The "Design and Development of Plastic Pyrolysis" project aims to explore and present a comprehensive study on the implementation of a novel plastic pyrolysis system. The primary focus is on developing a double condenser mechanism to maximize oil production and designing a continuous pyrolysis apparatus suitable for semi-commercial scale operations.
- Sanggit Saaran K C S (CB.SC.U4AIE23247)
- Surya Ha (CB.SC.U4AIE23267)
- Vishal Seshadri B (CB.SC.U4AIE23260)
- Venkatram K S (CB.SC.U4AIE23236)
- Harivaarthan T D (CB.SC.U4AIE23228)
- Dr. Akhil Mohan Assistant Professor, Centre for Computational Engineering and Networking, Amrita School of Artificial Intelligence, Amrita Vishwa Vidyapeetham, Coimbatore
- Abstract
- Introduction
- Pyrolysis: An Overview
- Materials and Methods
- Design Requirements
- Work Methodology
- Obtained Products and Applications
- Pyrolysis Kinetics
- Results and Analysis
- Conclusions
Plastic pollution has become a significant issue, necessitating innovative solutions for effective waste management. This project explores plastic pyrolysis as a sustainable solution, transforming plastic waste into valuable resources like fuel and chemicals. Our research emphasizes the thermal cracking process and reactor design to produce high-quality bio-oil, employing a double condenser mechanism to enhance yield and efficiency.
Plastics are integral to modern life, yet their improper disposal has led to severe environmental problems. This project investigates plastic pyrolysis as a viable method for converting plastic waste into useful hydrocarbons, thereby mitigating environmental impact.
An introduction to the pyrolysis process, its history, and its applications in converting plastic waste into valuable hydrocarbons.
Description of the materials, apparatus, and methods used in the design and development of the plastic pyrolysis system.
Specifications and design requirements for the reactor, heating plate, gas pipeline, and double condenser used in the pyrolysis process.
Detailed methodology outlining the steps taken in the project, from reactor preparation to product collection and analysis.
Examination of the products obtained from the pyrolysis process, including their potential applications as fuels and chemical feedstocks.
Study of the kinetics involved in the pyrolysis process and their influence on product distribution and yield.
Presentation and analysis of the results obtained from the experimental setup and testing.
Summary of the findings and overall conclusions drawn from the project.