The increased number of cars has led to an enormous growth in the volume of utilized tyres.
Over the billion tires reach all their end of life in the world each year (cited Brown & Watson, 2002) of which about 200000000 arises in Europe and 290000000 in the United States (cited RMA, 2003). From 1998 to 2008 this is supposed to change by 2% every year. Vast amounts of tyre are stocked piled in designated landfills or intend to dumped. Besides posing pressure on the environment and the existing waste supervision sector, this kind of erroneous waste materials flow also create possibilities for new recycling market to evolve. The tyre lifecycle traditionally includes four key stages.
For instance , production, ingestion, collection of used tyres and waste managing (Organisation pertaining to Economic Co-operation and Creation, 2006: 134). The final stage in the existence cycle explains the ultimate vacation spot where utilized tyres arrive. The term used tyre specifies a tyre at the end of its initial lifecycle. Two sub-types of used tyres are distinguished.
The part worn tyre is a applied tyre that may either immediately be used again or retreaded. The worn out or scrap tyre is a applied tyre that cannot be used again for its unique purpose but may include a further employ as a materials or pertaining to energy recovery (Limbachiya & Roberts 2004: 273) The existing solution of recycling can be commercial advancement a new building material made from recycled wheels called the Tire Log’. The Tyre Log can be described as patented advancement made from waste materials tires using a unique and energy efficient method of recycling wheels. RTP recycling method is depending on a simple process that helically wraps the steel anchored tread of the tire around a core of tire treads to essentially any size or size.
The net end result is a building material that engineers claim could revolutionise flood control, earthquake survivability and homeland security (Re-Tread Products, Incorporation. (RTP), 2008). References Limbachiya, M. C & Roberts, J. L. (2004). Eco friendly waste managing and recycling where possible: used/ post-consumer tyres. Tokyo: Thomas Telford.
Organisation pertaining to Economic Co-operation and Advancement. (2006). Enhancing recycling markets. Paris: OECD Publishing. Re-Tread Products, Incorporation. (RTP). (2008, Jan 30).
New York firm announces new solution pertaining to recycled tires. Retrieved Might 25, 2010, from www. environmental-expert. com: http://www. environmental-expert. com/resulteachpressrelease. aspx? cid=24895&codi=26319
