About Us:

Advance Agrotech is a renewable energy company that was established in 2012. The company is engaged in developing and commercializing second-generation biofuel technology and processes to convert waste Vegetable oils, Sunflower oils, Pam Staring, West Oil, and Jatropha oil used for making high-quality Biodiesel.

The company offers consulting services to the renewable energy and biofuel industries. The areas of expertise include gasification, Fischer-tropsch processes, catalyst development, and power & heat generation. Its consulting services include the following areas: project evaluation services, technology assessments, project development and advisory, site selection and evaluation, program management, business development, financial and market analysis, risk management, engineering & construction, and strategy and marketing. 

Advance Agrotech, Biodiesel is a company that is focused on the development and implementation of urban-based biodiesel strategies utilizing non-food crop biodiesel feedstocks, namely cooking oil. We believe that the use of sustainably-produced biodiesel in combination with demand reduction measures such as mass-transit and transportation alternatives and concert with technological advances such as diesel hybrids and light rail systems can create an India that is both energy independent and sustainable.

Advance Biodiesel also believes that all used cooking oil generated by Indian restaurants should be captured and processed into biodiesel as part of this national sustainability strategy to positively impact our environment. Our company continues to seek local companies in urban areas throughout India to work within implementing successful biodiesel usage strategies to promote a reduction of their carbon footprint and sustainable energy policy.

Advantage of biodiesel

• Renewable fuel, obtained from vegetable oils or animal fats.
• Low toxicity, in comparison with diesel fuel.
• Degrades more rapidly than diesel fuel, minimizing the environmental consequences of biofuel spills.
• Lower emissions of contaminants: carbon monoxide, particulate matter, polycyclic aromatic hydrocarbons, aldehydes.
• Lower health risk, due to reduced emissions of carcinogenic substances.
• No sulphur dioxide (SO2) emissions.
• Higher flash point (100°C minimum.
• Excellent properties as a lubricant.
• It is the only alternative fuel that can be used in a conventional diesel engine, without modifications.
• Used cooking oils and fat residues from meat processing may be used as raw materials.
• Renewable fuel, obtained from vegetable oils or animal fats.
• Low toxicity, in comparison with diesel fuel.
• Degrades more rapidly than diesel fuel, minimizing the environmental consequences of biofuel spills.
• Lower emissions of contaminants: carbon monoxide, particulate matter, polycyclic aromatic hydrocarbons, aldehydes.
• Lower health risk, due to reduced emissions of carcinogenic substances.
• No sulphur dioxide (SO2) emissions.
• Higher flash point (100°C minimum.
• Excellent properties as a lubricant.
• It is the only alternative fuel that can be used in a conventional diesel engine, without modifications.
• Used cooking oils and fat residues from meat processing may be used as raw materials.