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What is Bagasse?
Bagasse is produced from sugar cane after it is processed for making sugar. Nowadays, it is used to make various bagasse products and especially as material for environment-friendly food packaging and utensils, breaking away from the fate of most bagasse being disposed of in landfills or incinerators in the past. This article will describe how to use bagasse and the advantages of its use as a material.
What is Bagasse Used for Originally?
In the past, bagasse was usually used as boiler fuel in the sugar making process. It provided heat energy needed for refining sugar and generated partial electricity for the sugar refinery through steam power generation units. This approach is called cogeneration, which has the shortcoming of emitting carbon dioxide into the atmosphere.
In addition to boiler fuel, some bagasse is used for composting. It is collected and transported to a composting site and stirred periodically using excavators or other heavy machines so that the bagasse compost can be exposed to air adequately. The compost cannot be used until it has become thoroughly decomposed after a period of 10-12 months. If the bagasse compost is used directly on farmland without first undergoing maturation, it will absorb nitrogenous substances in the soil during maturation and affect the normal growth of the plants.
Since the annual output of sugar cane is amazing, boilers and compost cannot use all bagasse, so much of it rots naturally or is incinerated directly. As this pollutes the environment, many new applications are being developed, including replacing plastic raw materials, processing to solid recovered fuel (SRF), refining bioethanol, and mushroom grow bags, in the hope to utilize these bagasse resources appropriately.
What are Bagasse Products?
Bagasse Cutlery
Bagasse can be used to make knives, forks and spoons. Bagasse utensils are resistant to water, oil and high temperature and are suitable for pasta, cake, bread and soup.
Bagasse Straws
The use of bagasse straws is similar to commonly used plastic straws. The only difference is that bagasse straws contain plant fibers and pellets and have the color of sugar cane. Bagasse straws do not become soft when soaked in water and are resistant to high temperature. They can be soaked in tea, coffee, soda and other beverages without dissolving into poisonous chemicals or generating odors that affect the taste of the beverage.
Bagasse Bowl & Plate
Chemical coatings are usually applied to bowl and plate for oil resistance. However, bagasse dishes are characterized by oil resistance and can be used for salad, roasted meat, potato chips, popcorn, bread and other foods. They can be washed and used repeatedly without having to apply additional chemical coatings.
Bagasse Reusable Cup
Bagasse cups are mainly used as a substitute for paper cups and can be used for coffee or tea. The cups will start breaking down naturally after they have been used for a period of time. New cups can be used as a replacement and the old ones can be buried in the soil. They will decompose naturally and facilitate the carbon storage in the soil.
Bagasse Bag
Bagasse bags can be used as trash bags, shopping bags, food bags and for other applications. The light and thin material quality facilitates rapid decomposition of the bags in the composting environment. With plant fibers as the raw material, there are no concerns about pollution that plastic pellets cause.
How is Bagasse Product Produced?
Bagasse is collected and air-dried to remove moisture. Then, the dried bagasse is ground to make a granular material similar in nature to plastic pellets. These bagasse pellets can be used by machines that are usually operated for the production of plastic. A series of bagasse products is then manufactured through regular plastic production processes such as injection molding, extrusion and blow molding.
Why do We Start to Use Bagasse Products? 5 Benefits of Using Bagasse Products
Bagasse is collected and air-dried to remove moisture. Then, the dried bagasse is ground to make a granular material similar in nature to plastic pellets. These bagasse pellets can be used by machines that are usually operated for the production of plastic. A series of bagasse products is then manufactured through regular plastic production processes such as injection molding, extrusion and blow molding.
Climate Change Mitigation
Bagasse originates from sugar cane. Sugar cane is a C4 carbon fixation plant that has a special photosynthesis mechanism that can increase the CO2 utilization efficiency and reduce the water consumption in the process. In comparison with C3 carbon fixation plants such as wheat, rice and soybean, sugar cane is adapted to arid land regions and absorbs a great quantity of CO2 in its growth process. If it can be processed into bagasse products, CO2 will ultimately be transformed to organic carbon through composting and stored in the soil.
Commitment to SDG12: Ensure sustainable consumption and production patterns
The United Nations proposed the “Sustainable Development Goals (SDGs)” in 2015. SDG 12 is “promoting green economies and ensuring sustainable consumption and production patterns.” Bagasse products can help achieve the sustainable management of natural resources by recycling waste and composting used products to substantially mitigate the generation of waste. At the same time, as daily necessities, bagasse products can improve consumers’ awareness of green consumption. Sugar cane is mainly grown in tropic developing countries, and the reuse of bagasse amounts to adding value to local agriculture.
Light & Convenient to Carry
The alternatives of many plastic food packaging materials are glass, wood or stainless steel. These materials have a specific density and weight and can easily injure people if they are not stored properly. Bagasse products are very light and handy. They are convenient to carry, pliable yet tough and not broken easily.
Natural & Safe material
Bagasse is mainly the by-product left over from sugar refining with sugar cane as the material. As food processing plants have undergone strict food safety testing, the chemical, heavy metal and pesticide content of bagasse is much less than the standard values. As a material containing natural plant fibers, bagasse can be used to produce healthy and safe products.
Raw Material Acquisition More Eco-Friendly Compared to Paper
Paper is also commonly used as a substitute for plastic food packaging materials, including paper cups, paper trays and paper bags. The raw material of paper is wood and its production requires deforestation. The quantity of the wood that can be provided by artificial afforestation is much less than the quantity of the wood supply needed for making paper. In the case of recycling and reuse of paper, deinking, desizing and bleaching are required for the reproduction of paper which requires many chemicals and consumes a lot of water. Bagasse raw material is an agricultural by-product and the manufacturing process requires almost no water resources. There are no concerns about chemical pollution and the manufacturing method is more environment-friendly compared to paper raw material.
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Quality
Every piece is crafted with meticulous attention to detail and premium materials
Sustainability
We source materials responsibly and follow eco-friendly production practices
Artistry
Traditional craftsmanship meets modern design in every collection
Our Mission
To create beautiful, sustainable tableware that enriches the dining experience and brings people together around the table. Every piece we craft is designed to inspire connection, celebration, and joy.
