You Won’t Believe What They Made From Leaves!

Fuel pellets are small, compressed pieces of fuel made from materials such as plant waste. They are useful because loose leaves and garden waste can be difficult to handle, while pellets provide a more concentrated form of fuel. The article describes this waste-to-fuel idea at IIT Bombay.

In the reported system, nearly 2 tonnes of garden waste are generated daily and converted into fuel pellets with support from IIT Bombay-funded startup Infixen. A typical pellet-making process dries and compresses plant material so it can burn as fuel. The article does not provide the exact machinery or steps used by Infixen.

These pellets help power the kitchen at Hostel 16. Their use has reduced the kitchen’s LPG consumption by 60% while meals are prepared for more than 1,200 students. This shows how discarded leaves can become a practical energy resource instead of waste transported away.

IIT Bombay is converting nearly 2 tonnes of garden waste every day into fuel pellets. This is a substantial daily stream of discarded leaves and other garden material being redirected into useful energy. The approach matters because the waste is no longer treated only as something to remove.

The resulting pellets help power the kitchen at Hostel 16. That kitchen prepares meals for more than 1,200 students. In this way, a daily waste-management activity supports a large student community through the production of cooking fuel.

The figures show both the scale of the input and the people benefiting from it. Nearly 2 tonnes of waste become pellets each day, while meals for over 1,200 students are prepared using the fuel. The article also reports a 60% reduction in LPG consumption, linking the waste conversion directly to energy savings.

Using fuel pellets made from garden waste has reduced LPG consumption in IIT Bombay’s Hostel 16 kitchen by 60%. This is the clearest reported energy effect of the project. It means the kitchen now depends much less on LPG while continuing to prepare meals for students.

The pellets come from nearly 2 tonnes of garden waste generated each day. With support from IIT Bombay-funded startup Infixen, this material is converted into a fuel that helps power the kitchen. The article presents the pellets as a direct substitute that lowers the amount of LPG needed for cooking.

The reduction matters because the kitchen serves more than 1,200 students. The project therefore connects waste management with everyday food preparation at a large residential facility. Instead of sending garden waste away, IIT Bombay uses it as an energy resource and cuts LPG use by 60%.

IIT Bombay previously spent nearly ₹50 lakh every year to transport its garden waste away. The cost arose because the institute generated a large amount of garden material that had to be removed. The article does not give a more detailed breakdown of the transport expense or identify where the waste went.

The reported volume is nearly 2 tonnes of garden waste every day. This includes discarded leaves and other garden waste. With support from IIT Bombay-funded startup Infixen, the material is now converted into fuel pellets instead of being transported away as a disposal burden.

This changes the value of the waste. It becomes fuel for the Hostel 16 kitchen, which prepares meals for more than 1,200 students. The conversion also reduces LPG consumption by 60%. Thus, the institute addresses a former annual transport cost while creating a useful energy resource from the same garden waste.

IIT Bombay provides the setting, garden waste, and kitchen where the system operates. Nearly 2 tonnes of garden waste are generated there each day. Instead of treating all of it as material to transport away, the institute is using it as a source of cooking fuel.

Infixen is the IIT Bombay-funded startup supporting the conversion. The startup helps turn discarded leaves and other garden waste into fuel pellets. Those pellets are then used to help power the Hostel 16 kitchen. The article does not describe Infixen’s specific equipment or processing method.

The partnership produces measurable results. The pellets help prepare meals for more than 1,200 students and reduce LPG consumption by 60%. It also changes the institute’s waste economics: garden waste that once cost nearly ₹50 lakh annually to transport away becomes an energy resource. Together, IIT Bombay and Infixen connect waste handling with daily cooking needs.

Institutions can handle garden waste in several ways. They might compost it, use it as mulch, send it through a municipal collection system, or transport it away for disposal. These options can manage waste, but their suitability depends on available space, equipment, and local services. The article specifically reports transport as IIT Bombay’s earlier approach.

Converting the material into fuel offers another path. Plant waste can be processed into pellets, which are easier to use as a consistent fuel than loose leaves. At IIT Bombay, nearly 2 tonnes of garden waste generated each day are converted with support from Infixen. The article does not compare this method with every alternative.

The reported benefits explain its usefulness. The pellets help power Hostel 16’s kitchen and reduce LPG consumption by 60%. They also give value to waste that previously cost nearly ₹50 lakh annually to transport away. This combines waste reduction, fuel production, and support for meals served to over 1,200 students.

Biomass energy is energy obtained from organic material, including plants and plant waste. Fallen leaves and other garden waste are examples of biomass. When this material is processed into fuel pellets, it can be handled and burned as a fuel source. This gives discarded plant matter a practical energy use.

During combustion, the organic material reacts with oxygen and releases heat. A kitchen can use that heat to warm cookware and prepare food. In IIT Bombay’s case, nearly 2 tonnes of garden waste generated daily are converted into pellets with support from Infixen. The article does not describe the exact burner or combustion system.

The result is a reported 60% reduction in LPG consumption at the Hostel 16 kitchen. The pellets help prepare meals for more than 1,200 students. This illustrates how biomass energy can connect garden-waste management with cooking, while reducing the need for another fuel.