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COST EFFICIENCY ENHANCEMENT IN BIOMASS PELLET MANUFACTURING THROUGH RAW MATERIALS OPTIMIZING

C.Sasidharan¹, J.Ajay², P.Sanjaikanth³, V.Pughalmannan⁴

¹Assistant Professor -Mechanical Engineering& M.A.M College of Engineering and Technology

²Students-Mechanical Engineering & M.A.M College of Engineering and Technology

³Student-Mechanical Engineering & M.A.M College of Engineering and Technology

⁴Student-Mechanical Engineering & M.A.M College of Engineering and Technology

Abstract

“This project explores innovative approaches to enhance efficiency and reduce costs in biomass pellet production. By integrating smart technologies, process optimization, and sustainable practices, the aim is to make biomass pellet production more affordable and environmentally friendly. By implementing smart solutions, the goal is to address challenges related to variability in biomass feedstock, energy inefficiencies, and operational costs.

This research not only seeks to improve the economic viability of biomass pellet production but also aims to contribute to the broader goal of fostering renewable energy solutions for a more sustainable future. In addition, the project explores the incorporation of renewable energy sources, such as solar or biomass-based energy, into the production process to further reduce environmental impact and operational costs.

The optimization of supply chain logistics is also a focal point, aiming to minimize transportation-related emissions and ensure a more sustainable overall production lifecycle. Through a holistic approach, this research endeavors to provide a roadmap for the integration of smart and sustainable practices, fostering a greener and economically feasible future for biomass pellet production.”

Key Points : Feed Hopper, Motor,  Roller, Cycle Chain