Me too, Angeline. This is a particularly good well that pumps 50-60 gpm drilled 18 years ago due to impacts from an upstream rock and gravel outfit to our old well. Since the rock and gravel outfit went belly-up 15 years ago, the old well has recovered enough to install a solar pump to fill the tank, hopefully next month. The old well is 26′ deep and worked efficiently with a gas driven centrifugal pump. The new well is 220′ deep with a 2hp submersible pump and will be used for backup.
What size bore hole does that pump, about 30mm (1 1/4″)?
Ours is 50mm (2″) to a depth of 121m (390′) with an inline electric bore pump at 76m (245′). It delivers 10 metric tonnes (2,640 US Gallons) per hour of cold pure mountain water.
The discharge pipe is 1 1/4″, 2 hp submersible, 50-60 gpm. 6″ casing, 220′ deep through hard rock, then 20′ layer of cobbles, then back into hard rock. The old set up with a contractors’ centrifugal pump worked best. If the trough was half full, you put in a half-tank of gas filling the trough as it ran out of fuel. Water, water, water – more valuable than oil. Thanks for asking Spike 🙂
I hope the trade is always available.
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Me too, Angeline. This is a particularly good well that pumps 50-60 gpm drilled 18 years ago due to impacts from an upstream rock and gravel outfit to our old well. Since the rock and gravel outfit went belly-up 15 years ago, the old well has recovered enough to install a solar pump to fill the tank, hopefully next month. The old well is 26′ deep and worked efficiently with a gas driven centrifugal pump. The new well is 220′ deep with a 2hp submersible pump and will be used for backup.
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What size bore hole does that pump, about 30mm (1 1/4″)?
Ours is 50mm (2″) to a depth of 121m (390′) with an inline electric bore pump at 76m (245′). It delivers 10 metric tonnes (2,640 US Gallons) per hour of cold pure mountain water.
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The discharge pipe is 1 1/4″, 2 hp submersible, 50-60 gpm. 6″ casing, 220′ deep through hard rock, then 20′ layer of cobbles, then back into hard rock. The old set up with a contractors’ centrifugal pump worked best. If the trough was half full, you put in a half-tank of gas filling the trough as it ran out of fuel. Water, water, water – more valuable than oil. Thanks for asking Spike 🙂
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Sounds pretty similar to ours then. And yes, if it dried up we’d be in trouble for sure…
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