Detailed Introduction on Bagasse Carbonization Applications and Complete Production Equipment

Sugar mill operators know well that massive bagasse waste is generated after sugar squeezing.

Piled bagasse occupies large plant space, gets moldy easily and breeds pests, causing environmental pollution.

However, bagasse is rich in cellulose and lignin, regarded as cost-effective biomass feedstock.

It can be converted into high-value biochar via carbonization to gain remarkable economic and environmental benefits.

After professional carbonization, bagasse turns into fine biochar powder with extensive market demand, mainly for two fields:

Bagasse charcoal powder is premium feedstock for machine-made charcoal, extruded charcoal and biomass pellet fuel.

The finished charcoal is smoke-free, high in calorific value, odorless and fully combustible.

It is widely used for barbecue, domestic heating, catering and industrial heating with steady market sales, becoming core profitable product for processing factories.

Bagasse biochar features abundant porous structure with outstanding air permeability and adsorption capacity.

Applied in farmland, orchards and greenhouse soil, it loosens hardened soil, retains water and nutrients, fixes carbon and absorbs harmful contaminants in soil to boost crop yields.

It is a popular eco-friendly soil amendment in modern agriculture.

Raw bagasse is bulky and fluffy, yet full automatic assembly line simplifies whole production and enables easy operation even for new operators.

The production consists of three major phases: pretreatment, carbonization and post-forming.

Original bagasse varies in length and bulk density, which hampers stable carbonization if fed directly.

A shredder crushes raw bagasse into uniform particles with consistent moisture and size, matching feeding specification of continuous carbonization furnace for even pyrolysis.

Continuous bagasse carbonizer is mainstream equipment in this industry.

It supports 24h non-stop feeding and discharging, overcoming low efficiency and high labor cost of intermittent furnaces.

Processing capacity ranges from 1 ton to 5 tons of bagasse per hour with customizable models.

Internal carbonization temperature is steadily controlled at 400–600℃, the optimal range for bagasse pyrolysis.

Uniform crushed bagasse is automatically fed into sealed furnace.

Constant-temperature carbonization lasts around 30 minutes to produce stable high-quality biochar powder.

Finished bagasse char is automatically discharged and cooled.

Cooled char powder can be sold directly, or further processed into stick charcoal or charcoal pellets by briquette machine and pellet mill to raise additional added value for diverse customer orders.