Productivity Improvement in Srew Type Biomass Briquetting

Despite the possibility of using biomass as renewable energy, this approach is in its very early stages and is subject to restrictions. There are many factors that will cause those parts to fail. The main ingredients are seasonality of ingredients, lack of logistics, lack of proven manufacturing system, lack of skilled workers, and many technical factors. Considering the technical factors of the spiral compact biomass, the average life expectancy of the screw and die is the largest proportion of the manufacturing process, so the possibility of improving total productivity is the greatest.

Briquettes projects are heavily dependent on biomass materials, including agricultural forestry waste and biomass waste. Briquetting equipment is ready to match what is being offered. Item standards are important and may have a significant impact on item performance. Crops such as wheat, sugarcane, mustard, corn, etc. are the main crops of human staple food to produce the highest quality final products such as briquettes and biodiesel. This is usually a major disadvantage and it may generate a lot of flaws if it is not properly managed.

Biomass compacts are an economic alternative to coal and other solid combustible fuels produced by converting low bulk density biomass to high density solid fuels (Werther et al., 2000). Biomass briquetting equipment consists of various kinds of machines to support various raw materials (Kri Å 3/4 et al., 2009). Biomass briquettes are energy sources that are renewable, environmentally friendly, pollution-free and economical, unconventional (Wilaipon 2007). In addition, processes and products are 100% natural as it is said that the process of converting biomass to solid fuel is pollution-free. Compact is an ideal biofuel for the following reasons.