A machine in our case a sludgepump-turns into a system in ourcase a sludge conveying system.The problems facing our customershave changed gradually over the lastdecades and according to the abovementioned pattern.A small example of the requirements is shown in the illustration below.Your task begins, for example, withthe transportation by truck and ends. With the (almost) complete disposalof the sludge.At Schwing, you will find competentdialogue partners who understandyour problem in a personal meetingand who will prepare solutions together with you.The pipe transport of sludgesshowing very different consistenciesand compositions is such a complexfield that it makes system designbased on experience a prime necessity.

SCHWING has gained extensiveexperience through decades of involvementin this area. In addition, wehave developed important basic dataand principles through selectedresearch-based investigations, forexample regarding pressure loss, filling degree, rheologic behavior ofsludges as a function of pumpingpressure, pumping distance andpumping speed. The know-how gained at SCHWINGand by its staff ensures a customized, economic and environment friendlysolution to the pumpingproblem.

A detailed customer-oriented project planning and an effective design go hand in hand with a thorough consultation that rounds off the full scope of the competent SCHWING Team.

For the optimum results, SCHWING relies on the in-house production of all major components such as piston pumps, electric& control systems, silos, continuous dosing and mixing devices, double screw conveyors, pipelines, and accessories. You can rely on SCHWING to support its customer long after & delivery and start-up. Our after sales care includes Training and Service for all your project needs.

• High-performance design
• Reliable and safe
• Low owning and operating costs
• Low maintenance costs

The motor (diesel or electric) drives the axial piston pump via a flexible coupling. Due to automatic output adjustment optimum utilization of the motor power, results in low energy consumption at different pumping conditions. Additionally the concrete flow can be manually adjusted and the pump operates in a proven open circuit. The pump is renowned for it's low fuel consumption.Automatic adjustment by the governor helps maintain a constant output depending on the power available from the installed drive motor.

Design

A machine in our case a sludgepump-turns into a system in ourcase a sludge conveying system.The problems facing our customershave changed gradually over the lastdecades and according to the abovementioned pattern.A small example of the requirements is shown in the illustration below.Your task begins, for example, withthe transportation by truck and ends. With the (almost) complete disposalof the sludge.At Schwing, you will find competentdialogue partners who understandyour problem in a personal meetingand who will prepare solutions together with you.The pipe transport of sludgesshowing very different consistenciesand compositions is such a complexfield that it makes system designbased on experience a prime necessity.

SCHWING has gained extensiveexperience through decades of involvementin this area. In addition, wehave developed important basic dataand principles through selectedresearch-based investigations, forexample regarding pressure loss, filling degree, rheologic behavior ofsludges as a function of pumpingpressure, pumping distance andpumping speed. The know-how gained at SCHWINGand by its staff ensures a customized, economic and environment friendlysolution to the pumpingproblem.

A detailed customer-oriented project planning and an effective design go hand in hand with a thorough consultation that rounds off the full scope of the competent SCHWING Team.

For the optimum results, SCHWING relies on the in-house production of all major components such as piston pumps, electric& control systems, silos, continuous dosing and mixing devices, double screw conveyors, pipelines, and accessories. You can rely on SCHWING to support its customer long after & delivery and start-up. Our after sales care includes Training and Service for all your project needs.

• High-performance design
• Reliable and safe
• Low owning and operating costs
• Low maintenance costs

The motor (diesel or electric) drives the axial piston pump via a flexible coupling. Due to automatic output adjustment optimum utilization of the motor power, results in low energy consumption at different pumping conditions. Additionally the concrete flow can be manually adjusted and the pump operates in a proven open circuit. The pump is renowned for it's low fuel consumption.Automatic adjustment by the governor helps maintain a constant output depending on the power available from the installed drive motor.

Design