ParkUSA products

Used frequently for wastewater applications, this pump lift utilizes a submersible solids-handling pump that sits at the bottom of a wet well or sump. They have a wide range of flow capabilities, typically between 25 and 7000 gpm. These pumps are favored due to their affordability, ruggedness, and diversity. They are easy to install and can be lowered into the well on guide rails, whereas split case and vertical suction pumps require more mounting hardware and have longer shafts that can torque during operation. Non-clog pumps are a good choice for wastewater as they handle solids and debris that are commonly found in wastewater, such as paper, rags, and other materials. Unlike traditional pumps, which can easily become clogged when handling these types of solids, non-clog pumps are specifically designed to prevent clogging and maintain reliable performance.

These submersible macerating pumps can handle large solids. While not as versatile as submersible solids-handling pumps, macerating pumps are typically used in residential and commercial applications where solid waste is likely to be present in the sewage. There are three types of macerating pumps: grinder pumps, cutter and slicer pumps, and chopper pumps. Each type macerates solids differently.

A centrifugal pump designed to operate in a dry environment without the need for a separate pump room or sump. Unlike conventional wet pit submersible pumps, dry pit pumps are installed above ground and operate in an open air environment. They are typically used where the water table is high or where there is a risk of flooding, such as in wastewater treatment plants, pumping stations, and stormwater management systems. Dry pit pumps are designed with a large volute casing that houses the impeller, which is mounted on a vertical shaft. The impeller rotates at high speed, creating a centrifugal force that pulls the fluid into the pump and then discharges it through the volute casing. Dry pit pumps can be driven by an electric motor, diesel engine, or other type of prime mover.

A wet-prime self-priming pump is a type of centrifugal pump that is designed to automatically prime itself with water, without the need for external priming equipment or manual intervention. A large volute casing remains partially filled with water—even when the pump is not running—to create a “wet prime” that enables the pump to quickly and easily draw in more water and self-prime. Wet-prime self-priming pumps are commonly used in applications where the pump must be able to quickly and easily prime itself, such as in sewage and wastewater pumping, irrigation, and dewatering. These pumps are always above grade and often skid-mounted or portable. They are known for their ability to handle high flow pumping at low- to very-high head conditions.

Vertical turbine pumps are most commonly used for deep well and clean water applications due to its ability to handle low- to high-flow and head conditions. These pumps are highly efficient and reliable, with readily available parts and services from many manufacturers in the USA. As the demand for stormwater and process water cleanup increases, turbine pumps are being used in a wider range of applications, including groundwater collection systems.

The SludgeKing is a specially designed container in the AquaCat family of dewatering boxes. The SludgeKing uses filters that radius to the bottom of the container leaving no corners for cake to stick. The two center panels of the SludgeKing increase the filtration area by 33% over dewatering containers with only one filter wall.

Above ground steel tank coalescing type separator utilizing polypropylene porous tubes to capture droplets. Oil/water separators are commonly used to separate oils from a variety of waste water discharges, as in industrial waste streams and storm water discharges. A properly designed, installed and operated oil/water separator system prevents the entry of unacceptable levels of oil contamination to a storm sewer or sanitary sewer system.

ParkProcess cartridge filter vessels are available in sizes ranging from 4-10” 2.5” diameter cartridge to 180-40” cartridges and flows that can exceed 8,000gpm. These untis are manufactured as single vessel housings or duplex skid mounted systems. For oilfield customers Park Process offers rugged skid mounted units with protective tube frames and lifting eyes. ASME code or non-code vessels are options.