Ron’s Trading Post
PO Box 341
Otis, Kansas 67565
1-785-735-4058
 


 

Email us at:

waterman@gbta.net

 terms of service.

Ron’s Trading Post
PO Box 341
Otis, Kansas 67565
1-785-735-4058
 

 

 

How it Works

What is Reverse Osmosis?

In order to reverse the natural tendencies of water and salt movement and force clean water to flow from salty water, the osmotic pressure must be overcome, i.e. osmosis must be reversed. In order to reverse this flow of water, membrane systems, and Reverse Osmosis systems in particular, utilize a special constructed semi-permeable membrane element enclosed inside a pressure vessel. Pressure is applied to reverse the flow of water, the source of which is usually and existing, pressure is applied to the feed stream, water molecules are passed through the membrane while salts are retained in the feed. Thus, utilizing the principles of water and salts movement, and combining them with pressure and membrane technology, the natural osmotic flow of solution is reversed.

 

How Membrane Separates Substances?

Metals, Organic compounds, and other contaminants are either too large, or due to their chemistry unable, to pass through the reverse osmosis membrane

 

Size Comparison

Comparatively, if a water molecule were the size of a tennis ball...........

Most metals and inorganic compounds would be the size of a softball;

Most organic compounds would be the size of a basketball;

 

Protozoa would be the size of Mount St. Helens;

Bacteria would be the size of a pyramid; and.......

Viruses would be the size of a bus.

 

How long does it take to fill a tank?

It depends on; line pressure, storage capacity, membrane capacity, and temperature.

For a 3-Gallon Tank (at 50 psi, 25°C):
 

 

Membrane Capacity

Fill Time

25 Gallons Per Day Membrane Capacity

3.0 hours

35 Gallons Per Day Membrane Capacity

2.0 hours

50 Gallons Per Day Membrane Capacity

1.4hours

75 Gallons Per Day Membrane Capacity

.9 hours


NOTE: Individual performance of each membrane can be higher or lower, depending on the actual pressure used