Pond Design Calculators
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Here you'll find some helpful calculations to make your pond planning a little easier
If you have any problems, questions, please....
give us a call, there's always someone in the "Pond Shop" that can help you out.
Remember, we not only sell these products, some we manufacture
and everything,  we install.

Total length of your pond     Plus twice the maximum depth   plus 2' for an adequate edge. 

Total width of your pond    Plus twice the maximum depth    plus 2' for an adequate edge

Your liner length would be 9'+ 4'+2'=15'
Your liner width would be 6'+4'+2'=12' 

For a pond 6 x 9 x 2 you would need a liner approx. 12'x15

Multiply the length x the width x the depth x 7.481 

example: pond 6' x 9' x 2'  x 7.481=  approx. 807 US Gallons

Your pump should be able to process all the water in your pond at
least once every two hours at the minimum

Example: your pond is as the above example:

Your pond is 800 Us gallons
You want at least a 400  Gallon per hour pump

But...before you purchase. Take into consideration your filter size.
For the above volume pond I would put in a 1000 gallon filter. Look at
the circulation of the filter  match your pump to it.

Something else to remember. If your having a waterfall  you may find it more pleasing to the eye
to run another pump to your waterfall as the pump discharge from your filter, may not be
enough volume to be aesthetically pleasing . Don't exceed the filter circulation to increase
your waterfall appearance , as you will affect the overall efficiency of your filter.

In this case bigger is always a little better. Always get the next largest filter
if possible. It will compensate for the imbalance and will keep your
fish a pond water healthy & beautiful

No more than 10" of fish per 100 gallons of water
 

Reduce feeding fish when the water temperature is 42°F to 65°F

Don't feed fish when water temperature is lower than 42°F
(they can't digest it and you will more than likely kill them)

Amps x volts= (watts) divided by 1000 x $per Kilowatt hour x 24 hours per day x 30.5 per month
= cost per month

Example: The electrical rating for your pond pump is :  2. 5 amps/115 volts

2.5 x 115=287.5 watts

287.5  Divided by  1000  x 10 cents per Kilowatt hour x 24 x 30.5= $21.04
per month to operate

Always use larger tubing if possible

For every 10' of tubing used add another foot to the lift for friction loss

If you would like any assistance at all please do not hesitate to call.
If you know of other calculations that would be helpful Please call us and
we will gladly add them to this page and place your name next to the addition.