Design and fabrication of plastic waste to fuel convertor

Plastic have become a creucible part in today world.due to there light wieght durability,design flexibiity, they are accessive used in industory as well as household in other fields.the demand of the plastic is increased day by day whice now pose a tremendous threat to the invironment. the study foc

Project Title

Design and fabrication of plastic waste to fuel convertor

Project Area of Specialization

Mechanical Engineering

Project Summary

Plastic have become a creucible part in today world.due to there light wieght durability,design flexibiity, they are accessive used in industory as well as household in other fields.the demand of the plastic is increased day by day whice now pose a tremendous threat to the invironment. the study focus on the design and fabrication of machine to convert plastic into oil as in effort in finding environment friendly means of waste recycling by means of pyrolysis,it is ulternative solution increased problem of waste disposal.pyrolises keep running without oxygen an in high temperature around 400C for whice reactor is manufactured to give the expacted temperature to the responce.

the waste plastic are subjected to depolymerisation,pyrolysis  catalytic cracking and fractional distilation to obtained different value added fuesed such as petrol  kerosene and diesel.

our project  deals with the extraction of oil frome the waste plastic turmed as plastic pyrolysed oil whice can be marketed at much cheaper rates compared to that present in the market.

Project Objectives

Design and fabrication of plastic.

waste to fuel conversion plant .

reducing fuel consumption.

make useful use of byproduct of the process like gas fuel and solid waste.

anylysing the resultant liquid fuel (studing its density,viscosity,flammability,calorific value )

Project Implementation Method

The research  and design process of the project is in progress and we are working on that once the design process is complete than the anlysis of the project will start and will analyse the project and pros and cons of different material of the project after the analyses time the project develpment phase will start.

METHODOLOGY.

pyrolyses process

feeding into the reactor

heating 

condensing

liquid collection

distillation

testing

Benefits of the Project

low caste

production of energy through conversion of waste plastic into oil that can be used as fuel

recovery of exastable natural resources such as resin and rare metles.

Technical Details of Final Deliverable

Reactor material outer diameter inner diameter condensor tank material plastic tank capacity heater height 

Final Deliverable of the Project

Hardware System

Core Industry

Education

Other Industries

Manufacturing

Core Technology

Artificial Intelligence(AI)

Other Technologies

Sustainable Development Goals

Required Resources

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