Sugar cane bagasse is primarily used as a source of biomass energy in sugar mills, where it is burned to produce heat and electricity, not only for the mills themselves but also for surrounding communities. This biomass combustion process helps sugar mills become energy self-sufficient and reduces their reliance on fossil fuels. The ash produced from burning bagasse, rich in silica, can be used as a fertilizer or as a raw material in the cement and ceramics industries, adding another layer of utility.
eyond direct combustion, bagasse can be processed into pellets and briquettes, which are more efficient, cleaner, and easier to transport and store. These biofuels are produced by compressing bagasse at high pressure to form small, solid blocks that can be used in heating systems and industrial boilers. The densification of bagasse not only enhances its energy content per unit volume but also reduces emission levels compared to raw bagasse, contributing to more sustainable energy practices.
One of the most promising applications of sugar cane bagasse is its conversion into bioethanol. A renewable and cleaner-burning fuel alternative to gasoline. The process involves breaking down the cellulose in bagasse into sugars, which are then fermented and distilled to produce ethanol. This second-generation (2G) ethanol technology is particularly appealing. Because it does not compete with food sources, unlike traditional bioethanol production from crops like corn or sugar cane juice.
Post time: May-13-2025