Fuel Additive Injection

Fuel Additive Injection

Application Summary

Application

Fuel Additive Injection

Description

Improving or changing fuel performance by injecting fuel additives

How It’s Used

Pumping a wide variety of fuel additives, at a constant, controlled flow rate, into an injection manifold to facilitate mixing during fuel dispense

Key Feature

Chemical resistant pump materials

End Equipment

Fuel dispensing equipment

Pump Function

Metering

Fluids

Corrosion inhibitors, lubricants, anti-icing additives, dyes, detergents, static dissipating additives

Flow Rate

0.5 to 10 L/min (7.9 to 159 USG/hr)

Differential Pressure

<40 psi (<2.76 bar)

Applications Overview

Fuel can be improved, changed or enhanced through the addition of fuel additives according to specific performance and usage requirements.

Additives can be added at the rack in a distribution terminal, at a service station style dispenser, or into the fuel stream dispensed from a delivery truck.

Typical examples include:

  • Refining additives
  • Detergent additives to keep fuel injectors clean
  • Color dyes to identify fuel grades
  • Lead-based additives for aviation
  • Corrosion inhibitors
  • Lubricants for extended engine and pump life
  • Anti-icing additives for jet fuel
  • Static dissipater additives

Micropump pumps deliver smooth, controlled flows of fuel additive into a fuel dispensing system.

Micropump pumps deliver smooth, controlled flows of fuel additive into a fuel dispensing system.

PUMPING REQUIREMENTS

CHEMICAL RESISTANT TO HYDROCARBONS

PRECISE, METERED FLOW CONTROL

SMOOTH, PULSELESS FLOW

RELIABILITY

LEAK FREE

MAINTAINABILITY

MICROPUMP SOLUTIONS

Our chemically resistant construction materials stand up to the aggressive fluids found in fuel additives

Our gear pumps with variable speed DC drives provide precise flow control

Gear pumps offer the virtually pulseless flow required for in-flow additive dispense

Our precision design and manufactured gears stand the test of rugged use

Our magnetic drives eliminates dynamic shaft seals, keeping fluid securely inside the pump and potential contaminants out

We offer Service Kits for easy field serviceability

Performance Summary

performance summary

These charts indicates optimal operating ranges for recommended products.

Micropump Products Optimized for this Application

Micropump “suction shoe” style pumps are commonly used for this application. Series GB are best suited for lower flows, and Series GC for higher flows. Suction Shoe style gear pumps provide more consistent flow with varying differential pressure, and extended pump wear, than standard cavity style gear pumps. Suction shoe pumps also perform better with wide ranging temperature changes than cavity style pumps. Our integrated electromagnet EagleDrive™ provides variable, precise flow control in an energy efficient and compact package.

Suction Shoe Technology

GC Series

Displacement:

0.811 ml/rev (M23)
1.82 ml/rev (M25)
3.48 ml/rev (M35)

Differential Pressure (max):

8.6 bar | 125 psi

System Pressure (max):

103 bar | 1500 psi

Suction Shoe Technology

GB Series

Displacement:

0.26 ml/rev (P23)
0.58 ml/rev (P25)
1.17 ml/rev (P35)

Differential Pressure (max):

8.6 bar | 125 psi

System Pressure (max):

21 bar | 300 psi

The Micropump Advantage

The unparalleled quality, performance record, reliability and long operating life of Micropump pumps and our extensive engineering expertise make Micropump a vital partner in this demanding market.

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