Heavy Duty Slurry Pumps Type Ensival Moret EMW

The EMW pump range has been designed considering historic field experience, coupled with the latest in fluid flow modeling technologies and finite element analysis, to create the latest in slurry pumping technology. The pump range offers high hydraulic efficiencies for optimized wear life performance in difficult solids handling applications.

Information

Main benefits

  • Extra high durability
  • Minimized total cost of ownership
  • Low energy consumption due to high efficiency
  • Easy and quick installation and maintenance
  • Low spare cost due to high standardization between EMW-M and EMW-R

Main applications

  •  Mining and mineral processing
  • Aggregates (sand and gravel)
  • Power (bottom ash, lime slurry for flue gas desulphurization(FGD))
  • Food industry
  • Waste water
  • Chemical slurries

Main design features

  •  Wide range of high quality materials (metallic as well as rubber)
  • Optimized high efficiency hydraulics ensure high efficiency and minimized wear in the largest operating range
  • Heavy-duty bearings offer LB10 bearing life of more than 50,000 hours
  • Vertical design with EMW-R and EMW-M hydraulics available
  • Fast and effective maintenance due to easy assembly and dismantling of main pump parts

Key characteristics

Capacities

EMW-R: up to 1,450 m3/h / 6,385 USgpm
EMW-M: up to 4,000 m3/h / 17,600 USgpm

Heads

EMW-R: up to 55 m / 180 ft
EMW-M: up to 95 m / 312 ft

Pressures

EMW-R: up to 14 bar / 203 psi
EMW-M: up to 16 bar / 232 psi

Temperatures

EMW-R: up to 110 °C / 230 °F
EMW-M: up to 110 °C / 230 °F

Maximum speed of rotation

EMW-R: up to 2600 rpm
EMW-M: up to 3000 rpm

Performance range

EMW-M

Heavy duty slurry pump type Ensival Moret EMW-M performance rangeClick to zoom

EMV-R

Heavy duty slurry pump type Ensival Moret EMW-R performance range Click to zoom

Heavy duty slurry pumps type Ensival Moret EMW-RClick to zoom
Heavy duty slurry pumps type Ensival Moret EMW-R

Related Links

Switch to tab Documents

Applications