WebThe iris flow control valve may be used for liquids, gases, granules or powders. Available with integrated flow measurement for gases. DO Based Aeration Control with diffused aeration and blowers • Iris Valve Process … WebJun 1, 2024 · Iris® diaphragm control valves are designed for economical and low-noise control of liquids and gaseous media. Segments that retract into the valve body allow free passage when the valve is completely open, guaranteeing low pressure losses and high energy saving potential.
Iris valves explained - Valve World India and Middle East
WebJun 1, 2024 · At the Brightwater wastewater treatment plant in King County, Washington State, northeast of Seattle, 12 Iris® Diaphragm Control Valves are used for the airflow control of the aeration tanks. Nine 8” Iris® valves control maximum air flows of up to 4000 SCFM (6500 Nm 3 /h), while the three smaller Egger 6” valves control flows of up to ... WebNov 9, 2011 · Highly precise control of the flow rate through concentric Iris® diaphragms (similar to a camera diaphragm). Energy-saving and low-noise control valve due to flow-optimised … tanushree choudhury iitb
Positioning Accuracy of Iris® Diaphragm Control Valves under …
WebAeration Air Flow Control, Iris Valve, Valves; Aeration Air Flow Control (AFC) SYSTEM; Simply mount our engineered 304 stainless steel Air Flow Control System that includes flanges, reducers, 10 pipe diameters of straight pipe, reliable Sensyflow Thermal Mass Flow Meter mounted in a service friendly “hot tap”, 1 pipe diameter straight length to the Iris … WebDec 15, 2024 · For the economical and silent control of liquids and gases. Segments are retractable into the valve body allowing a free passage when the valve is completely open, to guarantee low-pressure losses and a high energy-saving potential. The high-precision energy-saving valve for industry and wastewater technology. Iris® diaphragm control … WebIn a typical aeration system the valves share a common distribution header with uniform upstream pressure. The downstream pressure is nearly identical at all valves because … tanushree choudhury vit