Many sugar mills find themselves with mountains of this fibrous material, which at one time were simply taken out and burned in the fields surrounding the sugar mill, polluting the environment and creating expense for the company. However, as natural resources become more and more scarce, and global attention has been increasingly turned to the problem of conserving environmental resources, bagasse has come into its own most predominantly as an alternative fuel source, and as an environmentally friendly substitute for paper and plastics.

Bagasse As Energy

Even prior to the plethora of applications which bagasse is used in today, some sugar mills used bagasse as a fuel, burning it to provide energy for their factories. In some cases, so much energy was produced from burning bagasse that the sugar mill was able to make some profit by selling the excess energy on the national consumer grid.

Nowadays bagasse is also being turned into a charcoal fuel source. Bagasse charcoal is cheaper than authentic charcoal, and is better for the environment as it does not rely on chopping down trees. Bagasse charcoal also burns very cleanly with little pollution, and can be stored for quite some time without degrading in quality.

Bagasse charcoal is made by first drying the bagasse until it is tinder dry, and then putting it into a kiln where it is heated in a low oxygen environment at very high temperatures. The bagasse does not burn whilst inside the kiln, but water and other undesirable contaminants are driven off during the heating process, and the remaining fiber turns to charcoal in the extreme heat. When the heating process is complete, bagasse charcoal is the only remnant of the bagasse that entered the kiln. This charcoal is then formed into briquettes and sold to consumers as a cost effective heat energy source.

That’s not where bagasse’s potential as an alternative fuel ends either, not only can raw bagasse be burned to create heat energy and electricity, or heated in a kiln to create clean burning charcoal, but bagasse can also be used as a coal substitute in high bagasse production areas. When mixed with waste oil, bagasse becomes quite an efficient source of energy, and many companies are now exploring ways to optimize energy returns using bagasse as part of alternative fuel stocks.

Bagasse At My Table

As a paper source, bagasse is an environmentally sound substitute for trees. It does not require bleaching, is highly recyclable, and is also highly biodegradable. Bagasse can be recycled as tableware, disposable products that are replacing the traditional Styrofoam plates and cups due to the fact that Styrofoam is now widely regarded as being an unacceptable material due to its low biodegradability and negative environmental impact. Bagasse tableware looks quite a bit like traditional disposable Styrofoam and plastic tableware, but has some distinct advantages above and beyond its environmentally friendly status.

Bagasse table ware can stand temperatures up to 190 degrees Fahrenheit, is microwave and freezer safe, and is entirely hygienic having been sterilized and sanitized, and exposed to very high temperatures during the molding process. It also biodegrades within 30 to 90 days, making it one of the most environmentally friendly materials for the production of disposable tableware.

Other Uses Of Bagasse

Because bagasse is a relatively nutritious biomass, it has also been used as a medium in which to grow mushrooms. Bagasse is washed and in some cases supplemented with nutrients before mushroom spores are introduced. It is estimated by some sources that using bagasse as a medium for the growing of mushrooms could almost double the world’s mushroom supply.

New uses for bagasse are being discovered all the time, and bagasse is fast becoming a sought after material in its own right instead of being regarded as a useless waste product of the sugar refining process.

 Bagasse for Sale

If you require large amount of Sugar Cane Bagasse, please contact me and let me know your detailed requirements. I will get back to you with a price quotation shortly

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Standard Container

The standard shipping container is a closed container which may have doors at one side, at one end, or at both ends in various combinations. Standard containers come in two main sizes, 20′ and 40′. The maximum height for a standard container is 8′6”. 20′ standard containers have an internal volume of 33.9 cubic meters, and a maximum load of 21,920 kilograms, whereas 40′ standard containers have an internal volume of 67.7 cubic meters and a maximum load of 26,580 kilograms.

High Cube Container

High cube containers are very similar to standard containers except for the fact that they are much taller. High cube containers reach heights of 9′6”, and are normally 40′ or more long. They generally have an internal volume of just under 75 cubic meters, and a maximum load of 26,330 kilograms.

Bulk Container

Bulk containers are used for the general shipping of bulk goods, and are loaded through three loading hatches in the roof, and emptied through unloading hatches in the doors. These containers have an internal volume of around 33 cubic meters, and a maximum load of 21,600 kilograms.

Hard Top Container

Hard top containers come in the same size range as standard containers, that being 20′, 40′ and 40′ High Cube. This type of container has a hard roof weighing 450 kilograms which can be placed and removed by crane or forklift. The internal volume of a 20′ hardtop container is 32.8 cubic meters, and the maximum load that can be packed inside one is around 27,800 kgs. 40′ hardtop containers boast an internal volume of around 66 cubic meters, and can take a maximum load of 25,780 kilograms.

Open Top Container

This type of container has no roof apart from a tarpaulin which is stretched over the top of it. This type of container is designed for easy loading and unloading, and comes in the standard 20′ and 40′ sizes, which has respective internal volumes of 32 and 65 cubic meters. The 20′ open top container can take a maximum load of around 28,200 kilograms, whereas the 40′ open top container can take a load of up to 31,000 kilograms.

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