Assessfy Pvt. Ltd Moderate 5 milestones 50 marks

Sand Filter & Separator Project

Real-world project · AICTE-aligned · AI-graded · Audit-ready certificate

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About this project

Sand Filter & Separator Project

Objective: Design and build a sand filter and separator system for efficient material separation.

Context: Sand separation is critical in India's construction and mining industries, where efficient filtering improves material quality and reduces labor. Mechanized solutions can significantly enhance productivity and safety.

What you'll build: You'll construct a vibratory separation mechanism using a vibratory motor, sieves, and mesh filters mounted on a metal frame. The system will be fabricated with welding and cutting tools, and tested for filtration efficiency and throughput. The focus will be on optimizing mesh design and vibration parameters for effective separation.

Deliverables: A working sand filter and separator prototype, efficiency analysis data, and a final project report.

Milestones
1. Separation mechanism selection
10 marks 6d
Research and select the most suitable mechanical separation mechanism for sand and water based on particle size and flow requirements. Submit a brief justification (150-200 words) comparing at least two alternatives, and include a diagram of your chosen mechanism. Your submission is complete when you clearly state your choice and provide evidence-based reasoning.
2. Frame design and welding
10 marks 6d
Design a detailed frame layout for the sand filter and separator, specifying dimensions and materials. Fabricate the frame using appropriate welding techniques, and submit clear photos of the assembled frame with labeled joints. Ensure all welds are secure and the frame supports the intended load; assessment focuses on structural integrity and adherence to your design.
3. Mesh testing and filtration trial
10 marks 6d
Install selected mesh(es) onto the frame and conduct at least one filtration trial using a sand-water mixture. Submit a summary of the setup, mesh specifications, and trial procedure, along with before-and-after photos of the filtered material. Your work is complete when you demonstrate the mesh is properly mounted and the filtration process is operational.
4. Efficiency analysis
10 marks 6d
Collect quantitative data from your filtration trial(s), including input/output sand and water measurements, and calculate separation efficiency. Present your results in a table or chart, and briefly interpret the findings (50-100 words). Completion requires clear efficiency metrics and a concise analysis of performance relative to expectations.
5. Final report
10 marks 6d
Compile a final report (max 1000 words) documenting your design choices, fabrication process, testing methodology, efficiency results, and lessons learned. Include diagrams, photos, and data tables as appendices. The report is complete when it provides a coherent, well-organized account of your project from concept to evaluation.
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Upcoming sessions
SessionWindowEnrolled
Sand Filter & Separator Project 11 Jun 2026 to 10 Jun 2028 0
Skills you'll learn
Vibration mechanismFiltering mesh designMechanical design and assembly
Tools used
Vibratory motor Sieves and mesh filters Metal frame and tray Welders and cutting tools
Prerequisites
Material properties of sand and debris Mechanical separation principles Vibratory systems
Available mentors
Priyang Kumar
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You'll earn — Certificate (PDF)

AICTE-aligned Project Completion Certificate

A formal, audit-ready PDF certificate issued by Assessfy + your institute on successful completion. Includes AICTE credit hours, your evaluator's signature, and a QR code for third-party verification.

Certificate of Project Completion

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has successfully completed the project

Sand Filter & Separator Project

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Sand Filter & Separator Project
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GATE Mechanical (ME) - Complete Study Guide
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