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Dewatering Pump Sandpiper HD20F from Kelair Pumps


Can a plastic pump handle harsh mine dewatering?

An ideal pump for harsh mine dewatering applications would be one that is lightweight, resistant to corrosion, easy to maintain as well as able to pass large solids through the system, says Myro Bratkovic, State Manager (QLD) of Kelair Pumps Australia. But is it possible for a non-metallic pump to tick all of these boxes?

Weight
According to Mr Bratkovic, typical cast iron or other non-metallic diaphragm pumps are very heavy and cumbersome, making them challenging to carry into small access areas.

"In some instances workers cannot get their underground vehicles close enough to where they need to install the dewatering pump, meaning that they might have to carry the pump five or six hundred meters away.

A "2" cast iron pump can weigh over 60kgs, and this can be up to two times heavier than an equivalent sized plastic bodied pump.

"Carrying a heavy item is a major health and safety issue which requires extra human resources to transport and install a pump in a difficult or remote underground location," said Mr Bratkovic.

Corrosion and maintenance
Plastic bodied ball valve pumps are commonly used in mine sites, and their resistance to corrosion is an added benefit. However, ball valve design pumps require disassembly in order to carry out any basic maintenance works such as clearing a pump blockage.

"Depending on the geography of the mine site, the pumped solution may be slightly acidic.

"Over time, this can corrode the body of a metallic pump, and eventually lead to the pump being inoperable or costly to repair.

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