Archives

Diesel Fuel Maintenance: The Danger You Don’t See

From: Schroeder Industries’ Fuel Filtration Center of Excellence

For those of us in the Northern hemisphere, Fall has arrived!

Why Seasonal Changes Make Diesel Fuel Maintenance Essential

When the seasons change, diesel fuel maintenance becomes increasingly important for equipment reliability. Whether temperatures are rising or falling, seasonal diesel fuel blends may change to accommodate different operating conditions.

How do seasonal temperature changes affect diesel fuel? Colder temperatures can affect diesel fuel’s flow characteristics, while water and particulate contamination present additional challenges for fuel storage, transfer, and equipment operation.

Seasonal transitions provide an opportunity for preventive diesel fuel maintenance, including fuel testing, tank inspections, filtration, fuel polishing, and upgrades to existing fuel systems where necessary.

For facilities reviewing maintenance priorities and available budgets, investing in appropriate diesel filtration and water separation equipment can help address contamination concerns before they contribute to equipment problems.

Protect Diesel Fuel Quality with Particulate Filtration and Water Separation

Effective diesel fuel filtration addresses contaminants that can compromise fuel cleanliness and equipment reliability.

Particulate filtration removes solid contaminants, while fuel-water coalescing technology is designed to separate water from diesel fuel under suitable operating conditions. These processes can complement one another in fuel polishing, fuel transfer, and bulk fuel clean-out applications.

Schroeder Industries offers several fuel conditioning solutions, including:

• GHCF GeoSeal® High-Flow Coalescing Filter: Designed for fuel-water separation in bulk diesel filtration applications.
• GHPF GeoSeal® High-Flow Particulate Filter: Provides particulate filtration to help reduce solid contamination in diesel fuel.
• BDS Series Bulk Diesel Fuel Skid and Multi-Skid: Offers integrated filtration configurations for bulk diesel fuel conditioning.
• Bag filtration: Provides additional particulate pre-filtration options in compatible fuel conditioning systems.

Schroeder’s Fuel Filtration Product Lines include replacement filtration elements for compatible equipment, supporting ongoing maintenance and servicing.

Mobile Diesel Fuel Filtration for Storage and Transfer

BDFC Bulk Diesel Filtration Cart

The BDFC Bulk Diesel Filtration Cart provides a portable solution for diesel fuel maintenance, combining high-efficiency particulate filtration and coalescing water separation in one compact system.

Designed for both single-pass fuel transfer and kidney-loop filtration, the BDFC helps remove particulate contamination and water from diesel fuel in compatible bulk storage, transfer, and dispensing applications.

This combination allows maintenance teams to address fuel cleanliness and water contamination through a single mobile filtration platform.

The BDFC is ideal for fuel maintenance operations.

It is portable and very easy to use and operate.

Offers flow rate options of  14 gpm (53 l/min) or 25 gpm (95 l/min).

The BDC Bulk Diesel Cart offers higher flow rate options with considerably more dirt holding capacity and throughput for larger operational needs for fuel polishing.

BDC Bulk Diesel Cart: High-Capacity Diesel Fuel Filtration

For larger diesel fuel storage and transfer applications, Schroeder Industries offers the BDC Bulk Diesel Cart, a mobile diesel filtration system designed to help remove particulate contamination and water from stored fuel.

The BDC is available in two flow configurations:

• 25 gpm (95 L/min) for compatible diesel fuel maintenance applications.
• 70 gpm (265 L/min) for higher-capacity fuel filtration and transfer requirements.

These configurations support both single-pass diesel fuel transfer and kidney-loop filtration, making the BDC suitable for maintaining fuel cleanliness in larger storage tanks.

How Does Three-Stage Diesel Fuel Filtration Work?

The BDC combines three filtration stages to address different types of fuel contamination:

1. Bag pre-filtration: Captures larger contaminants, including rust particles and accumulated debris associated with microbial contamination.
2. High-efficiency particulate filtration: Uses Schroeder’s synthetic filtration media to remove finer solid contaminants from diesel fuel.
3. Coalescing water separation: Uses specialized media technology to separate free and emulsified water from compatible diesel fuels.

This combination is particularly useful in bulk fuel maintenance applications where higher contaminant loads or increased fuel-processing capacity require a multi-stage approach.

By combining particulate filtration and water separation, the BDC helps maintenance teams manage diesel fuel cleanliness and reduce contamination-related risks to fuel system components.

Electrical Configurations for Diesel Filtration Equipment

Electrical compatibility is an important consideration when selecting diesel fuel filtration equipment for different facilities and international applications.

Schroeder’s BDC configurations include motor options designed for specific electrical requirements. Available configurations vary by flow rating, voltage, and phase.

For applications involving different regional electrical standards, customers should verify motor compatibility and available configurations with Schroeder Industries before ordering.

Find the Right Diesel Fuel Filtration Solution

Selecting the appropriate diesel filtration system depends on factors such as fuel volume, contamination levels, required flow rate, and available electrical power.

For information about diesel fuel cleanliness requirements, filtration performance, or application-specific equipment selection, contact Schroeder Industries to discuss your fuel maintenance needs.