Cyclonic Axial Flow
Emulsification and droplet breaking in petroleum phases are directly coupled to shear forces in throttling valves. Shear forces are a function of the volume involved in energy dissipation in the valve. The Typhoon Valve System significantly reduces shear forces by increasing the volume involved in energy dissipation by means of the axial cyclonic flow pattern through the system.
An oil in water reduction of 30% to 80% is achievable for choke applications, dependent on the function.
Improved Separation Efficiency
The Typhoon Valve System reduces oil in separated water and water in separated oil. There is less need for, or improved performance of process chemicals like emulsion breakers, flocculants and anti-foam.
Erosion resistant materials in the cyclonic flow area reduces erosion to improve operational lifetime, similar to the standard Mokveld choke valves.
Linear inherent characteristics allow optimum control for liquid level systems and flow control processes.
As a result of the low actuation force requirement, small actuators can be used; combined with a compact body design this minimizes the installation’s footprint.
In this cyclonic axial flow system the cage is inherently protected against direct impacts by foreign objects. The design further introduces a secondary method to reduce flow rate if cage collapse does occur