Platform first
COALVEX™ narrows the project to the correct treatment universe without forcing an early product choice.
COALVEX™ Gas Conditioning Technologies
COMMERCIAL TECHNOLOGY PLATFORM
COALVEX™
Gas Conditioning Technologies
Gas-stream conditioning for entrained liquid aerosols, droplets and free-liquid carryover in natural-gas and industrial process-gas duties.
COALVEX™ organizes gas conditioning by the liquid phase carried in the gas stream. Fine aerosols and small droplets are addressed through COALERIS™ gas coalescence, while bulk free liquid and larger-droplet carryover are addressed through the descriptive Gas-Liquid Separation path. Selection follows gas composition, flow, pressure, temperature, liquid loading, droplet behavior, turndown, drainage and the required downstream condition.
PLATFORM ROLE
Navigate by treatment function.
Gas-stream conditioning for entrained liquid aerosols, droplets and free-liquid carryover in natural-gas and industrial process-gas duties.
GAS CONDITIONING SCOPE
Match the liquid carryover problem to the separation mechanism.
COALVEX™ separates fine aerosol coalescence from bulk gas-liquid separation so each project begins with the actual liquid form, loading pattern and downstream protection requirement.
Fine aerosol & droplet coalescence
For fine liquid aerosols and small entrained droplets that require capture, coalescence into larger droplets and reliable drainage before the gas reaches sensitive downstream equipment.
Bulk gas-liquid separation
For free liquid, larger droplets, slugs or intermediate liquid carryover that should be removed before finer coalescing stages or downstream process equipment.
TECHNOLOGY FAMILIES
Select the treatment mechanism.
COALERIS™
Gas Coalescence
Fine liquid-aerosol and entrained-droplet coalescence for natural-gas and industrial process-gas streams where downstream equipment requires controlled liquid carryover.
Gas-Liquid Separation
Gas-Liquid Separation
Filtration and separation elements engineered to remove free liquid and entrained droplets from industrial gas streams before downstream equipment or finer coalescing stages.
OPERATING REALITY
Industrial treatment starts with the process problem.
Flow, pressure, temperature, chemistry, contaminant form, duty cycle, compatibility, existing equipment and required outlet condition determine which treatment family and physical configuration belong in the project.
Technology second
The family page defines the mechanism, application context and evidence required before product or system specification.
ENGINEERING QUALIFICATION
What must be known before a treatment architecture is selected.
Gas stream
- Gas composition and contaminants
- Operating and design pressure
- Temperature range
- Flow rate, turndown and duty profile
Liquid challenge
- Aerosol or droplet size distribution
- Liquid composition and loading rate
- Continuous, intermittent or slug loading
- Required downstream liquid condition
Integration & drainage
- Existing vessel or housing interface
- Element orientation and sealing
- Drainage path and liquid removal strategy
- Materials compatibility, service access and pressure-system requirements
TECHNICAL BASIS
Governed platform engineering reference
Canonical Knowledge Center reference
Approved treatment relationships, operating conditions and diagnostic guidance for COALVEX™ are maintained in the governed ELIMFILTERS Knowledge Center.
Evidence before claims
Numeric performance, capacity, pressure-drop, service-life and outlet-condition claims remain tied to validated product or project evidence.
APPLICATION SUPPORT
Bring us the operating conditions. We resolve the treatment architecture.
Industrial & Process projects are qualified by duty, operating envelope, contamination mechanism, process risk and compatibility before the physical solution is selected.
EXPLORE INDUSTRIAL & PROCESS