Pioneering an industry since 1988
In 1988 SkoFlo invented the original Pressure Independent Chemical Injection Metering Valve, the only device of its kind that worked with the laws of physics to deliver stable and accurate flow to multiple injection points. The SkoFlo CIMV was successful because it replaced methods and devices that weren’t able to accurately and reliably regulate chemical flow. Since then, others that lack the experience and install base of SkoFlo have consistently created variations of those devices, repackaged as new technology, that may not meet the needs and demands of modern chemical injection systems.
Leading the industry in chemical injection valves
Discover our pressure-independent systems
What’s in the SF3 Packaged Solution
Over 35 years in business
SkoFlo has delivered more than 30,000 chemical injection metering valves (CIMV) since 1988, and we keep building on that experience to deliver the industry’s best products.
Pressure
independent
SkoFlo chemical injection metering valves (CIMV) are pressure-independent, maintaining their set flow rates despite fluctuations in upstream or downstream pressure.
Chemical operating cost savings
SkoFlo's stable and accurate pressure independent devices can significantly reduce a company's chemical operating expenses.
Our products
SkoFlo offers industry-leading subsea and surface valves and back pressure regulators with proven reliability and accuracy. Learn more about our range of products designed for long-term service with low maintenance costs.
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ViewSF3
SkoFlo’s SF3 is a fully automated chemical injection metering package that combines accurate flow measurement, actuation, and control.
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ViewSubsea
SkoFlo’s subsea chemical injection metering valves feature our industry leading pressure-independent technology for the most stable and accurate delivery of chemicals. Our subsea back pressure regulators prevent the uncontrolled delivery of chemicals by preventing siphoning into sub-ambient wells.
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ViewSurface
SkoFlo’s surface products include maintenance-free surface chemical injection metering valves that can be shared by multiple injection points and simple but robust surface back pressure regulators.
