Jivoule Biofuels Pvt. Ltd. stands at the forefront of renewable energy, specializing in cutting-edge biofuels such as compressed biogas (CBG) and solid biofuel Biochar. The company’s mission is clear: replace diesel and CNG with CBG, while leveraging Biochar as a powerful soil enhancer. Driven by a team of experts, Jivoule collaborates with customers to craft and implement sustainable energy strategies, delivering innovative biofuel solutions that not only reduce emissions but also boost efficiency.
Safety is paramount at Jivoule. The company ensures that its operations pose no harm to the environment or local communities. With a flawless track record of zero accidents, Jivoule prioritizes the delivery of safe, reliable biofuels.
Harnessing its proprietary multi-feed technology and advanced fermentation process, Jivoule transforms organic and wet waste into sustainable energy, preventing waste from entering landfills. Its Public-Private Partnership (PPP) model plays a vital role in reducing dependence on crude oil and gas imports. Jivoule’s efforts extend to mitigating methane emissions—28 times more potent than carbon emissions—that are typically released from landfill fires. By producing cost-effective, eco-friendly biofuels, Jivoule is spearheading the global shift toward cleaner, more sustainable energy solutions.
In an exclusive conversation with The Interview World, Chandrasekhar Nandigama, Founder and Director of Jivoule Biofuels Pvt. Ltd., offers in-depth insights into his company’s biofuel innovations. He elaborates on the technology behind converting biowaste into biofuels, outlines the promising future of the sector, and highlights the government incentives designed to propel biofuel industry growth. Below are the key takeaways from this enlightening conversation.
Q: Could you share more details about the initiatives undertaken by Jivoule Biofuels in the development and promotion of biofuels?
A: We specialize in the biofuels sector, particularly gaseous biofuels such as CBG—compressed biogas, also known as bio CNG or biomethane. Through anaerobic digestion technology, we can convert any form of organic waste into biogas. This biogas is then enriched to produce compressed biogas, which contains up to 95% methane. The result is a fuel that is virtually identical to compressed natural gas (CNG). CBG can serve as a versatile energy source, used in transportation, industrial applications, and even for cooking.
Q: Can you explain the technology you use to convert biowaste into biofuels?
A: Our technology employs a multi-feedstock anaerobic digestion process. This means we can co-digest a variety of organic materials, including food waste, vegetable waste, biomass, manure, and some agricultural waste. Additionally, we can process other agricultural residues, such as bagasse from the sugarcane industry, as well as organic effluents from industries like ETP or paper manufacturing. By combining these feedstocks, we efficiently generate biogas.
Q: What do you envision for the future of the biofuel sector, and how do you see it evolving in the coming years?
A: The future of the biofuel sector is promising as the Indian government sets an ambitious target of producing 15 million metric tons of CBG annually. Currently, however, we are generating less than 1 million tons. This stark contrast highlights the immense growth potential within our country.
Q: What kind of incentives is the government providing to support the growth of the biofuel sector?
A: The government offers substantial financial assistance once we establish the project. This includes CAPEX support and subsidies. For every two tons of CBG produced, there is a subsidy of approximately one crore rupees. Additionally, other incentives are available in the form of GST benefits and tax reductions.
The government is also committed to purchasing biofuels, with major companies like Indian Oil, BPCL, HPCL, and GAIL ready to buy from entrepreneurs like us once plants are set up across the country. The market is clearly defined, with a strong customer base, growing demand, and a viable business model supported by accessible feedstock. The key challenge, however, lies in the capital expenditure. To capitalize on this opportunity, we must secure the initial investment to build a thriving business.
