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EcoSift

eco-friendly bucket that teaches kids to clean beaches by sifting out microplastics

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EcoSift aims to revolutionize beach cleanups by providing families with an affordable, fun, and eco-friendly tool that separates microplastics and debris from sand using centrifugal force. Designed as a practical and educational beach bucket, it helps children develop fine motor skills while introducing them to eco-friendliness. Made from recycled plastics, this innovative product not only empowers beachgoers to clean their surroundings but also raises awareness of the harmful effects of microplastics on marine life and the human food chain. Inspired by a love for the ocean and a desire to give back, the Bucket Sift has the potential to make a global impact by fostering a cleaner, safer environment for all.

The EcoSift operates using centrifugal force to efficiently separate sand from microplastics, rocks, and other debris. When the bucket is filled with water, microplastics float to the surface while heavier natural debris settles at the bottom. This instant separation allows us to easily skim off the microplastics from the water’s surface with a specialized scooper, effectively removing them from the environment.

BucketForABetterBeach.mp4

Here is a 3d animation of how the bucket would currently function. First, the sift is filled with sand and placed into the bucket. Then the lid is attached and the user spins the crank to utilize the centrifugal force to sift out sand, from the microplastics, rocks, and other debris. Then by filling the bucket with water the microplastics will float and the other natural debris will stay at the bottom thus instantly separating the microplastics then we use my scooper to clean the top layer with the microplastics and remove them from the environment.

MPEG-4 Video - 30.81 MB - 08/12/2024 at 12:51

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  • New Design Approach

    Jackson.shell08/12/2024 at 20:37 0 comments

    I’m excited to share a solution for the design flaw we encountered! I have decided to adopt a design similar to a Mortise-and-Tenon Joint. In this updated design, the lid will securely attach to the bucket and lock in place with the sift inside. When the hand crank is turned, the sift will spin along with the crank.

    I’ve attached screenshots of the updated designs below. Currently, I’m working on ensuring that the main bucket lid remains stationary while the sift and crank spin smoothly. I will let you all know about any updates.

    Thank you for all of your support!

    Photos of the new design

  • Your Help Needed!

    Jackson.shell08/12/2024 at 17:23 0 comments

    I was looking over the design of the project and came across a potential issue. The current plan uses gears and a hand crank to rotate the inner sift. However, I’m concerned that sand or debris might get caught in the gears, causing them to jam or become damaged. I also worry about the effects that it could have on the efficiency of the product if left unresolved.

    I hope to find a solution as I can't move forward with prototyping until the design is resolved. I’m exploring alternative solutions and would greatly appreciate any input or ideas you might have. Your help is crucial as we work to refine and improve the design. Please reach out if you have suggestions or can offer assistance!

    Thank you!

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