biofuel vs diesel which is better ?

1. Magellanium Technologies Pvt Ltd BIODIESEL VS DIESEL? A BRIEF ANALYSIS Contact Number: 6289715123 Address: 299 barakhola mukundapur kolkata Email: support@magellanium.com Website: magellanium.com

2. fossil fuels were the keys to the first three industrial revolutions. However, their overuse has resulted in magnified environmental problems. In fact, researchers suggest that the heavy reliance on fossil fuels will most likely end by 2060. What will you do then? Will our world stop running? With exceptional renewable sources of energy to combat this issue. We are heading towards a net-zero emission stage to tackle pollution. For this purpose, biofuels are brilliant alternatives to replace fossil fuels like diesel. A Brief Market Comparison 1- Market Size and Growth The biodiesel market in India is set to soar from US$ 417.9 million in 2023 to over US$ 865.4 million by 2032, with a projected CAGR of 8.2% between 2024 and 2032. Despite being the world's top diesel importer due to rising consumption, India only fulfills 17.9% of its diesel needs annually, leading to high fuel costs. To combat this, India could slash 40% of its fuel import demand by 2032 through strategic procurement of used cooking oil, non-edible vegetable oils, and animal tallow, considering its status as the largest global consumer of vegetable oil. 2-Demand Drivers The Indian government has implemented several policies to promote biodiesel. The National Policy on Biofuels aims to increase the use of biodiesel to 20% of the total diesel consumption by 2025. The government o?ers subsidies, tax benefits, and grants for biodiesel production and blending. 3- Feedstock Advantage Biodiesel, made from sources such as cooking oil and animal fats, is a popular alternative to fossil fuels. It undergoes transesterification to convert triglycerides into FAME. These feedstocks are collected, purified, and chemically transformed into FAME, which is then refined and blended with conventional fossil fuels for use. Proper procurement of these feedstocks also eliminates waste disposal issues. They will not end up in landfills or water sources and pollute our environment. On the other hand, diesel production significantly pollutes the environment. Its sources are depleting at an alarming rate. 4- Technological Advancements Innovations in biodiesel production technology are expected to lower costs and increase e?ciency. Even small investors can establish a biodiesel production plant with limited resources. It can produce this biofuel as per the standards set by BIS, ASTM, EN, etc. Reduced Emissions

3. Biodiesel burns cleaner than diesel. It releases lower levels of carbon monoxide, particulate matter, and unburned hydrocarbons. The U.S. Department of Energy states that biodiesel can cut greenhouse gas emissions by up to 86%. This makes it a strong ally in fighting climate change. Biodegradability Biodiesel is non-toxic and biodegradable. If it spills, it breaks down quickly without harming the environment. Diesel, on the other hand, can cause long-lasting damage to ecosystems. This makes biodiesel a safer choice for the planet. 5- Health Benefits Improved air quality Lower emissions from biodiesel lead to cleaner air. This reduces health problems caused by pollution, like asthma and heart disease. Cleaner air means fewer medical issues and healthier communities. Using biodiesel can directly improve public health by cutting down on harmful pollutants. 6- Economic Benefits Energy independence Biodiesel can be made domestically from various sources. It can reduce reliance on imported diesel. This enhances national energy security to a considerable extent. Countries producing their fuel can better control their energy supply and prices. It also makes them less vulnerable to global oil market fluctuations. Job creation and local economic support The biodiesel industry, through agriculture, manufacturing, and distribution, creates jobs by cultivating non-edible crops, converting them to fuel, and delivering them to consumers, thus supporting local economies. 7-Engine Performance Lubricity Biodiesel o?ers superior lubrication compared to diesel, reducing engine wear and extending part life, thus lowering maintenance costs and saving users money on repairs and replacements in the long term. Compatibility Biodiesel blends, like B20, can be easily used in conventional diesel engines without major modifications, making the transition hassle-free for consumers who can carry on without requiring new engines or significant alterations to existing ones.

4. 8- Renewable and Sustainable Renewable source Biodiesel, sourced from renewable resources like used cooking oil and inedible vegetable oils, supports sustainable practices by replenishing annually through farming and recycling, in contrast to finite and depleting fossil fuel-derived diesel. Almost carbon neutral Biodiesel, almost carbon neutral, o?sets its carbon dioxide emissions from burning by selecting the feedstock. In contrast, diesel emits new CO2, worsening global warming. It benefits the environment, health, local economies, and engine performance, o?ering a renewable, sustainable fuel alternative. Conclusion The biodiesel is more eco-friendly than diesel, reducing fossil fuel dependence and leading to a cleaner future. A clear plan for feedstocks and support can transition us to a greener tomorrow.