Lehra Fuel Tech Pvt. Ltd. | Briquetting plant

The growing demand for renewable energy has encouraged industries to explore sustainable alternatives to conventional fossil fuels. Biomass fuel, produced from agricultural residues, wood waste, and other organic materials, has become an important option for cleaner and more efficient energy generation. However, converting raw wood into usable biomass fuel requires proper size reduction and material preparation. This is where a Chipper cum Grinder plays an important role. Designed to handle different types of biomass materials, this machine combines chipping and grinding operations to prepare raw materials for further processing in briquetting and pellet manufacturing plants. Understanding the Role of a Chipper cum Grinder Raw wood and biomass materials often come in different shapes and sizes, making them unsuitable for direct processing. Large wood logs, branches, wooden pieces, and other bulky materials need to be reduced into smaller and more manageable particles. A Chipper cum Gr...

Rotary dryers play an important role in industries that process biomass materials, agricultural residues, wood waste and other moisture-rich raw materials. These machines help reduce moisture content to make materials suitable for further processing, including briquetting and pellet production. However, the performance and productivity of a rotary dryer depend on several operational and technical factors. Understanding these factors helps businesses improve drying efficiency, maintain consistent output and achieve better production results. 1. Initial Moisture Content of Raw Materials The moisture level of incoming raw materials directly affects rotary dryer performance. Materials with higher moisture content require more heat and longer drying time to reach the desired moisture level. For example, biomass materials such as sawdust, wood chips, bagasse and agricultural residues may contain significant amounts of moisture. Selecting a suitable drying system based on the initial moisture...