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PLANT OPERATION*MINERAL PROCESS*ORE BENEFICIATION*PELLET PROCESS & OPERATION*FILTRATION*MECHANICAL*PROJECT* DIPLOMA IN MECHANICAL ENGINEERING(DME-General). B S IN PROCESS ENGINEERING (BITS PILANI). LMS & SAP PP.

*INDUTRIAL APPLICATION* Plastic Chute Systems for Reduced Cost and Jam-Free Flow: *Benefits:* 1. Reduced maintenance costs (up to 70%) 2. Increased productivity (up to 20%) 3. Minimized downtime (up to 90%) 4. Improved safety (reduced risk of accidents) 5. Enhanced material flow control *Key Features:* 1. Smooth, abrasion-resistant surface 2. Low friction coefficient 3. Corrosion-resistant 4. Lightweight and easy to install 5. Customizable designs *Advantages over Traditional Chute Systems:* 1. Metal chutes: - Prone to corrosion and wear - Higher maintenance costs - Noisy operation 2. Steel-lined chutes: - Heavy and difficult to install - Higher upfront costs - Potential for liner damage *Plastic Chute Materials:* 1. UHMW-PE (Ultra-High Molecular Weight Polyethylene) 2. HDPE (High-Density Polyethylene) 3. PVC (Polyvinyl Chloride) 4. PU (Polyurethane) *Design Considerations:* 1. Chute geometry and slope 2. Material flow rate and velocity 3. Particle size and distribution 4. Temperature and humidity 5. Wear and abrasion resistance *Case Study:* A mining operation replaced metal chutes with UHMW-PE plastic chutes, resulting in: 1. 60% reduction in maintenance costs 2. 15% increase in productivity 3. 80% decrease in downtime *Implementation Steps:* 1. Conduct site assessment and material analysis 2. Design and engineer custom plastic chute system 3. Install and integrate with existing equipment 4. Monitor performance and adjust as needed *Best Practices:* 1. Regular inspection and cleaning 2. Proper installation and alignment 3. Material flow control and optimization 4. Training personnel on chute operation and maintenance.

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