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Diesel Generators

Erfüllen der heutigen strengen Vorschriften und Senken der Gesamtbetriebskosten

Increasing Efficiency. Reducing Corrosive Wear.

Diesel Filters minimize fluid contaminants in fuel systems to protects crucial components from corrosion and to enable generators to run at peak efficiencies in a nuclear power plants emergency systems.

Nuclear power plants are susceptible to costly downtime without well thought out emergency power supplies, which are often diesel-driven. Modern heavy duty diesel engines are highly vulnerable to damage from particulate contamination in diesel fuel while water contamination can reduce efficiency and accelerate wear. The result, if left unchecked, is reduced reliability of critical equipment, unscheduled downtime and an increase in maintenance and repair costs. 

 

Emergency generators provide power only when needed to special safety electrical distribution panels and rely on clean fuel in order to operate effectively. Pall Diesel Filters minimize fluid contaminants in diesel fuel systems to protects crucial components from corrosion and to enable generators to run at peak efficiencies in a nuclear power plants emergency systems.  These generators in turn supply power to those emergency pumps, valves, fans, etc. that may be required to operate in the event of the postulated catastrophic event - a simultaneous total loss of outside power and a major break in the reactor coolant system.    

 

Engineered to curb contamination

 

Water can enter a diesel system through worn cylinders, actuator seals and many other ways. Condensation is also a prime contributor to cause corrosion and decreased efficiency. As the fuel cools in a reservoir or tank, water vapor will condense on the inside surfaces, causing rust or other corrosion problems. Excessive water can be removed from a diesel system through the same preventative measures and our filtration systems taken to minimize particle ingression into the system. By implementing economical Pall filter schemes, contaminants are minimized to prevent:

 

  • Loss of production during emergency use
  • Höhere Kosten für Flüssigkeitsentsorgung und Komponentenaustausch
  • Höhere Betriebs- und Wartungskosten
  • Decreased generator efficiency
  • Beeinträchtigter Wärmetransfer
  • Corrosive wear    


Diesel systems require clean sterile fuel to efficiently perform the necessary emergency

functions needed in nuclear power plant backup systems. Pall’s filters are engineered to curb contamination that inhibit a diesel system’s primary functions.

Kontaktieren Sie unser Team an Filtrationsexperten für weitere Informationen darüber, wie Sie die Effizienz Ihrer Prozesse steigern können.

 

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Built to perform

Pall Produkte

Ultipleat Diesel Plus filters provide advanced particulate and water removal from diesel fuel within a single filter element. They are designed to extend time between scheduled maintenance periods and keep equipment in service longer. Increase reliability of equipment and mean time between failures (MTBF) is a proven affect of Pall technologies.

 

Pall Diesel Filters are the most economical and durable option to keep fluid contaminants minimized in all emergency diesel systems. Click here to let a Pall expert optimize your diesel fuel filtration to ensure proper nuclear plant’s performance during catastrophic events. 

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Benötigen Sie weitere Informationen? Unsere sachkundigen Experten sind für Sie da. Kontaktieren Sie uns noch heute, um mehr über unsere fortschrittlichen und innovativen Filtrationslösungen zu erfahren. Wir freuen uns darauf, Ihnen schon bald zu helfen.