Cameron T30 Series
Fully welded ball valve

Emissions reduction
Lower emissions while improving profitability
Cameron T30 Series™ fully welded ball valves reduce the total cost of ownership by minimizing fugitive emissions, simplifying maintenance, and eliminating valve replacement or upgrading at a later date to satisfy environmental regulations.
They combine the strength of forged components with a compact lightweight spherical design that eliminates body flanges to reduce overall size and potential leak paths. In addition, the superior stem sealing system is elastomer free. The valves provide a longer service life and optimal resistance to pipeline pressures and stresses.

- Isolation valve for aboveground and buried pipeline installations
- Long-term gas storage facilities
- Compressor, gathering, and metering stations
- Gas terminals
- Residential gas installations
- Onshore and offshore production and gas and LNG processing
- Subsea isolation
- Measurement skids
- Oil and gas dehydration systems
- Hydrogen, CCUS, renewable fuels, and ammonia service
Decrease long-term costs
Increase revenue
Enhance safety
Reduce handling risk with lower weight.
Lower emissions
- All-welded construction for greater strength
- Sealing options: self-relieving (T31 valve), double piston effect or DIB*-1 (T32 valve), or a combination of both or DIB-2
- Double block-and-bleed as standard in both closed and open positions
- Antiblowout stem design
- Thermoplastic seals with no aging effect and no susceptibility to explosive decompression
- Belleville springs that maintain constant spring force and protect seat-to-body seal
- Robust stem stops that withstand actuator torque
- Stem stop viewports that enable verification of proper valve position
- Seat and stem injection ports with internal check valve
- Rotating seats that spread wear over the entire sealing surface for longer service life
* Double isolation and bleed

Reduce your carbon footprint
CAMERON T30 Series ball valves are part of our Transition Technologies™ portfolio. By mitigating and preventing fugitive CO2e emissions, these API- and ISO-certified valves present a low-risk, high-yield opportunity to reduce environmental impact. They help you reach your sustainability goals and maintain your social license to operate.
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