Engineering and Deployment of a Multi-Stage Fuel Filtration System for Contaminated ADO Recovery
Let’s Start Work
Together
Please feel free to contact us. We will get back to you with 1-2 business days. Or just call us now.
About Project
The project involved the engineering and deployment of a customized fuel filtration system to recover Automotive Diesel Oil contaminated by water, sediments, sludge and suspended particulates.
The affected diesel was stored in the facility’s bulk fuel tanks and was intended for use in boilers, generator sets and other critical utility equipment. Complete disposal and replacement of the stored fuel would have resulted in significant financial loss, operational delays and additional environmental handling requirements.
Solcrest developed a controlled fuel-recovery process using a skid-mounted, multi-stage filtration system. The contaminated ADO was continuously withdrawn from the storage tank, passed through progressive filtration and water-separation stages, and returned to the tank until the required fuel condition was achieved.
Estimated Technical Data:
- Application: Recovery of Contaminated Automotive Diesel Oil
- Equipment Type: Skid-Mounted Multi-Stage Fuel Filtration System
- Nominal Flow Rate: Approximately 100 Liters per Minute
- Filtration Arrangement: Three-Stage Progressive Filtration
- Final Filtration Rating: Up to 5 Microns
- Contaminants Removed: Free Water, Sludge, Rust, Sediments and Suspended Particulates
- Pump Motor Rating: Approximately 4 kW
- Electrical Supply: 220 V, Single-Phase, 60 Hz
- Operating Method: Continuous Tank-to-System Recirculation
- Treatment Configuration: Suction, Filtration, Water Separation and Fuel Return
- Verification: Visual Inspection and Post-Treatment Fuel Sampling
Our Client’s Challenge
The client discovered visible contamination in its stored diesel fuel, including accumulated water, sediments and dark suspended particles. Continued use of the untreated fuel could have caused premature filter blockage, injector fouling, poor combustion and unexpected failure of critical equipment.
The client required a recovery solution that would:
- Avoid the disposal of a large volume of usable diesel
- Minimize interruption to facility operations
- Remove water and solid contamination effectively
- Allow treatment without transferring fuel to another facility
- Restore the fuel to a condition suitable for operational use
- Provide a documented and controlled recovery process
The work also had to be completed while maintaining proper fuel handling, spill prevention and fire-safety controls.
Our Approach and Solution
Solcrest evaluated the stored fuel condition, tank arrangement, available access points, estimated contamination level and operational requirements before mobilizing the filtration equipment.
A temporary recirculation arrangement was installed between the storage tank and the skid-mounted filtration system. Fuel was withdrawn from the lower portion of the tank, where water and heavy contaminants commonly accumulate, and processed through multiple treatment stages.
The project scope covered:
- Initial inspection and assessment of the contaminated fuel
- Collection of representative pre-treatment fuel samples
- Identification of suitable suction and return connections
- Preparation of the fuel-recovery and recirculation arrangement
- Mobilization of the skid-mounted filtration equipment
- Installation of temporary fuel-rated hoses and fittings
- Controlled withdrawal of fuel from the storage tank
- Separation and collection of free water
- Progressive removal of coarse and fine solid contaminants
- Final filtration of the treated fuel to approximately 5 microns
- Continuous recirculation until acceptable clarity was achieved
- Monitoring of differential pressure across filter vessels
- Periodic replacement and inspection of filter elements
- Collection and proper containment of recovered contaminants
- Post-treatment sampling and visual verification
- Equipment demobilization and work-area restoration
- Submission of treatment records and recommendations
The treatment sequence was monitored throughout the operation to prevent excessive pressure, leakage, air entrainment and the return of concentrated contaminants to the storage tank.
Project Outcome
The contaminated Automotive Diesel Oil was successfully recovered through controlled water separation, progressive filtration and continuous tank recirculation.
Visible water, sludge, sediments and suspended particulates were removed without requiring complete fuel disposal or prolonged shutdown of the facility’s utility systems. The treated fuel demonstrated significantly improved clarity and was returned for operational use following the client’s inspection and verification process.
The project provided the client with a practical and cost-effective alternative to replacing the entire fuel inventory. It also reduced the risk of clogged fuel filters, damaged injectors, poor combustion and equipment failure associated with contaminated diesel.
The completed system demonstrated Solcrest’s capability to engineer and deploy customized fuel-recovery solutions for industrial plants, commercial buildings, fuel storage facilities, generator installations and other critical diesel applications.
