How boost leaks affect the fuel efficiency of a car is a significant and controversial subject. It was discovered long ago that the fuel efficiency of modern vehicles is suffering because of several factors. Some are lousy design, less fuel-efficient engines, increased speed limits, greater use of turbochargers and air compressors, increased use of illegal gas peels, etc. But the real problem lies in the emissions.
Modern cars use diesel for power, but this is not always the best fuel choice because it contains very high levels of carbon monoxide. Diesel is also highly flammable. If there is any leak in the fuel line of a diesel engine, the resulting consequences can be catastrophic. The leakage causes toxic gases that are very harmful to people’s health and damage the environment to the extent possible. These leaks also contribute to air pollution. This is one of the reasons why many countries have now banned the use of diesel in their countries.
Boost is one of the ways by which cars increase fuel efficiency. By increasing the pressure in the combustion chamber, the fuel is ignited with more efficiency. However, all this increase in pressure comes at a cost. As the fuel ignites at a much higher temperature, the efficiency of the energy burns out at a much higher rate as well.
The problem with Boost leaks is that they prevent the fuel from being burned thoroughly. Since the power has to travel a long distance to reach the combustion chamber, the amount of energy needed to achieve the maximum temperature required for combustion is much more. When fuel reaches its limit, the engine stops functioning. This means that you will not be able to drive your car. Even a tiny leak can lead to this problem.