Biomass Combustion System Design

This project presents the complete design and development of a Pulverized Biomass Combustion System, created entirely in Autodesk Inventor, from individual part modeling to full assembly and photorealistic rendering. The system is designed to demonstrate an integrated biomass fuel handling and combustion process suitable for industrial thermal applications. The design consists of multiple interconnected subsystems, including a fuel storage hopper, belt conveyor, pulverizer, screw feeder, centrifugal blower, combustion air piping, burner assembly, and structural support frame. Each component was modeled and assembled to represent a realistic industrial process flow while considering manufacturability, mechanical integration, maintenance accessibility, and overall system functionality. The objective of this project was not only to create an accurate 3D model but also to simulate the engineering workflow involved in developing industrial combustion equipment. Special attention was given to component arrangement, material transportation, airflow distribution, mechanical power transmission, and equipment layout to produce a coherent and practical machine design. This project demonstrates my capability in: Complete 3D Mechanical Design Large Assembly Management Industrial Equipment Design Biomass Combustion System Development Mechanical Component Integration Structural Frame Design Engineering Visualization & Rendering Design for Manufacturing (DFM) Software Used Autodesk Inventor Professional Inventor Studio (Rendering) Project Scope 3D Part Modeling Assembly Design Mechanical Layout Structural Frame Design Fuel Handling System Screw Conveyor Design Pulverized Biomass Feeding System Industrial Burner Integration High-Quality Rendering This project reflects my passion for designing industrial machinery and sustainable energy systems by combining mechanical engineering principles with modern CAD technologies to develop functional and visually compelling engineering solutions.