Yes，If you only want pure hydrogen, you just need to separate the two gas outlets of the PEM hydrogen generator. Hydrogen is output at the cathode. In our video demonstration, we linked the pipelines of both oxygen and hydrogen outputs together. However, you can separate them for individual output.
Ah ok. The product pictures show a new version with lrO2 coating. One outlet is for H2 but the second outlet shows H2O, pure water ? Does the new system output H2 as a gas not saturated in water running through gas/water separator, whereas O2 is kept saturated in the water tank ?
@@sidburn2385 The second gas outlet is for water and oxygen, because there is a small amount of water that has not yet participated in the electrochemical reaction at the oxygen output end. The new system can separately output hydrogen gas. Oxygen and excess water can be returned to the tank through pipelines with slight modifications.
Does this system create pure hydrogen or a hydrogen and oxygen mixture?
pure hydrogen and pure oxygen. You can mix them.
In this demonstration both gases are mixed?.
Yes，If you only want pure hydrogen, you just need to separate the two gas outlets of the PEM hydrogen generator. Hydrogen is output at the cathode. In our video demonstration, we linked the pipelines of both oxygen and hydrogen outputs together. However, you can separate them for individual output.
Ah ok. The product pictures show a new version with lrO2 coating. One outlet is for H2 but the second outlet shows H2O, pure water ? Does the new system output H2 as a gas not saturated in water running through gas/water separator, whereas O2 is kept saturated in the water tank ?
@@sidburn2385 The second gas outlet is for water and oxygen, because there is a small amount of water that has not yet participated in the electrochemical reaction at the oxygen output end. The new system can separately output hydrogen gas. Oxygen and excess water can be returned to the tank through pipelines with slight modifications.