High-Flow Subsea Chemical Injection Metering Valve (CIMV)
Our high-flow subsea chemical injection metering valves (CIMV) feature our industry-leading, pressure-independent technology for stable and accurate chemical injection.
Overview
SkoFlo Subsea Chemical Injection Metering Valves (CIMV) use an innovative pressure independent regulator that allows chemicals to be distributed at different injection point from a common line, reducing the number of umbilicals and the cost to the operator.
The SkoFlo High Flow CIMV pressure independent regulator responds instantaneously to system disturbances and pressure changes to maintain a constant flow rate. This contributes to unmatched flow stability and field proven reliability.
Applications
SkoFlo High Flow CIMVs are designed for injection of chemicals such as MEG or Methanol.
Benefits
Proprietary Pressure Independent Technology
SkoFlo High Flow CIMVs utilize proprietary and field proven pressure independent technology, allowing for continuous flow regulation with instantaneous response to system changes. This results in unmatched flow stability in high flow multi-point injection systems, ensuring consistent and accurate flow rates regardless of pressure fluctuations and optimal debris management. Pressure independent technology is crucial for maintaining chemical injection performance in challenging subsea environments.
Dual Core Technology
Available utilizing SkoFlo’s dual core technology which allows for fewer receptacles and saves real estate on the subsea tree for reduced cost and lighter trees.
Self-Flushing Capability
The pressure independent regulator is self-flushing and response time occurs within milliseconds with no "hunting" or control iterations, as opposed to a motor operated stem that needs to open and close, also known as dithering.
Features
- Flow ranges from 0.10 - 97 US GPM (12 - 22,030 LPH)
- Pressure Independent Flow Control
- Accuracy better than ±3% of reading
- Maximum working pressure 15,000 psi (1034 bar)
- Maximum water depth 10,000 ft (3,048 meters)
- Vertical or horizontal mounting on tree or manifold
- Controller Area Network (CAN bus) or Modbus communication protocol
- Normal Operation draws 1 - 2 watts of power
- When new Flow Rate is desired, Flow Adjustment draws 4 watts of power
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