![]() This flow will serve as a "fast loop" that every so often an analyzer will pull a "slip stream" from to test.Īny suggestions as to how to formulate a relation of motive stream to outlet pressure? The eductor used for gases is basically a converging/diverging nozzle from what I understand. The outlet of the eductor will have a stack gas/steam mixture that will then be returned to the stack. ![]() We are passing the steam at some pressure (this is what is to be determined) through the eductor to induce the flow of a stack gas, which is at or near atmospheric pressure (may actually be a slight vacuum). The question is what pressure can we regulate this steam to in order to still maintain the flow. We have up to a 150# steam supply as the motive stream. ![]() I am a new engineer and am looking for pointers on calculating the flowrate needed to move a gas. ![]()
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