CCI announces the introduction of the new Rotary DRAG® axial flow valve, which aims to combine the elevated capacity found in rotary valves with the precise flow control of a high velocity control valve for the gas transmission market. The design capitalises on the capacity of the rotary design and creates a control valve by employing a series of multiple pressure reducing paths within a portion of the ball. With more than 28 stages of pressure reduction and high flow capacity, the CCI Rotary DRAG® results in precise low-end flow and noise control; while high capacity is achieved through the relatively unobstructed rotary valve trim.
The Rotary DRAG® is expected to have a significant impact on the system design choices for owners and operators of gas transmission pipelines. This technology will impact design considerations for interconnect, distribution and blending stations, and will most likely have an effect on applications that have traditionally used two valves in parallel, since now the same applications will only need the Rotary DRAG® valve. This translates into substantial benefits to both builders and operators of these facilities through a reduction in overall operational and maintenance costs.