MARINE

Clean, stable fuel treatment for marine diesel operations

Additive Injection for MARINE

Marine operations demand reliable fuel systems capable of operating in harsh saltwater environments. Hammonds Additive Injection Systems provide clean, stable, and properly treated fuel for a wide range of marine vessels.

From commercial fishing fleets to ocean-going freighters, Hammonds systems reduce maintenance downtime and help protect vital engine components through accurate additive delivery.

  • Used in fishing fleets, tug boats, and cargo vessels
  • Improves fuel stability and lubricity
  • Reduces maintenance and operational downtime
  • Resists corrosion in marine environments
  • Supports custom marine fueling configurations
  • Handles single or multiple additives

Whether supporting fleets of commercial fishing boats, tug boats, or ocean-going freighters, Hammonds Injection Systems provide crucial lubrication for engine components, cleaner and more stable fuel, and reduced maintenance downtime. Hammonds can supply systems for specific marine applications or design custom solutions to meet the needs of any marine operation.

Over 12,000 Systems Installed

WORLDWIDE

  • Flow of fuel is the only power required
  • Precise and even blend of additive and fuel
  • Single or multiple additive injection units
  • A system to fit at any point in the refueling process
💬

Ready to Get Started?

Request a quote for your specific application

Request Quote

Fuel Quality Challenges in Marine Operations

Marine fuel systems operate in demanding environments where fuel quality directly affects engine reliability, efficiency, and maintenance schedules. Saltwater exposure, long storage periods, and varying fuel turnover rates increase the risk of contamination, microbial growth, and fuel degradation.

Hammonds Additive Injection Systems support marine fueling operations by ensuring that diesel fuel is properly treated as it flows into vessels. By injecting additives at the point of transfer, Hammonds systems help maintain consistent fuel quality across fleets and fueling locations.

The Importance of Additive Injection for Marine Diesel Fuel

Marine diesel fuels often require additives to improve lubricity, control microbial growth, reduce corrosion, and stabilize fuel during extended storage. Without accurate additive delivery, these treatments may be unevenly distributed, reducing their effectiveness.

Additive injection provides precise, on-spec blending directly into the flowing fuel stream, ensuring every gallon receives the correct treatment. This consistency supports smoother engine operation and reduces the risk of fuel-related issues at sea.

Flow-Powered Injection for Marine Fueling Systems

Hammonds marine injectors are fully mechanical and operate without electricity, making them well-suited for docks, ports, and vessels where power availability may be limited or unreliable. The flow-powered design allows injectors to maintain accuracy across varying fuel flow rates.

This mechanical simplicity reduces system complexity while providing dependable additive injection in both stationary fueling stations and mobile marine fueling applications.

Reducing Maintenance and Downtime at Sea

Fuel-related issues are a common cause of marine engine downtime and costly repairs. Improperly treated fuel can lead to injector fouling, filter plugging, corrosion, and reduced engine performance.

By maintaining clean, stable, and properly treated fuel, Hammonds Additive Injection Systems help vessel operators reduce maintenance demands, extend engine life, and improve operational reliability across marine fleets.

Supporting Commercial and Industrial Marine Fleets

Hammonds injectors are used across a wide range of marine applications, including commercial fishing fleets, tug boats, workboats, and ocean-going vessels. Systems can be configured to match specific fueling requirements, flow rates, and additive needs.

Through precise additive blending and rugged construction, Hammonds Additive Injection Systems help marine operators protect fuel quality, reduce downtime, and maintain dependable operations in challenging marine environments.