Home / Literatures Crude oil refining is an intricate process involving various techniques to convert heavy hydrocarbons into valuable, lighter products like gasoline, diesel, jet fuel, and petrochemical feedstocks. Two key technologies employed in this refining process are hydrocracking and catalytic reforming. Both technologies play critical roles, though they differ significantly in their mechanisms, products, and…
Home / Literatures Waste oil comes from a variety of sources, including industrial production, automobile maintenance, food processing and other fields. Waste oil from different sources varies in composition and degree of contamination. In order to ensure that waste oil can be effectively recycled and reused, it is very important to properly classify and pre-treat…
Home / Literatures Petroleum refining is a critical aspect of the global energy sector, transforming crude oil into valuable products that fuel our vehicles, power our homes, and provide the raw materials for countless chemical products. At the heart of this process lies petroleum engineering chemistry, a field that combines chemical engineering principles with chemistry to…
Home / Literatures The petroleum refining process is essential for transforming crude oil into usable fuels and products that power industries, transportation, and everyday life. However, refining crude oil produces more than just gasoline and diesel; it generates various byproducts that play significant roles in both the energy and chemical industries. These byproducts range from gases…
Home / Literatures Advanced recycling and conversion technologies can transform waste oil into diesel and base oil. This technique not only helps reduce our dependence on fossil fuels but also promotes a circular economy by recycling waste materials and minimizing pollution. However, converting waste oil into diesel and base oil involves two fundamentally different processes…
Home / Literatures Waste oil re-refining is a key environmental and industrial process that converts used oils into valuable products. In the chemical industry, this technology is critical for recycling waste oil, reducing environmental harm, and supporting the circular economy. This article will explore the different types of waste oils used in re-refining, their applications in…
Home / Literatures The question of “how do you recycle motor oil?” has become increasingly relevant in today’s environmentally conscious society. Used motor oil recycling is not just a matter of disposing of a hazardous waste product but an essential practice for environmental protection and resource conservation. This article delves into the importance of used motor oil…
Home / Literatures Base oils, the essential building blocks for lubricants, have to meet high standards in terms of purity, viscosity, and performance. As the demand for superior base oils increases, producers are constantly improving refining methods. Solvent extraction is a well-established technique for producing high-quality base oils. However, to meet today’s stringent requirements, combining…
Home / Literatures Waste oil distillation technology is an important technology in the chemical industry, mainly used for the recovery and reuse of waste oil. By distilling waste oil, the useful components in the waste oil can be separated from the harmful components, and then recycled, reducing environmental pollution and saving resources. This article will explore…
Home / Literatures In the vast expanse of the energy sector, diesel and petrol stand out as the most recognizable and widely used products derived from crude oil. Their ubiquity in our daily lives, powering everything from vehicles to generators, underscores the importance of understanding the processes by which they are produced. This article aims…
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