Home / Literatures The visbreaking process is a cornerstone technology in modern petroleum refineries, playing a vital role in the conversion of heavy, high-viscosity oils into lighter, more marketable products. This thermal cracking technique reduces the viscosity of heavy oils, such as vacuum residues, improving their flowability and making them suitable for use as fuel oils….
Home / Literatures In the vast world of petroleum refining, one of the key challenges is processing heavy oils, which are difficult to refine due to their high viscosity and complex chemical composition. Among the various methods used to handle these types of crude oil, visbreaking stands out as a critical technology in improving their flow…
Home / Literatures The automotive industry generates significant volumes of used engine oil, a potentially hazardous waste material. Recycling this resource offers a myriad of benefits, from economic savings to environmental protection. This article explores the importance of used engine oil recycling, the methods involved, and how the automotive industry can benefit. What is Used…
Home / Literatures In the realm of lubricants, base oils form the fundamental component, determining the overall performance and longevity of a lubricant. Among the various grades of base oils, Group II base oil stands out as a popular choice due to its balance of performance and cost-effectiveness. However, to achieve the desired quality standards and meet…
Home / Literatures Used engine oil, a byproduct of internal combustion engines, poses significant environmental challenges if not disposed of properly. Its disposal in landfills can contaminate groundwater and soil, while improper burning releases harmful pollutants into the atmosphere. In recent years, there has been a growing interest in converting used engine oil to diesel…
Home / Literatures The used motor oil recycling industry is not only an important component of environmental sustainability, but also an important factor in promoting local economic development. As the demand for efficient waste management continues to grow, recycling waste oil has become an important aspect of achieving ecological and economic goals. This article explores how this…
Home / Literatures Waste oil, a byproduct of various industrial and automotive processes, poses a significant environmental threat if not properly disposed of. It can contaminate water bodies, soil, and air, leading to severe ecological damage. Fortunately, waste oil distillation technology offers an effective and sustainable solution to this problem. By transforming waste oil into valuable…
Home / Literatures Transformer oil, a crucial component of power transformers, plays a vital role in cooling and insulating electrical equipment. Over time, this oil can degrade due to various factors, including oxidation, thermal stress, and contamination. As a result, it becomes essential to recycle and reprocess the oil to maintain its dielectric properties and…
Home / Literatures Lube oil blending is a critical process in producing high-quality lubricants used in a wide range of industries, from automotive to industrial machinery. The process involves combining base oils with a cocktail of additives to produce a finished product that meets the specific needs of engines, equipment, and other machinery. However, like any…
Home / Literatures Selecting the right lubricating oil for machinery is crucial to maintaining equipment efficiency, longevity, and safety. Yet, many common misconceptions persist, causing people to make choices that reduce performance, increase wear, and even lead to serious malfunctions. This article addresses six common misconceptions about lubricating oil selection and offers guidance to avoid these pitfalls…
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