Speak with a filtration specialist
Turn Liquid/Gas Separation on Its Side with SepraSol™ Plus
One sizing approach, one element design, any vessel orientation.
Why Liquids in Natural Gas Matter
Liquids in natural gas streams can damage equipment and reduce process efficiency. Contaminants such as amine, water and free hydrocarbons can foul compressors, disrupt combustion stability and lower gas quality which increase maintenance needs and lead to unplanned downtime that affects plant reliability and performance. These challenges show why choosing reliable liquid removal technology is essential. SepraSol™ Plus provides this protection and supports efficient operation in both vertical and horizontal vessels.
How SepraSol Plus Supports Vertical and Horizontal Installations
SepraSol Plus gives operators the flexibility to choose the vessel orientation that fits their layout. Our data driven sizing approach validates the same SepraSol Plus element in both vertical and horizontal vessels, simplifying planning and helping to reduce total installed cost.
To support this flexibility, the design includes features that protect performance in either configuration:
- One SepraSol Plus part number regardless of orientation
- Oleophobic and hydrophobic media treatment that promotes fast drainage
- Lower CAPEX due to fewer required elements and compact vessels
- Reduced waste because of fewer element changeouts
What is New in the Horizontal Configuration
The horizontal configuration extends the performance of SepraSol Plus to installations where footprint or access limits the use of vertical vessels. It uses the same validated element and a vessel layout designed to support effective liquid separation and easier maintenance.
Key updates:
- Same element design across both vessel orientations
- Easier maintenance with upstream changeout access
- Vessel length adjusted to support liquid separation
Benefits of SepraSol Plus
SepraSol Plus is designed to support reliable, long-term performance while helping facilities manage cost and operational demands. The design focuses on making maintenance easier, reducing waste and enabling a smaller footprint where needed.
Core benefits include:
- Layout flexibility to reduce footprint constraints
- Stable performance even during solids upsets and high load events
- Fine liquid removal that protects MRUs, compressors, pipelines, sieve contactors and glycol systems
How SepraSol Plus Manages High Liquid Loads
Liquid handling performance depends on both the media and the vessel design. SepraSol Plus combines Pall’s media treatment with a sizing approach that supports high liquid loading in any orientation.
This includes:
- Media treatment that lowers surface energy and speeds drainage
- Data driven selection of vessel orientation and element count
- Horizontal settling length to support coalescence and drainage
Where SepraSol Plus is Used
SepraSol Plus is used across critical natural gas processing operations where clean, dry gas is necessary to protect assets and ensure product quality.
Applications include:
- MRU protection
- Compressor protection
- Pipelines
- Sieve contactors
- Glycol systems
Results and Proof
SepraSol Plus has delivered proven performance in demanding fuel gas applications. Its ability to remove both liquids and solids helps protect critical equipment, stabilise operation and reduce maintenance requirements.
Case Study Snapshot: Refinery Fuel Gas Improvement
A refinery experiencing significant contamination in its fuel gas stream installed a SepraSol Plus coalescer skid near a malfunctioning control valve. After installation, the refinery reported stable operation, cleaner fuel gas quality and no further maintenance issues on the control valve across the operating period.
These early gains highlight how SepraSol Plus supports reliability and protects downstream equipment in demanding fuel gas applications.
Frequently Asked Questions
Can one element be used for both orientations?
Yes. SepraSol Plus is designed for vertical and horizontal vessels.
How does media treatment improve performance?
The treated media lowers surface energy which supports faster drainage.