Rajan Wilcox
Transferring fuel from a secondary tank to a primary tank requires careful consideration and preparation. The process may vary depending on the vehicle and the type of fuel, but there are some general guidelines to follow. It is important to ensure that the transfer is done safely and legally, which includes transferring fuel away from heat sources and open flames, and only in well-ventilated areas. Some fuel transfer systems are DOT-legal for gasoline, diesel, and kerosene, and may include components such as pumps, hoses, nozzles, and installation hardware. It is also important to consider the flow of the return fuel to the main tank, and whether a non-return valve is required in the transfer pipe.
Characteristics and Values
| Characteristics | Values |
|---|---|
| Transfer Tank Capacity | 40 gallons, 50 gallons, 80 gallons, 82 gallons, 100 gallons, 109 gallons |
| Fuel Type | Diesel, gasoline, kerosene, ethanol, methanol, aviation fuel |
| Installation Components | GPI® 12-volt pump, 12 ft. fuel hose with nozzle, fuel cap, wire harness with dash-mounted power switch, hardware |
| Safety Precautions | Avoid heat sources and open flames, ensure good ventilation |
| Permits and Warranties | Special Permit #20416, return warranty card within 30 days, retest every 2.5 years as per 49 CFR 180.352 |
| Connection Methods | Separate entry point, stopcock, non-return valve, Y or T connector, electric fuel pump, gravity feed |
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What You'll Learn
- Safety precautions: Transfer fuel away from flames, in a well-ventilated area
- Using a Y or T connector: Connect the pipe from the additional tank to the return line
- Non-return valve: Prevent fuel flowing from the return pipe to the secondary tank
- Electric fuel pump: Enable the secondary tank to be low in the ship
- Fuel types: Transfer tanks are available for diesel, gasoline, kerosene, and more
Safety precautions: Transfer fuel away from flames, in a well-ventilated area
Transferring fuel requires utmost caution and adherence to safety protocols to prevent accidents and harm to people and the environment. Here are some critical safety precautions to follow when transferring fuel away from flames, in a well-ventilated area:
Firstly, ensure you are wearing the appropriate Personal Protective Equipment (PPE). This includes eye protection, hearing protection, hand and foot protection, and flame-resistant clothing. PPE ensures your safety and prevents hazards in case of any mishaps during the fuel transfer process.
Secondly, use only approved containers and portable fuel tanks designed for fuel storage and transfer. These containers are constructed to minimize the risk of spills and leaks, and they are often made from materials that can withstand flames and extreme conditions. Avoid using any containers not sanctioned for fuel, as they may not have the necessary safety features.
Thirdly, maintain proper ventilation during the fuel transfer process. This is crucial, as fuel vapors can accumulate and reach dangerous levels in enclosed spaces. Ensure the area is well-ventilated by keeping doors and windows open, and if possible, perform the transfer outdoors in a wide-open space. A good ventilation system will dissipate the vapors, reducing the risk of ignition and exposure to harmful fumes.
Additionally, establish a no-smoking policy in the vicinity of the fuel transfer area. This is of utmost importance, as smoking materials can easily ignite fuel vapors, leading to a fire or explosion. Ensure that all individuals involved in the process or nearby are aware of and comply with the no-smoking rule.
Finally, keep spill response kits and emergency tools nearby. In the unfortunate event of a fuel spill, having these kits readily available will allow you to act swiftly and minimize the impact on the environment and human health. These kits typically contain absorbent materials, neutralizers, and specialized equipment to contain and clean up the spill efficiently.
By following these safety precautions, you can help ensure that the fuel transfer process is conducted safely, protecting both human life and the surrounding environment.
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Using a Y or T connector: Connect the pipe from the additional tank to the return line
When connecting an additional fuel tank, you can use a Y or T connector to join the pipe from the new tank to the return line. This method can be effective, but there are some important considerations to keep in mind. Firstly, it is essential to understand that using a Y or T connector may result in return fuel flowing back into the secondary tank if there is any resistance between the connector and the tank. This issue can be mitigated by installing a non-return valve in the transfer pipe, ensuring that return fuel only flows into the main tank.
Another option is to install a lever valve on the secondary fuel pipe, right after the secondary tank. This valve, in combination with gravity or an electric pump, will enable the transfer of fuel to the main tank. Additionally, a non-return valve can be installed on the secondary fuel pipe just before it connects with the return pipe, further ensuring that fuel only flows in the desired direction.
It is worth noting that some users have suggested fitting a separate point of entry for the transfer pipe into the main tank or installing a stopcock on the transfer pipe to act as a non-return valve. These methods can help ensure that fuel flows efficiently and effectively from the additional tank to the main tank.
When undertaking any fuel tank modifications, it is crucial to prioritize safety. Always ensure that fuel transfers are carried out in well-ventilated areas, away from heat sources or open flames.
