The main function of fuel resistance is to improve the flammability of the diesel engine, reduce the combustion temperature, neutralize the ash (such as smoke, carbon precipitation, etc.), prevent the explosion of water content in the diesel and cause fire, reduce the high-temperature smoke generated during the operation of the mechanical engine, make the operation quality of the diesel engine better, and improve the mechanical reliability of the engine.

Fuel resistance plays a very important role in power plants, which are mainly divided into the following aspects:

First of all, anti-fuel can reduce the pollutant emissions of mechanical engines, which is the most important power factor for burning diesel, which can effectively help reduce engine exhaust emissions and pollutants, reduce surface water and air pollution, ensure environmental sanitation, and contribute to social development.

Secondly, fuel resistance can also effectively extend the service life of the engine. Anti-fuel has anti-corrosion and anti-corrosion effects, which can protect the engine working parts from dust, gas and other foreign substances, and anti-fuel can protect the engine and fuel in the presence of low oxygen conditions in the engine, effectively protect the engine from the above-mentioned gas erosion, and can greatly extend the service life of the engine.

Thirdly, anti-fuel can also improve the working performance of the engine, anti-fuel can inhibit the combustion thrust generated by convection overheating and vortex temperature increase in the combustion process, can improve the comprehensive performance of the engine, improve the stability of the engine, so that the overall performance of the engine can reach the best state.

Finally, fuel resistance reduces maintenance and usage costs. Timely treatment of combustion overheating can effectively extend the service life of the engine and other components, reduce maintenance costs, reduce the cost of purchasing a new power plant, save a lot of maintenance costs, and bring more economic benefits to the power plant.

In summary, anti-fuel oil plays a very important role in power plants, which can reduce pollutant emissions, reduce the operating costs of power plants, and prolong the service life of the engine, improve the performance of the engine, and reduce the maintenance and use costs to a large extent, so as to effectively improve the production efficiency and economic benefits of the power plant.

Fuel resistance is a material with special flame resistance, and its existence can help power plants to extinguish fires, control the leakage of harmful substances, and avoid environmental pollution and property damage caused by combustion accidents.

First, the use of anti-fuel

1. Anti-fuel oil is used in fuel pipeline systems such as combustible gas, lubricating oil, diesel and other fuel pipelines in power plants, and its function is to form a barrier layer, which can prevent the spread of active substances in the pipeline system and protect the pipeline system from fuel pollution.

2. Anti-fuel oil is used in power plants in the circuit system of burner and steam chamber, the purpose of which is to strengthen the fire protection of equipment, prevent the mixing of gunpowder and fuel, and achieve the purpose of preventing fire.

3. Anti-fuel oil is used in the hot water tank of the power plant, and its function is to prevent the pipeline from breaking when the temperature difference is too large, which can effectively maintain the temperature of the hot water system at a constant temperature and ensure the safe operation of the power plant.

4. Anti-fuel oil is used in the actuator system of the primary station of the power plant, and its function is to transfer the fuel from the primary station to the bypass or return equipment, collector, switch, buffer cabinet and deheater, so as to effectively prevent the rupture of the fuel pipeline.

Second, the characteristics of fuel resistance

1. High temperature resistance: The conditions in the power plant environment are complex, and it is easy to produce high temperatures, and the change of temperature will have different effects on the system, so the fuel resistance must have extremely high temperature resistance.

2. Chemical resistance: There are usually a lot of gases in the fuel pipelines of power plants, and these gases may have potential chemical resistance. Fuel resistance must be very chemically resistant in order to ensure the operational capability of the system.

3. Wear resistance: The fuel in the pipeline system used in the power plant is lubricated, and the pipeline system is often worn out, so the anti-fuel must have sufficient wear resistance to ensure the normal operation of the system.

3. Anti-fuel safety

1. Non-toxic to the human body: If the anti-fuel oil splashes on the surface of the human body, due to the non-toxicity of the anti-fuel itself, there is no immediate toxic reaction when splashed on the human body, and it will not cause harm and will not have a negative impact on the human body's resistance.

2. Harmless to the environment: Since the anti-fuel itself has no obvious toxicity, if it leaks, it will not have a great impact on the environment, and as long as it is properly sealed, the possibility of anti-fuel leakage is almost extremely low.

3. Good sealing: the anti-fuel has a good sealing function in use, which can effectively prevent the fuel from leaking out of the weld, and is not prone to fire accidents, ensuring the safety and reliability of the system.

It can be seen that the use of anti-fuel oil in power plants is extremely important, it can play a good role in preventing fire accidents, and can effectively protect the safety of the system and protect the environment from damage. It should be said that fuel resistance is an important part of the safety production of power plants.