Andritz Ritz GmbH products
Centrifugal Pumps
Andritz - End Suction Pumps- Single-Stage Centrifugal Pumps
The Swiss army knife among pumps - ANDRITZ single-stage centrifugal pumps ACP series. For over 100 years, ANDRITZ has been a byword for competence and innovation in designing centrifugal pumps. Our end-suction centrifugal pumps are operating in various industrial applications successfully all over the world. They offer robustness and wear resistance, and fulfill high customer expectations in terms of efficiency, life cycle, maintenance-friendliness, and economic efficiency.
Andritz - High-Pressure Pumps
ANDRITZ high-pressure pumps are designed for highest flexibility. Numerous horizontal and vertical models allow for efficient building designs. A variety of material and sealing versions guarantee optimal adaptability to the medium. Different hydraulic systems for each pump size enable a selection at the best efficiency point. These pumps are used for various high-pressure municipal and industrial applications, e.g. water supply, irrigation, circulation, boiler feed, and drainage.
Andritz - Medium Consistency Pumps
ANDRITZ medium-consistency pumps from the MC series fulfill highest customer expectations regarding efficiency, life cycle, easy maintenance, economic efficiency, and reliability. Thus, they ensure stable production at all times. The excellent economic efficiency has been proven many times, providing energy savings of up to one third compared to other medium-consistency pumps and lower investment costs due to lighter construction.
Andritz - Multi-Stage Axial Split Case Pump
ANDRITZ multi-stage axial split case pumps are highly engineered pumps designed to customers’ specific requirements. Among other benefits, they are notable for their excellent efficiencies above industry average, very good NPSH values and low energy consumption.
Andritz - Self-Priming Centrifugal Pumps
ANDRITZ self-priming centrifugal pumps fulfill high customer expectations regarding efficiency, life cycle, maintenance friendliness and economic efficiency. ANDRITZ self-priming pumps, AD series, achieve high priming and degassing performance thanks to the integrated vacuum pump. With its semi-open impeller, the pump is designed for transporting solids-containing media (e.g. for pulp, paper, or waste water) or viscous media (e.g sugar industry).
Andritz - Dry Sewage Pumps
ANDRITZ dry installed sewage pumps are suitable for conveying sludge containing large particles and abrasive media. They have been specially developed for the conveyance of coarse media. All pump types fulfill high expectations regarding efficiency, life cycle, maintenance friendliness and economic efficiency.
Andritz - Wet Sewage Pumps
ANDRITZ wet installed sewage pumps are suitable for sewage, waste water, and other types of sludge within the municipal, industrial, and private sector. They fulfill high expectations regarding efficiency, life cycle, maintenance friendliness and economic efficiency.
Submersible Motors
Andritz - Submersible Motors
ANDRITZ develops and manufactures submersible motors for various fields of application in water supply, mining and offshore. Equipped with a special cooling technology (MCT) and an interior permanent motor technology (IPM), ANDRITZ submersible motors achieve impressive performance values, efficiencies, and cost savings.
Andritz - Modular Cooling Technology for Submersible Motors (MCT)
Efficient and cost-effective cooling of submersible motors is a constant source of discussion by well and mine operators. Derating is a less-than-ideal solution. In addition to high capital and energy costs, the overlarge, downgraded motors usually require a larger well diameter. Oil cooling needs careful consideration as well – any failure can cause ecological damage.
Small Pump Turbines
Andritz - Small Pump Turbines
Are you looking for an economical way to generate energy with low investment and operating costs? Or do you need a standalone plant for a self-sufficient energy supply? Or perhaps you are even thinking of a small pump storage power plant?
