Combining the systems for optimal efficiency
For effectively reducing undesirable emissions such as soot and enhancing the fuel quality, we highly recommend utilizing the combined solution of FID Reducer and FID Improver, or alternatively, the FID Injector. By incorporating the FID Reducer into your fuel system just prior to the separator, it effectively decreases the droplet size and ensures that all valuable fuel passes through the separator. However, it's important to note that as the fuel progresses through the piping towards the engine, it may undergo re-agglomeration due to the presence of heaters and pumps. To counteract this effect immediately before reaching the engine, we suggest employing the FID Improver/FID Injector. This component works to further reduce the droplet size to approximately 3 microns, thereby optimizing combustion and promoting improved fuel efficiency.
Implementing the recommended FID Reducer, FID Improver, or FID Injector solution not only enhances fuel quality and reduces soot emissions but also yields significant fuel savings, ultimately leading to a notable reduction in CO2 emissions. By improving combustion efficiency through the reduction of droplet size and ensuring optimal fuel utilization, the overall fuel consumption is minimized. This directly translates to a more sustainable operation for your facility, as lower fuel consumption results in a decreased carbon footprint and a positive contribution to the global effort of combating climate change.
Implementing the recommended FID Reducer, FID Improver, or FID Injector solution not only enhances fuel quality and reduces soot emissions but also yields significant fuel savings, ultimately leading to a notable reduction in CO2 emissions. By improving combustion efficiency through the reduction of droplet size and ensuring optimal fuel utilization, the overall fuel consumption is minimized. This directly translates to a more sustainable operation for your facility, as lower fuel consumption results in a decreased carbon footprint and a positive contribution to the global effort of combating climate change.
The two step fuel quality optimization process is environmentally supportive and will lower overall operating cost.
Advantages of our product combination:
Fuel efficiency
- Up to 1-1,5 % savings on 4 stroke engines (*)
- Up to 2-2,5 % savings on 2 stroke engines (*)
(*) based on ISO 3046/1
Maintenance
- Less separator maintenance
- Less engine maintenance
Environment
- Up to 80% sludge reduction
- Up to 5% NOx reduction (up to 20% with Injector)
- Less black smoke
- Up to 70% PM reduction (up to 90% with Injector)
- CO2 reduction due to fuel saving
Advantages of our product combination:
Fuel efficiency
- Up to 1-1,5 % savings on 4 stroke engines (*)
- Up to 2-2,5 % savings on 2 stroke engines (*)
(*) based on ISO 3046/1
Maintenance
- Less separator maintenance
- Less engine maintenance
Environment
- Up to 80% sludge reduction
- Up to 5% NOx reduction (up to 20% with Injector)
- Less black smoke
- Up to 70% PM reduction (up to 90% with Injector)
- CO2 reduction due to fuel saving