Getting the most out of your heavy-duty diesel engine requires keeping your fuel as clean as possible before it reaches your engine. Today’s diesel engines are built to high tolerances—a remarkable achievement by engineering standards, delivering better performance than many would have thought possible a few decades ago. But those tolerances are not well-suited to contaminated fuel. Hence the importance of cutting-edge filtration systems like AirDog®.
Diesel engines are the backbone of the transportation industry and the primary choice for most industrial applications because of their durability, efficiency, and performance. Wherever diesel engines are used, whether it be in marine applications, construction, mining, or any other demanding environment, they can be depended on to get the job done. But to get the best performance from diesel engines, high-quality fuel filtration is a necessity.
Diesel engines are built to last, but just because they keep operating does not mean they are operating efficiently. Components can wear out, expensive fixes can be necessary, and an engine can keep pushing along for years while using more fuel than it needs to.
If you want to know how to prolong the life of a diesel engine—and equally important, maintain its performance—you need to understand the fundamentals of how they work and prioritize maintenance. It’s also a good idea to invest in high-quality components, like AirDog® Heavy Duty Diesel Fuel Systems.
One of the things that makes AirDog® fuel filtration systems so effective is that they are customized for specific applications. It’s important to select the right filters for your specific diesel engine, whether you are operating a commercial heavy truck or a pickup truck. We make it easy to identify the correct fuel filters for your vehicle so there is no question about which is right for your needs.
One question we get asked a lot concerns the impact of AirDog on fuel efficiency. The way that AirDog improves the fuel delivery process to the engine, including providing cleaner, air-free fuel, and maintaining optimal pressure to the fuel injectors, is going to result in improved diesel fuel efficiency in a heavy-duty engine. But the question is, how much?
The diesel engines found in heavy-duty trucks can seem bulletproof. It’s true, they are tough and durable. But they are not invincible. Some things—like air in the fuel system—can cause serious problems that you want to avoid as much as possible.
Air in the fuel line symptoms can include difficulty starting, reduced power, and even failing to start at all. And the unfortunate reality is that you can’t completely keep air out of the system. The sloshing diesel in your fuel tank is going to get air bubbles in it. However, you can remove the air before it gets to the engine with AirDog®.
AirDog® fuel filtration systems are one of the best tools available to ensure only clean, air and moisture-free diesel makes its way into your engines. The benefits these systems offer in terms of protecting engine parts, limiting wear on emissions components, and improving fuel economy, make AirDog® the obvious choice for diesel fuel filtration.
Diesel engines can run in extreme conditions, but one thing they do not like is air in their fuel systems. Air in the fuel system can delay or prevent the diesel fuel from reaching the injectors, making your engine difficult to start, reducing the engine’s power, or, in severe cases, causing the inability to start the engine. Air can enter your diesel engine’s fuel system in several ways, most commonly by running out of fuel, from leaks in your fuel lines, or following a fuel filter change.
When it comes to enhancing the performance of your diesel engine, few components offer as many benefits as AirDog® Fuel Systems. Not only do they improve fuel efficiency and acceleration, but they also reduce engine wear and tear and exhaust emissions. Still, the question remains: Can AirDog® Fuel Systems do all that and add horsepower? Thankfully, for heavy-duty truck owners, the answer is an unqualified “Yes.” Follow along below, and let us explain how that happens.
