How to Convert Waste Oil into Fuel Oil with Waste Oil Recycling Equipment
Waste oil, also known as used oil, can be harmful to the environment if not disposed of properly. However, it can also be converted into a useful product - fuel oil. This process can be achieved through the use of waste oil recovery equipment.
The first step in converting waste oil into fuel oil is to filter out any contaminants such as dirt, water, and metal particles. This is typically done with a centrifuge, which spins the oil and separates the contaminants from the oil.
Once the oil has been filtered, it is then heated to a high temperature in order to remove any remaining water and impurities. This process, known as distillation, separates the oil into different fractions based on their boiling points.
The most desirable fraction is the one with a boiling point between 300 and 400 degrees Celsius, which is the ideal temperature for burning in furnaces or boilers. This fraction is then cooled, and any remaining impurities are removed through a process called refining.
The operation process of ODF system waste oil refining equipment is as follows:
①The waste engine oil is pumped into the preheating furnace and refining furnace through the oil pump;
② Use a burner to heat the refining furnace. The flue gas generated during the heating process reaches the preheating tank through the flue gas pipe, and the heat of the flue gas is used to heat the preheating tank;
③When the temperature in the refining furnace reaches 180 degrees, the oil gas generated enters the catalytic tower, and then enters the coil condenser for condensation; after condensation, it enters the oil tank, which is now light oil;
④When the temperature in the refining furnace reaches 200 degrees, close the valve of the first oil tank, so that the oil gas enters the second oil tank after passing through the coil condenser. The liquid is then pumped into the filter tank through the oil pump for filtration to obtain the refined oil storage Get up, and what you get now is diesel;
⑤ Part of the non-condensable gas passing through the coil condenser passes through a safety water seal, and then is heated and used in the refining furnace;
⑥The flue gas generated during the heating and combustion process is purified through the spray dust removal system to meet emission standards;
⑦The liquid in the preheating tank is preheated by the flue gas and then passes through a condenser to remove the moisture in the oil;
⑧After the oil in the preheating tank reaches a certain temperature after preheating, it is pumped into the refining furnace by the oil pump; just ensure that there is always oil in the preheating tank;
⑨The carbon blocks left behind by rectification are discharged from the rear slag discharge port;
The final product is a high-quality fuel oil that can be used to power boilers, generators, and other types of machinery. It is important to note that the quality of the fuel oil will depend on the quality of the waste oil that was used as the starting material.
In addition to being an eco-friendly way to dispose of waste oil, the conversion of waste oil into fuel oil can also be a cost-effective solution for businesses that generate large amounts of waste oil, such as automobile repair shops or factories. By converting waste oil into fuel oil, these businesses can save money on disposal costs and also potentially earn revenue by selling the fuel oil.
Overall, the conversion of waste oil into fuel oil is a valuable process that can be achieved with the use of waste oil recovery equipment. By properly filtering and distilling waste oil, businesses can not only reduce their environmental impact but also save money and potentially earn revenue from the resulting fuel oil.
