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One verified system. Wherever diesel does the work.

The aeBooster electronic fuel filter and the Duravi engine catalyst behave the same way on any diesel engine — a more complete burn and harder, lower-friction metal. What changes by industry is the duty cycle, the price of fuel, and what downtime costs you.

Below is how the system applies across the diesel-powered industries we serve. In every case, the savings are re-established on your own equipment during a pilot — to a 6% minimum, measured on your own data, or you don't pay.

01 — Trucking & fleet

On-road diesel fleets

Long-haul, regional, and last-mile fleets are where our system has been proven hardest. On-road diesels run hot and loaded for hours at a time — exactly the condition where incomplete combustion quietly wastes fuel on every injection.

  • Tractors, box trucks, refrigerated units, and delivery vans
  • Verified on the telematics you already run — Samsara, Motive, or Geotab
  • No ECU connection, no calibration change, no driver retraining

Croatian Post fitted the aeBooster to its own fleet and recorded an 18.9% fuel reduction on a Renault Master over a 2,322 km trial, and 9.92% on Iveco S-Way heavy units — on its own data, with the manufacturer not present.

Read the Croatian Post case study →

Croatian Post Iveco heavy truck fitted with the aeBooster
// National post fleet — Iveco heavy truck deployment
02 — Marine
aeBooster deployed in a marine engine room
// Deployed in a marine engine room

Vessels and onboard power

Workboats, ferries, fishing vessels, tugs, and the gensets that run alongside them. Marine diesels operate at sustained high load, fuel is one of the largest line items on the vessel, and service access is limited — so a cleaner, more complete burn compounds over long run hours.

  • Propulsion diesels and auxiliary generator sets
  • Passive and EMC-certified to EN 50498:2010 — no interference with navigation or onboard electronics
  • No ECU connection and no change to the fuel you bunker
What we measureFuel burn per engine run-hour, on your own fuel logs and flow data, baselined before and after install.
03 — Power generation

Diesel gensets, standby and prime

Data centers, hospitals, telecom sites, events, and remote operations all lean on diesel gensets for standby and prime power. Gensets tend to run at steady load for long hours, which makes fuel the dominant operating cost and soot the thing that drives service intervals.

  • Standby and prime-power gensets and CHP units
  • A more complete burn lowers fuel consumed per kWh and reduces soot loading
  • No interaction with genset controls, governor, or warranty
What we measureLitres (or gallons) per run-hour and per kWh, read from your existing fuel and runtime logs across a pilot window.
aeBooster installed inline in an engine bay
// Inline install — applies equally to stationary diesel gensets
04 — Heavy equipment
Concrete mixer trucks in a construction fleet
// Construction concrete-mixer fleet deployment

Construction, mining & agriculture

Excavators, wheel loaders, dozers, haul trucks, tractors, and the off-road gensets that support them. Off-road diesels see heavy, variable load and long idle hours, and the fuel is often trucked to remote sites at a premium — so every percent of cleaner combustion lands directly on cost per operating hour.

  • Earthmoving, material handling, and agricultural diesel fleets
  • Lower fuel cost per machine-hour and reduced soot and DPF loading
  • Installs during a normal service window; the machine stays on rotation
What we measureFuel per machine-hour, from your fuel records and hour-meter data, baselined on identical work before and after.

Tell us what you run.

Whatever the asset, the path is the same: we model your baseline, install on one unit at our cost, and measure the result on your own data. If a pilot unit doesn't clear 6%, the equipment comes off and no invoice is issued.

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