The Aderco Concept

The Aderco concept is the result of 30 years of experience in treating fuel related problems in close partnership with our clients. It is centered on these three core elements: Efficiency, Economy and Environment. Fuel consumers around the world understand the importance to maximize performance, minimize costs and reduce their impact on the environment. Today, Aderco has developed a system and measurement tools to help fuel consumers to reach their goals and meet environmental regulations.

 

EFFICIENCY * ECONOMY * ENVIRONMENT = SUSTAINABILITY

 

Efficiency

The Aderco solution aims to maximize the work done per unit of fuel, while minimizing the energy wasted. The upgrade is obtained through a personalized solution based on a fuel treatment  performing before, during and after combustion, for optimum efficiency.

Before

  • Prevent fuel oil incompatibility and stratification
  • Disperse asphaltene agglomerations
  • Reduce sludge rejects
  • Cleaning action on fuel tanks and fuel lines
  • Extend life and performance of filters and purifiers
  • Break water emulsion
  • Anti-foaming agent

During

  • Optimize atomization and improves combustion
  • Lengthen injector life, eliminates trumpets
  • Upgrade quality of high CCAI fuels
  • Keep performance at top level for longer periods of time
  • Generate fuel economy due to better performance

After

  • Minimize particulate emissions and smoke opacity
  • Eliminate sparks and carbon fallouts
  • Minimize carbon fouling
  • Lower exhaust temperature
  • Reduce vanadium corrosion effect

    Economy

    Real economy is obtained through a combination of many factors, in which individual savings can be evaluated. The economy obtained with the continuous use of Aderco additives can be monitored in order to evaluate the overall costs savings in your operations. Aderco treatments can help you reduce operational costs in both short-term and long-term operations.

    • Reduce likelihood of unexpected stops
    • Reduce risk of off-hire due to breakdown
    • Protection in the event of poor quality HFO
    • Reduce cleaning maintenance and costs
    • Minimize replacement frequency of many parts
    • More time for general and preventive maintenance
    • Operation management optimisation
    • Reduce sludge rejects
    • Generate fuel economy due to better performance

    Environment

    A more flexible maintenance program and a better overall performance of the operation will provide a direct positive impact on the environment. Combined with a reduction in indirect emissions, namely thosegenerated during the entire lifecycle of products used in relation to theoperation, fuel consumers around the world can further decrease theimpact of their operation on the environment and significantly reducetheir carbon footprint.

    • Reduction of your carbon footprint
    • Reduction in particulate emissions, carbon fallouts and soot opacity
    • Less energy wasted by minimizing unexpected stops
    • Spare parts replacement frequency extended
    • Less frequent express freight for replacement parts
    • Less packaging waste to dispose of
    • Less emergency communications needed
    • Minimize specialists displacements and costs
    • Avoid unnecessary stress and wastage

    Sustainability

    In the fuel industry, true sustainability is impossible to achieve because the energy source itself is non-sustainable. But long-term development towards sustainability is definitely possible when efficiency, economy and environment are acknowledged and treated as cornerstones of the process. In fact, real sustainability is the intersection of these three domains.

     

    Marine

    Marine

    Supplying the shipping industry: tankers, freighters, container ships, cruise ships, bulk carriers, VLCC, coast guard, navy, ferries, etc.

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    Power Generation

    Power Generation

    Supplying the power industry: boilers, marine motors, turbines, fuel, coal, etc.

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    Industrial

    Industrial

    Supplying the industrial market: boilers, motors, turbines, industrial processes, machinery, etc.

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    Land Transport

    Land Transport

    Supplying smaller fuel consumers: trucks, trains, cars, yachts, fishing boats, farming, mining, construction, machinery, etc.

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