Revolutionizing Road Repair: A Comprehensive Review of Innovative Technologies for Pothole Rehabilitation with Waste Plastic

  • Abubakar Gagarawa Department of biology, University of Nigeria.
  • Adewale Oluseye Adisa Department of biology, University of Nigeria.

Abstract

It describes a strategy for repairing roads utilising aggregate and waste plastic garbage. This toxic waste was discovered to make about 9% to 12% of municipal solid waste in various forms. The environmental non-biodegradability of plastic has posed various problems for India's urban and rural areas. Drains clogging, water stagnation, and the emission of harmful gases during open combustion are common issues. The lifespan of historically built roads is less effective, takes a lot longer to create, or requires more manpower. Traditional methods have some flaws.

References

1. LIU Tao, HU Guangwei and GU Yingchun (2013), “Influence of Cold Patch Asphalt Mixture Gradation on Pavement Performance”, ICTE 2013
2. Stepheena Joseph, Mr.K.Edison Prabhu-“Role of Ultrasonic Sensor in Automatic Pothole and Hump Detection
System” IJSR Volume 8, Issue 7, July-2017
3. Amruta Nachivanekar, Assem Majuwar, Vikky Nagdeve. “Pothole filling vehicle using waste plastic”published in
IJDRET 2019.
4. Amit Patil, Madhukar Sawant, Kriti Goyal, Rituraj Jadhav, “Design and Fabrication of liquid plastic pathhole repairing Machine “ published in IJRTI, 2018
5. Stepheena Joseph, Mr.K.Edison Prabhu-“Role of ultrasonic sensor in automatic pothole detection system” IJSR
Volume 8, Issue 7, July-2017
Published
2023-10-26
How to Cite
GAGARAWA, Abubakar; ADISA, Adewale Oluseye. Revolutionizing Road Repair: A Comprehensive Review of Innovative Technologies for Pothole Rehabilitation with Waste Plastic. Journal of Advanced Research in Glass, Leather and Plastic Technology, [S.l.], v. 6, n. 1, p. 18-21, oct. 2023. Available at: <http://thejournalshouse.com/index.php/glass-leather-plastic-technology/article/view/827>. Date accessed: 31 jan. 2025.