Hi guys. I have a question. Do you mind if you help me right here?
We produce a new solution to regenerate membranes working in treatment water units. One individual bulb component in this solution collapse which make lots of energy and help regenerating of membrane. here is the question:
How...
What is the relation between Log I and ion concentration in this reaction?
M …> M+ + e-
we have this equation:
E=E0 – RT/F* ln(M+)
Relation ln(M+) and logI ?
we use gas and fuel oil as fuel for boiler in 600 MW power plant. Out side of the water wall tubes have sediment and residue of fuel. How can we clean the outside of the water wall tubes?
Can anybody list methods for this cleaning?
( My English language is bad and I am sorry for that)
now we use a copper tube, having higher diameter and so rigid in contrast with the earlier one, and when filling the capsule the rigid tube expose to stress for connceting to capsule..is it possible to have a problem in the future?
thanks...
Can anybody explain why steam can float the bucket but condensate cannot to do that. Whats the effect of pressure and density differences between steam and condensate in this steam trap…
If it is possible please explain with Newton second law and mathematical way.
( My English language is bad and I am sorry for that)
Thank you Mr. blacksmith37
Are you sure that’s only copper tube and have not any alloying element?
What is the color of the copper pipe? green? Yellow?
Did you have the properties of the tube? Full name (like ASTM A105), thickness, yield...
In the power plant we use hydrogen to cool generator.
after producing of H2 in electrolyzer,compressing to 130 bar,removing water and O2, we fill the capsules with H2(99% purity).
one of the pipe in the filling station that connect to capsule have been faild and have leakage of H2 and must be...
in the power plan we need to cool generator bye hydrogen..
in the filling station of hydrogen production unit how we can select the Cu alloy for the pipe conncted to capsul?
P compressor =120 bar
