Burning by products of fossil fuels such as diesel and petrol gives off unburnt carbon particles.
This in turn rises up in the atmosphere are react with other atmospheric gases.
Sometimes this reaction produces harmful radicals which contributes to global warming.
This can be minimized by installing better quality filters in cars and industrial plants.
Petrol or gasoline in a diesel will cause internal engine damage. if petrol is used in diesel engine it may cause explosive sound with burning ....bcz high compression ratio ......
we should use petrol and diesel with care because it can cause fire and many can get injured.
Yes, putting petrol/gasoline in a diesel engine and running it will cause severe damage to the engine.
Absolutely not! Petrol (gasoline) can cause catastrophic damage to a diesel automobile engine, even in very small quantities.
No, diesel does not mix with petrol. Diesel is a heavier fuel with a different chemical composition than petrol (gasoline), which can lead to engine damage if mixed. Using diesel in a petrol engine can cause serious performance issues and potential engine failure. It's important to use the correct fuel type for your vehicle.
A Petrol engine use petrol that it ignites to cause an explosion in the cylinders, where the diesel engine works by compressing the mix of diesel and air, expose this to heat to make it explode but over a longer time. So a diesel engine has no spark plugs. The diesel needs pressure and heat, while petrol is explosive, will explode. So the two cannot be used together.
I would recommend not running the engine until the fuel is drained. Any amount of petrol/gasoline in a diesel can cause engine or fuel system damage.
becoz of the inflammatry contents in fuel both in diesel and petrol..
The 2012 Mitsubishi Triton GLXR is designed to run on diesel fuel, and using petrol in a diesel engine can cause significant damage. If petrol is accidentally introduced, it should not be driven, and the vehicle should be towed to a mechanic for immediate service to avoid engine damage. Generally, diesel engines are not compatible with petrol, and attempting to run on it could lead to costly repairs.
It depends on the type of car engine. Petrol (gasoline) is suitable for gasoline engines, while diesel engines require diesel fuel. Using petrol in a diesel engine can cause significant damage, whereas using diesel in a petrol engine may also lead to poor performance or engine failure. Always check your vehicle's specifications to ensure you're using the correct fuel type.
Using petrol in a diesel engine can cause severe mechanical damage and expensive repairs, making it extremely unsafe and inefficient. Diesel engines are specifically designed to operate with diesel fuel, which has very different chemical and combustion properties compared to petrol. Diesel fuel is thicker, more lubricating, and ignites through compression rather than a spark. Petrol, on the other hand, is lighter, less lubricating, and ignites at a much lower temperature. When petrol is introduced into a diesel engine, it disrupts the precise combustion process. Petrol reduces the lubrication inside the fuel system, leading to increased friction and potential damage to components such as the fuel pump and injectors. Additionally, because petrol ignites too quickly under compression, it can cause pre-ignition or “knocking,” resulting in violent combustion that can damage pistons, valves, and cylinder heads. Even small amounts of petrol contamination can compromise engine performance, reduce fuel efficiency, and increase emissions. In severe cases, it can cause complete engine failure. For this reason, it’s critical to always ensure the correct fuel is used. PETRO Industrial (petroinddotcom) strongly advises checking fuel labels carefully and implementing proper refueling procedures to protect your diesel engine and maintain peak performance.
Diesel fuel and petrol/gasoline are similar; both of them are mainly mixtures of hydrocarbons. However, Diesel is considerably less volatile because it the compounds in it are of higher molecular weight; they have a higher boiling point ... and also a higher freezing point.