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What to consider when choosing pumps for quarry applications

Mining
Tsurumi What to consider when choosing pumps for quarry applications

What to consider when choosing pumps for quarry applications

By: Tsurumi

Managing water is one of the most consequential aspects in sand and gravel-processing operations — to achieve optimum results, employing the right pumps is key.

Aggregates such as sand, gravel and crushed stone are the most commonly mined materials worldwide for a reason: mixed with substances such as bitumen and cement, they provide the strength, resistance and stability needed to erect buildings, pave roadways and assemble bridges. Because of their central role in supporting infrastructure development, quarry plants aim to deliver high efficiency and productivity levels — and to do that, using the right pumps is crucial.

Pumps are widely used in three main quarry operations: supplying process water, pumping slurry and mud, and site dewatering. One application involves using clean water to spray and rinse off unwanted materials in the washdown process. As a result, this water becomes mixed with fine particles, rock dust, or even chemicals that are a result of the cleaning process and turns into a slurry that may need to be transferred to another location. Another necessary process is the dewatering of rainwater, groundwater or process overflow that accumulates on the site.

Jeff Davis, western regional sales manager at Tsurumi America, explained that because of the diverse range of applications on a quarry site, a variety of pumps are required. Using the correct pump for each application is critical to overall cost savings and may significantly improve a quarry’s bottom line.
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“For example, for site dewatering, there are several factors that will determine the proper pump choice, such as vertical and horizontal discharge head and flow requirements. If the water used in the washdown process comes from a distant source, or deep down in a pit or reservoir, you will need a high-head, high-pressure pump,” Davis said. “However, if you need to move light to medium slurry, a pump with an agitator would be a better choice. A high chrome impeller and agitator will withstand the abrasive nature of the slurry while suspending the settled solids for better transfer.”

The type of power supply available onsite is another factor to take into consideration when determining which pump should be used in a quarry application. There is a wide range of single-phase and three-phase pumps on the market to fit different needs. Typically, higher-capacity and higher horsepower pumps require three-phase power while some applications may only require smaller, single-phase pumps.

The right pump for each job

• Site dewatering — Three-phase GSZ, KRS, KTZ/KTZE and LH Series; single-phase HS, LB and NK Series

High-volume dewatering pumps are sometimes necessary to remove rain or floodwater from a site. Tsurumi’s GSZ Series (between 30 hp and 200 hp and over 5,000 gallons per minute [gpm]) and the KRS Series (between 3 hp and 50 hp and up to 4,500 gpm) are designed with powerful 4 and 6-pole motors running at slower impeller tip speed, which extends their parts wear life by up to three times the average length. Both series boast heavy duty, cast iron construction materials with optional high chrome wear parts, which prevent premature wear and failure from the abrasive materials found in mining, aggregate and construction applications. If heavy abrasives are present, many of these models can be easily converted to agitator pumps for quarry and gravel pit dewatering.

• Supplying process water — Three-phase GSZ, LH and LHW Series

Tsurumi’s LH and LHW series handle high flows with extremely high-head capabilities, making these pumps a perfect fit for long-distance horizontal and/or vertical water transfer in aggregate plants. The LHW Series can reach a maximum head of 750 ft. Both lines feature replaceable high chrome, semi-open impeller and adjustable wear rings, which provide increased wear resistance when handling abrasive liquids. Horsepower ranges between 4 hp and 150 hp on the LH Series. GSZ Series horsepower ranges from 30 hp to 200 hp. The GSZ Series can reach over 5,000 gpm and 230 ft of head.

• Pumping slurry and mud — Agitator Pump Series. Single phase HS and NK and three-phase KTD, KTV, KRS, GPN, GSD Series

Designed for pumping water containing sand, solids and debris with minimal wear and clogging, Tsurumi’s HS and NK Series handle heavy duties on the site. These single-phase pumps offer the option of operating with agitators, which makes them ideal for pumping the muddy liquid accumulated on the ground that results from the aggregate washdown process.
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For sludge and slurry pumping, these Tsurumi powerful three-phase models feature an abrasion-resistant impeller and agitator. The agitator creates a downward current, assisting the pump to suspend and transfer solids more effectively. The cast iron pump body of KTD and KRS models ensures that durability is greatly enhanced over standard aluminum-bodied pumps. The top discharge design allows installation in tight spaces and provides motor heat dissipation as the water passes over the motor housing. KTV models are also designed with space limitations in mind, featuring the same top-discharge, while offering greater portability due to die-cast aluminum housings and specially treated synthetic rubber parts to deliver a significant weight reduction.

GPN and GSD heavy-duty agitator pumps boast exceptional durability, including high chrome cast impellers and agitators for abrasion resistance and slower impeller tip speeds with 4-pole and 6-pole motors.

To learn more about Tsurumi’s pump lines expertly designed for mining and industrial applications, click here.

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