Experimental Study of Tile Composed With Waste Plastic and Carbon Powder

This research presents the findings from an undergraduate research project concerning the environment friendly, manufacturing of plastic-carbon tile. This research focus on highlighting new and innovative methods that the quality of physical environment improves through the use of building techniques that enhance planning for environmental protection and advancement. It will provide a focus to improve sustainability in a global context. Industrialization is important for the development of country, but rapidly increase in the industrialization is giving rise to air pollution which is injurious to human health and atmosphere. Dumping the industrial residue is also not the solution to avoid pollution, as it leads to land pollution. To tackle this design and technology plays important role to give scalable solution. As tile is important construction material manufactured with the help of ceramic, clay, glass, cement. These are generally used to cover roofs, walls, floors. Because of the variation in design, color it is also used for decorative purpose the rapidly growing construction industry and world trade making the high tile production Replacement of raw material used in the ceramic tile with the industrial residue can be better solution to the society, crafting such tiles with the traditional method saves the five times energy as compare to ceramic tile. Manufacturing of such tile also gives the employment to those local communities who are unskilled to improve their standard of living.