Biodiesel: A smart solution to reduce fuel costs and increase diesel engines life\r\n\r\n\r\n\r\nIn today's world where fossil fuel costs are constantly increasing and environmental laws are becoming more strict, the need for a smart, economic and high -performance alternative is felt more than ever. Biodiesel , as an advanced biological fuel, is a decisive response to these needs. Produced from renewable sources such as vegetable and recycled oils, the fuel not only significantly reduces your operating costs, but also acts as a powerful protector for your diesel engine with its unique chemical features.\r\n\r\n\r\n\r\n What is biodiesel and how does it work?\r\n\r\nTo fully understand the benefits of biodiesel, we must first take a deep look at the chemical structure and its production process.\r\n\r\n Chemical Structure and Production Process (Transstructive): \r\n Biodiesel is different from raw vegetable oil. Crude oil cannot be used directly in modern diesel engines due to high viscosity. Biodiesel is produced in a chemical process called Transterification . In this process:\r\n 1. Raw materials: Vegetable oils (such as canola, soybeans) or animal fats and recycling oils are used as primary feed.\r\n 2. Chemical reaction: These oils, which are chemically triglycerides, react with an alcohol (usually methanol) and in the presence of a catalyst.\r\n 3. The final product: This reaction converts large and heavy triglyceride molecules into smaller and lighter molecules called methyl ester , which is biodiesel . The by -product of this process is glycerin, which is used in other industries.\r\n\r\n This chemical process produces a fuel with very close to fossil diesel (diesel) but with unique benefits.\r\n\r\n Key Features Technical: \r\n High Cetane Number: The number is the quality of the diesel fuel combustion quality. Biodiesel typically has a higher number of fossil diesel. This means less delay between fuel spraying and combustion, resulting in more complete combustion, softer engine operation, Knock reduction, and easier engine to turn on cold air .\r\n Inherent and superior lubricity: Molecular structure of biodiesel (esters) has much higher psychoanalysis than hydrocarbons in diesel fossil. This is a huge technical advantage, as it causes the natural lubrication of the injector pump and injector needles and strictly prevents the wear of these expensive parts.\r\n Oxygen content: Biodiesel in its molecular structure has about 11 % oxygen. This oxygen helps more combustion of fuel and leads to a significant reduction in pollutants such as soot (suspended particles), carbon monoxide (CO) and unbroken hydrocarbons *.\r\n\r\n\r\n\r\n why b
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