benitez26
Mechanical
- Oct 28, 2006
- 1
What i need to know is; for every temperature of water, there is a corresponding oxygen content, Ex. @50 degC there is aprox, 5.62ppm, & @ 85, there is about 2.31ppm.
My Question is ;If you stepped up the water temperatute, from 50 degC to 85 degC , by using a 3 port mixing valve, where you have 2 input and one output. the inputs are; 50 degC water & steam @ 150 degC. As soon as the two mixes, the temperature output of water changes from 50 to 85 degC, WHERE DID THE OXYGEN WENT? THERE WAS 5.62 INITIALY IN THE WATER, AS IT MIXES WITH STEAM THE TEMP OF WATER TURNS 85, AND THE PPM SHOULD BE 2.3; WHAT HAPPEN TO THE 3.3 PPM?
My Question is ;If you stepped up the water temperatute, from 50 degC to 85 degC , by using a 3 port mixing valve, where you have 2 input and one output. the inputs are; 50 degC water & steam @ 150 degC. As soon as the two mixes, the temperature output of water changes from 50 to 85 degC, WHERE DID THE OXYGEN WENT? THERE WAS 5.62 INITIALY IN THE WATER, AS IT MIXES WITH STEAM THE TEMP OF WATER TURNS 85, AND THE PPM SHOULD BE 2.3; WHAT HAPPEN TO THE 3.3 PPM?