Pump Performance

10% Water Pump Efficiency with Magnation

A pump is built with an expectation to endure and remain efficient. The amount of power required to run a pump and reduced friction occurring inside the pump impact it’s operational efficiency. Time inevitably causes wear and a loss in speed and consistency, impacting factors like flow, volume and uniformity.

Magnation significantly prolongs the lifespan of every pump rating, as well as reduces time and manpower spent on unnecessary maintenance. The cascading benefits impact pumps, engines and generators for better performance and enhanced fuel efficiency.

Save Energy

Move water faster, further and easier while cutting pumping energy costs up to 42%. Powerfully effective in treating all hard water problems, including preventing and reversing mineral scale, and saving billions of gallons of water across several industries including agriculture, landscape and turfgrass irrigation, industrial and residential use.

Get more out of your pump investment

Improve flow with 12%-20% less energy required • Softer, wetter water requires less to do the job • Solve hard water issues without chemicals • Reduce, prevent and eliminate mineral scale, corrosion, iron bacteria and more • Improve solubility and use less chemicals • Improve pressure and throw distance • Improve performance and lifespan of pumps, pipes and equipment • Less maintenance

• ARMS Pumps Case Study: 10% increase in efficiency

  “Unheard of to get that much power from a 9 horsepower pump. 10% increase in efficiency is huge in the pump manufacturing world.”

  ~ Ken Stadelhofer, Engineering Manager, ARMS Pumps, California, 2018

  Magnation’s 1.5” Rainbolt installed shows improved flow with a 10% increase in efficiency, and also able to use larger size (6.280”) propellers on a 9 hrs power pump with gas motor. Perimeters include: 25-50 gpm, 125 psi, 3600 rpm.

  

• Improved flow with reduced energy

  
  

  Controlled study performed by Marin County (California) Fire Department in 2009 shows Magnation’s water technology increased the water flow from 450 gallons per minute to 510 gpm—about 13.3% improved flow. It also decreased its pump intake pressure from 100 to 90 psi, pump discharge pressure from 130 to 120 psi, and the pump work rate from 700 to 600 psi. Nozzle pressure remained constant at 80 psi .

• Case Study: 42% less energy requirements for HVAC

  

  “After installing Magnation, we observed 42% savings in energy, less scale formation, higher efficiency in cooling with less demand on compressors for cooling towers resulting in easier chilling cycles, better spray pattern on 15 year old equipment — the manufacturer had never seen that before! And, the cooling tower use to have a foul stink that no longer smells.”

  ~ Brian Malone, Chief Engineer at The GAP Headquarters, California, 2018

  In addition to Magnation solving hard water issues and lowering pH, Malone noted a reduction in water and energy waste, Co2 emissions, and reaping evaporation credits from the City of Pleasanton— the only business to achieve this.

  Read the GAP Inc. Case Study