Triple Offset Butterfly Valve (TOBV)

The triple offset butterfly valve (TOBV) incorporates true triple-offset geometry to produce bubble-tight sealing. The result’s the totally two-way zero-leakage shutoff valve that sets the benchmark for reliable, repeatable isolation performance. Since their introduction to the market more than 50 years ago, triple offset valves (TOVs), which are also known as triple eccentric valves.

Triple Offset Butterfly Valve


Broad applications. One resolution.

Triple Offset Butterfly Valve contact area

The triple offset butterfly valve (TOBV) meets the demanding needs for two-way shutoff to deliver high quality isolation for big range of applications includes power and steam, tank and terminal, petrochemical, upstream production, refining, and gas process operations.
Rigorous testing and advanced engineering

TOBV Geometry

As a member of the verified Cameron quarter-turn butterfly valve portfolio, every triple offset butterfly valve (TOBV) undergoes arduous qualification and testing processes that simulate the valve life cycle. That’s however you recognize it’s been designed and built with the producing excellence and commitment that distinguish all Cameron product lines.
Worldwide footprint and support

Our world support and strategic networks brings the triple offset butterfly valve (TOBV) wherever it’s required, once it’s needed—fully designed, tested, qualified, and backed by Cameron, the leader in valves manufacturing.

Image result for Triple Offset Butterfly Valve

Specifications

True triple-offset geometry
totally two-way zero-leakage shutoff
Field-replaceable metal seat
Life cycle tested for bubble-tight two-way valve performance
commonplace bearing seals
Self-centering disc
wide selection of configurations—lug, short (ISO), and long pattern
Carbon and stainless-steel manufacturing standard; alternative materials for the asking

Applications

refining and petrochemical process
hydrocarbon processing
Hydrogen
Oxygen
refrigerant fluids
Thermal fluids
Hot gases
Sulfur (tail gas)
Chemical solvents
Chlorinated solvents
Flare gas

Oil and gas
Isolation of reservoirs and storage
Steam piping and condensate
Cooling water systems
desalinization
Desulfurization systems

Mid-stream
Tank and terminal
Tank switching
Tank isolation
Manifold systems

Offshore production
Gas and LNG process
Power and district heating plant
Saturated and super-heated steam
geothermal steam

Reference:- SLB

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