food containers made from sugarcane. Similar to Greenmark Company (Greenmark 2014), sugarcane bagasse will be used as the raw material. After juice extraction, bagasse is a pulp derived from sugarcane stalk. Bagasse is considered a waste fibre from the process of extracting juice. A sugar factory produces 3 tonnes of wet bagasse for each 10 tonnes of sugarcane crushed. After extracting the juice, the bagasse is heated and pressurised in order to sterilise, sanitise and to mould it to various shapes
separate centralized electricity generation and on-site heat generation has a combined efficiency of about 45 percent whereas cogeneration systems can reach efficiency levels of 80 percent. Here we have sugar industry as an example for co-gen where Bagasse is main fuel used in cogeneration plant. When demand of heat and power is more coal is used as an alternate fuel. Boiler efficiency is more when coal is used as
fiber (known as bagasse) and molasses which is the final thick syrup from which no more sugar may be economically removed by crystallization. While cane top and leaves which are separated during harvest are used for cattle feed, in some of the cane growing countries. Bagasse comes from a standard mill or diffuser at 50-55% moisture and in most countries it is used as fuel for the factory. In the People’s Republic of China and some parts of India, wood is in short supply and bagasse fiber is used for
environmentally sustainable stores. They have started offering bulk purchasing which reduced packaging and shipping weight. They are planning to replace the plastic food containers with compostable fiber packaging made from renewable resources such as bagasse (made from sugar cane pulp and wood
First and foremost, I’d like to warmly greet everyone participating in such a significant conference. I would also like to express my gratitude to everyone who organized this event, and, especially, to Valerie Reed and the BETO team, who were kind enough to invite me to be here today with all of you. It is a great honor for me to deliver a keynote speech on behalf of ABBI. Not only because it is for me a great opportunity to offer a few perspectives from Brazil, but, largely, because it is both
aquatic organisms and disturb the integrity of the ecosystem (Mester and Tien 2000; Puvaneswari et al., 2006) by alters the pH, increases the biochemical oxygen demand (BOD) and chemical oxygen demand (COD).Dyes industries have also a serious role in environmental pollution. Dyes mainly used in paper, textile and leather industries. Pollutant released from these dyes industries cause water and soil pollution. Water and land pollution by dyes industries affect large numbers of people and environment