict the performance and remaining useful life of acid gas removal membranes and autonomously identify events.

Although acid gas membranes are widely used onshore and offshore for CO2 removal from natural gas, the performance of these efficient, compact systems is highly dependent on field operations practices and the condition of the natural gas feedstream.

If operating conditions are not known and controlled, the system can easily be damaged. The resulting weakened performance can lead to undesirable product gas specifications, contractual penalties, unexpected downtime, and ultimately the risk of environmental impact.

Process facility rendering
Gas membranes system monitoring
Live status of membrane performance
Remaining useful life (RUL)
Automatic event detection
Membrane replacement planning

Anticipate performance upset to automatically optimize membrane life

The Process IQ service marks the industry's first intelligent, automated system for accurately gauging COmembrane health and performance. This complete prediction solution ends the current maintenance uncertainty and overspend on premature or reactive membrane replacement.

Process IQ service for gas membrane systems enable operators to anticipate performance upset by applying predictive monitoring and active machine learning using continuous monitoring of facility operations. The proprietary performance modeling integrates technology manufacturer expertise with empirical data analytics from an extensive database of operating facilities.

In addition to accurately anticipating performance upset, the Process IQ service identifies critical events. You can proactively manage remaining membrane performance to extend membrane lifetime and optimize membrane module replacement expenditure.

Share This