Description:The source of our innovative project is the chicken feather waste, which is off free of cost, but the output is a valuable carbon fiber. This carbon fiber holds many interesting characteristics, some of them are High Stiffness, High Tensile Strength (4000 MegaPascals), Low Weight, High Chemical Resistance, High Temperature Tolerance (Melting point is 3657 0C) and Low Thermal Expansion. Due to the above advantages this fiber is a most required raw material in many manufacturing industries starting from lifesafe helmet, Prosthetic Limb, Carbon Fiber table for CT & MRI scan, Carbon Fiber Implants, Sports Footwear to the large level defence aeroplane. Also the usage of steel in the manufacturing sectors is gradually replaced by this carbon fiber.
The experimental setup consists of chamber, which is maintained at 2800 0C under inert gases such as nitrogen, argon atmosphere. The input undergoes Pyrolysis process inside the chamber. After proper working with exhaust oxygen setup, finally we get a output of carbon fiber and electricity production. This project comes under waste to wealth sector. By this implementation sustainable environment is maintained, irresspctive of chicken feather solid waste.
, C , C , C , Claims:1. Feather to fiber system convert the waste chicken feather to the useful carbon fiber using pyrolysis process states it is the initiation for the waste management and it hold its position for future research.
2. Feather to fiber system convert the waste chicken feather to the useful carbon fiber using pyrolysis process of claim 1, wherein said this research explain the setup and its requirements to produce the rare carbon fiber.
3. Feather to fiber system convert the waste chicken feather to the useful carbon fiber using pyrolysis process of Claim 1, wherein said this research has many advantages.
4. Feather to fiber system convert the waste chicken feather to the useful carbon fiber using pyrolysis process of Claim 1, wherein said this research has many applications.