Open AccessDryer design parameters and parts specifications for an industrial scale bagasse drying system
Author(s) -
Greg Wheatley,
Rong Situ,
Jarrod Dwyer,
Alexander Larsen,
Robiul Islam Rubel
Publication year - 2021
Publication title -
acta agronómica/acta agronómica
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.216
H-Index - 8
eISSN - 2323-0118
pISSN - 0120-2812
DOI - 10.15446/acag.v69n4.89795
Subject(s) - bagasse , cogeneration , waste management , boiler (water heating) , moisture , water content , pulp and paper industry , environmental science , sugar , engineering , electricity generation , materials science , chemistry , power (physics) , composite material , biochemistry , physics , geotechnical engineering , quantum mechanics
The sugar industry is an ideal sector for electricity cogeneration due to a large amount of burnable bagasse produce as a by-product. Bagasse produced in the sugar industry always consists of moisture affecting the efficiency of a boiler in the cogeneration plant. In our case study, a cogeneration plant run by bagasse burning found with bagasse moisture problem and suffocating with low power generation for the last few years. The boiler efficiency per tonne of bagasse is currently lower than optimal due to the substantial percentage of water present in the bagasse. A bagasse dryer design for this industry can improve the efficiency of a boiler as well as the cogeneration plant. In this paper, a pneumatic bagasse drying system is proposed to reduce the moisture content of bagasse from 48% to 30%. This work provides a full analysis of bagasse dryer design parameters, including specifications for dryer system components, such as feeders, fan, drying tube, and cyclone. The total bagasse drying system proposed is expected to be fitted within a 6 × 6 × 25 m space to dry 60 tph of bagasse, reducing the moisture content from 48% to 30%, in full compliance with all relevant Australian and company standards.