Model BTE/BAP | Angle Pattern Choke / Control Valve
Forum Energy Technologies (FET)
The FET Model BTE and BAP are angle pattern choke/control valves engineered for precise flow control in high-pressure, erosive wellhead and production applications. Designed with a quarter-turn disc mechanism and impinging 180° flow path, these valves effectively manage severe pressure drops while minimizing wear on internal components.
Available in multiple sizes and configurations, the BTE (inline) and BAP (angle pattern) share interchangeable trim assemblies and a top-entry design that allows maintenance and component replacement without removing the valve from the line.
With options for ceramic or tungsten carbide discs, replaceable wear sleeves, and multiple connection types, these valves are built for long-term reliability in extreme service conditions including gas, CO2, and injection systems.
Typical Applications:
Wellhead choke, gas lift, injection systems, pump bypass, line heater control, blowdown lines, and gas processing systems
Key Features
- Quarter-turn disc / turning fork valve design
- Angle pattern (BAP) and inline (BTE) configurations
- Sizes available: 1”, 2”, and 3”
- A487 high-strength carbon steel or 316 stainless steel body options
- Ceramic discs for standard service
- Tungsten carbide discs for severe erosive service
- Replaceable body sleeve (BTE)
- Tungsten carbide wear sleeve options for high pressure drop
- Top-entry design for inline maintenance
- Interchangeable trim between BTE and BAP models
- Multiple orifice sizes (bean sizes) for flow tuning
- Manual adapter cap with locking mechanism
- Removable handle for operation flexibility
- Grease fitting for seal lubrication
- HSN and specialty sealing options for sour gas
- Connections: NPT, butt weld, RF, RTJ (ANSI & API classes up to 10K)
- Impinging 180° flow path design
PERFORMANCE ADVANTAGES
Why the F-E-T BTE/BAP Perform Where It Counts
ENGINEERED FOR SEVERE EROSION CONTROL
The impinging 180° flow path directs erosive flow energy away from valve walls, significantly reducing wear. Combined with tungsten carbide or ceramic trim, this design extends service life in high-velocity, solids-laden flow.
MANAGEMENT WITHOUT FREEZE-UP
The staged pressure drop design breaks pressure reduction into multiple steps, reducing the risk of hydrate formation and freeze-up in natural gas service. This improves operational reliability in cold and high-pressure environments.
FIELD-SERVICEABLE WITHOUT REMOVAL
Top-entry construction allows full trim replacement while the valve remains installed in the line. This minimizes downtime and reduces maintenance cost in critical production systems.
CONFIGURABLE FOR FLOW REQUIREMENTS
Multiple orifice sizes, material selections, and connection types allow precise customization for each application. This ensures optimal performance across a wide range of pressures, flow rates, and media types.
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