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Non-return valve: Prevent fuel flowing from the return pipe to the secondary tank
Non-return valves, also known as check valves, are a crucial component in mechanical engineering. They are designed to allow fluid flow in only one direction, helping to maintain the desired flow direction. This is particularly important in preventing fuel from flowing from the return pipe to the secondary tank, which could result in contamination and pose health hazards.
Non-return valves are commonly used in various applications, including industrial processes, gas pipelines, and domestic plumbing. In the context of fuel transfer tanks, non-return valves are essential to ensure that fuel flows from the primary tank to the secondary tank without the risk of backflow.
The most common type of non-return valve is the swing check valve, which consists of a flat disc within the pipeline. This disc is pivoted so that it opens when the flow is in one direction and shuts against a seating when the flow tries to reverse. This design relies on gravity to function effectively. Other types of non-return valves include spring-loaded disc and ball non-return valves, which are often used in oil and gas pipelines where fast-acting valves are required.
When selecting a non-return valve for your fuel transfer application, it is important to consider the maximum flow rate and pressure rating required. The valve should be sized correctly and able to accommodate peak flow rates. Compatibility between components, such as inlet and outlet ports, is also crucial. Regular inspection and maintenance, as recommended by the manufacturer, will ensure the proper operation of the non-return valve and prevent unexpected backflow.
By installing a non-return valve in your fuel transfer system, you can effectively prevent fuel from flowing from the return pipe to the secondary tank. This valve will ensure unidirectional flow and maintain the desired pressure and direction of the fuel, reducing the risk of contamination and potential health hazards.
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Electric fuel pump: Enable the secondary tank to be low in the ship
The fuel pump is an integral part of a ship's fuel system, enabling fuel to travel from the tank through the rest of the system. If you want to use an electric fuel pump to enable the secondary tank to be low in the ship, there are a few things to consider. Firstly, it is important to use a low-pressure/low-volume electric fuel pump that will allow fuel to flow freely through the pump when it is in the off position. These pumps are readily available at auto parts stores.
It is also important to note that the electric fuel pump should not be installed in place of the ship's mechanical fuel pump, as this could lead to problems. Instead, the electric fuel pump can be installed in place of the squeeze bulb to prime the carbs. It is also recommended to leave the squeeze bulb in place as a backup and be sure to install the electric fuel pump between the tank and the bulb.
Additionally, when installing an electric fuel pump, it should be hooked up to a momentary button, such as the one used for a horn. This button can be pushed for a few seconds when the ship is in the prep area or right before pulling off the trailer to prime the carbs and start the engine.
Furthermore, when using an electric fuel pump, it is important to consider the safety aspect. If the ship's motor stops running for any reason, you want the pump to shut off automatically to prevent any potential hazards.
By following these considerations, you can effectively use an electric fuel pump to enable the secondary tank to be low in the ship while ensuring proper functionality and safety.
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Fuel types: Transfer tanks are available for diesel, gasoline, kerosene, and more
When choosing a transfer tank, it is important to consider the fuel type you will be using. Transfer tanks are available for a variety of fuels, including diesel, gasoline, kerosene, ethanol, methanol, and aviation fuel. Some common fuel types and their compatible transfer tanks are:
Diesel
Transfer tanks for diesel fuel are available from several manufacturers, including Transfer Flow, ATI Tank, and ATTA Tank. These tanks are designed to be durable and safe for transporting and storing diesel fuel. Some tanks, like the Transfer Flow 50-gallon refueling tank, are rugged and durability-tested for daily use.
Gasoline
Transfer tanks for gasoline must comply with Department of Transportation (DOT) regulations, which require a Special Permit for their use. ATTA Tank offers DOT-approved transfer tanks for gasoline, while ATI Tank also has tanks that are compatible with gasoline fuel. It is important to check the regulations and ensure the tank you choose is permitted for gasoline use.
Kerosene
Transfer Flow, ATI Tank, and ATTA Tank all offer transfer tanks that are compatible with kerosene. These tanks are DOT-approved and provide a safe and reliable option for transporting and storing kerosene fuel.
Other Fuel Types
In addition to the fuels mentioned above, transfer tanks are also available for other fuel types such as ethanol, methanol, and aviation fuel. ATTA Tank and ATI Tank offer transfer tanks that are compatible with these fuels, ensuring versatility and meeting a range of application needs.
When choosing a transfer tank for a specific fuel type, it is important to consult the manufacturer's specifications and ensure that the tank complies with the necessary safety and quality standards, such as DOT approval. Additionally, consider the tank's construction and durability, and any customization options that may be available to meet your unique requirements.
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Frequently asked questions
Fuel transfer must be carried out in a well-ventilated area, away from any heat sources or open flames.
The components required include a GPI® 12-volt pump, a 12 ft fuel hose with a nozzle, a fuel cap, a wire harness with a dash-mounted power switch, and installation hardware.
One way is to install a separate point of entry for the transfer pipe into the main tank. Alternatively, a stopcock or a non-return valve can be used on the transfer pipe.
