Diesel with 1000 ppm or 2000 ppm means having 1000 or 2000 particles out of every million particles (ppm: parts per million) of pollutants in diesel. This amount of pollutants refers to the number of particles of harmful substances and chemical pollutants per volume unit of diesel. ppm is used to measure the concentration of substances in a substance. Gasoline with a level of 1000-2000 ppm is usually known as a low-quality gasoline due to the average amount of pollutants and polluting particles in the fuel and the need for quality improvement and pollution reduction. 1000 ppm and 2000 ppm diesel: more pollutants: – Compared to 10 ppm diesel, 1000 or 2000 ppm diesel has more pollutants. Greater impact on the environment: – Using diesel with higher pollutant levels may have more negative impacts on the environment. Requirement of regional standards: – The consumption of diesel with the amount of 1000 ppm or 2000 ppm may be limited or prohibited in areas that have specific emission standards. Special industrial uses: – In some cases, diesel with 1000 ppm or 2000 ppm is used for special industrial uses that require the use of fuel with more pollutants. Note: Using diesel with higher pollutant levels may require more advanced technologies and equipment to control pollutants and maintain air quality.
Application:
Diesel fuel with a level of 1000-2000 ppm, which is known as “low-quality diesel fuel”, is mainly considered as a low-quality and moderately polluting diesel fuel due to its high level of pollutants and polluting particles. For this reason, the applications of this type of diesel are usually limited to specific areas and specific uses. Below are a number of possible applications for diesel with a level of 1000-2000 ppm: Industrial use in less sensitive areas of pollution: Diesel with a level of 1000-2000 ppm may be used in industries and industrial machinery that are directly sensitive to the environment. are not used to meet fuel needs. This consumption may be more prevalent in areas with weaker regulations on pollutants and environmental impacts. Consumption in generators and temporary power generation: sometimes diesel with a level of 1000-2000 ppm may be used to provide energy in generators and temporary power generation units, especially in areas that need energy due to emergency situations. Consumption in cars and agricultural tractors: In some agricultural areas and there is a need for low-priced fuel, diesel with a level of 1000-2000 ppm may be used in tractors and agricultural machinery. Consumption in countries with weak regulations: In some countries or regions with less stringent environmental regulations, diesel with a level of 1000-2000 ppm may be considered a reasonable option for consumption in personal or industrial vehicles. However, it is important to note that regulations and requirements for fuels vary around the world and the usual recommendation is to use quality fuels with lower levels of pollutants to protect the environment and public health.
Production process:
The process of producing 1000 ppm or 2000 ppm diesel may include the following steps:
1. Distillation of oil: – In this step, crude oil is drawn from underground to the surface and heated to a special temperature in oil distillation units until its various components. be separated Diesel is separated in a certain distillation range.
2. Refinement of diesel: – The diesel obtained from the distillation stage may contain pollutants. At this stage, various purification technologies are used to remove pollutants from diesel and reduce the amount of pollutants to the desired level.
3. Further refining: – To reduce the amount of pollutants by 1000 ppm or 2000 ppm, further refining steps are applied. This may involve the use of more advanced technologies and advanced refining units.
4. Use of new technologies: – Some advanced technologies such as catalysts and various chemical processes may be used in the process of producing diesel with less polluting amount.
5. Compliance with standards: – Compliance with environmental standards and fuel quality is very important at every stage of the production process. The more precise the refining and production steps, the lower the amount of pollutants. Note: Each refinery may use different processes and technologies to produce diesel with certain characteristics, and these may change depending on local conditions and market needs.