Features And Benefits
With CRANE® FK-TrieX™ severe service isolation valves, you can run safe and environmentally responsible operations, prevent high consequence incidents including fire and explosion leakages, eliminate risk to health and safety of employees, assets and communities. Design of CRANE® FK-TrieX™ minimizes fugitive emissions that are not only a safety risk but also a significant contributor (5.2 ~ 12%) to global greenhouse gas emissions.
Fluid leakage through the valve can impact the quality and delivery of your products. CRANE®FK-TrieX™ features repeatable bidirectional bubble-tight shutoff that can help you achieve higher product output by reducing unplanned shutdowns from valve failures and by reducing planned valve maintenance time by more than 50%. When necessary, the ability to field repair the seats ensures minimal downtime.
LOW OVERALL COST:
CRANE® FKTrieX™ enhances the long-term value of your investment. Relative to existing technologies, you can realize both upfront and long-term cost savings in the form of smaller actuators, 20% lower structural support cost, >50% reduced cost of planned maintenance due to modular seat design and minimal product wastage cost. This high Cv valve permits reductions in line size.
MATERIALS OF CONSTRUCTION
- Standard: A216 Gr. WCB, A351 Gr. CF8M; LCC, Monel®
- Options upon request: Duplex, Superduplex, LCB, WC6, CF3M, Inconel®, Hastelloy®, Alloy 20
- 6” up to 36“ in a single piece cast body design
- ASME Class 150, 300, 600
- -76°F up to 1022°F; -60°C up to 550°C, depending on the material
- ASME B16.1: Double Flanged Long
- Pressure Tight Bearing Design
- Non Cryo LNG
- Molecular Sieve Packages
- VCM/VCI Units
- MDI/PMDI Units
- Ethane Cracker
- FCC/CCR Units
- Distillation Units
- Hydrocracker Units
- Midstream Piping
- Re-energization Stations