Storm drain oil filtration system
This is the matala blue filter which is part of the filter which catches debris.
After a test with the boom material and the whole prototype itself this is how the boom material came out.
This is the material which rejects water but absorbs oil.
This is the whole Hydrophobic Boom we had purchased. We later had to take some of it out to add it to our prototype since it was obviously small.
This is our prototype being built online using Tinkercad, Which later became 3D printed.
This is one of our test in progress, the white substance is oil.
This is our one of our prototypes in action, currently it's filtering oil.
Eligibility: Are you employed by T-Mobile or related to an employee of T-Mobile?
Eligibility: Date of Birth
September 16, 2004
Where are you located:
Jersey City, New Jersey 07407
Website or social media url(s) (optional):
https://28stormies.wixsite.com/projectreservoir (our website)
Project Stage: Select the description below that best applies to your approach.
Established (successfully passed early phases, have a plan for the future)
1. Personal Journey: What’s the story behind why you decided to start this project? NOTE: All applications must include a 1 minute video that answers: “I am stepping up to make change because..."
We've decided to work on this specific project in order to help our community and just to better clean our city. Have you ever seen puddles of oil anywhere outside? We see it all the time and people don’t realize that it’s a huge problem. As humans, we never realize that one little thing could affect so much. The oil drips from cars goes down street drains when it rains. The runoff you see on the edge of the sidewalks go to sewers. The sewers leads to bodies of water, which then leads into the ocean and wherever else the sewer leads to, the sewage and waste of all kinds goes there as well. That’s where our team comes into play. Our team focuses on these two problems. Trying to reduce the trash that gets stuck into the sewers which slows down the flow of water and gets through to any body of water. Also we are trying to reduce the amount of oil that goes into our sewer system and ocean.
Here are some Trash and leaves on the sewer grate. As soon as the rain or wind pushes it, it all goes into the sewer and to the different bodies of water.
Trash and leaves on the street which eventually lead to sewers which could either clog them or go with the water to water bodies.
constant pond under local high school with a green color! That just proves how bad pollution is and how it harms our water.
2. The Problem: What problem are you helping to solve?
When it comes to picking our topic, working with oil problems and trash simply caught our attention. We realize that it’s a huge problem In our environment oil is being left on the street by cars and people do illegal oil changes in the streets. This causes oil to go down the storm drains and into our waterways. Did you know one drop of oil can contaminate approximately 11 million gallons of water. Our team decided to do something about this.
3. Your Solution: How are you planning to solve this problem? Share your specific approach.
Our team has started solving this problem. We first used a table in the basement of our school as a scale model of a city street. We put a scale model of a sewer drain on each end of the table and put a hose on top of the table and a bucket under the table. We then 3D printed our first prototype to see if it would get rid of the oil we put on the table. Through trial and error we made our newest prototype. In the prototype we have a layer of hydrophobic boom material and a matala filter sheet. The hydrophobic material absorbs oil and rejects water while the matala filter sheet catches debris or trash that tries to go along with the clean water. Now that we have done our trials we would like to test it in real life and with the help of the JCMUA, this is soon becoming reality. After we need to find a plastic company that will 3D print us a regular model, being that we need an industrial printer big enough and our school doesn't have one. Or we may possibly redesign the filter so that their is little to no 3D printing needed but that is only if we can't find a company. Then we want to sell our filter to as many places as possible so we get rid of the oil in our waterways.
4. Example: Please walk us through a specific example of what happens when a person or group gets involved with your project.
Recently we connected with the JCMUA and adopted a catch basin outside of our school. Just last week we invited the JCMUA and representatives from the mayors office to come to our school and see our prototypes and help us. They were very impressed and told us we can go to one of their sites where they dump the oil. They said we can run trials because there are no people there so it is safe and the big circular pipe drains there that leads right to the river. This gives us the opportunity to finally imply our ideas and prototype in a real life scenario and get data and see if our filtration system functions the way we want it to. This really further out our research and data since we can finally work with the city and develop a more stable and accurate data than all the test we do with our city-like table that served as our trials.
5. The X Factor: What is different about your project compared to other programs or solutions already out there?
In our knowledge, throughout Jersey City where we live there has been no type of filtration for the oil to be separated from the water in the rain that came from cars, trucks and other auto-mobiles. We are a a group of teenagers that are trying to stop oil from the streets that eventually goes through the sewers and into the any type of body system. Along with oil we try to stop trash from going into our oceans. In addition, doing this will allow give back oil to gas companies and stop pollution which also allows us to recycle plastic and is beneficial to both humans and animals.
6. Impact: How has your project made a difference so far?
So far we have been able to make notice of our projects to multiple organizations such as Sierra Club, The Office of Innovation (Jersey City), and STEAM Tank. We have been able to organize a meeting and presentation in front of The Office of Innovation people, and some of the engineers from the JCMUA that can help us and further educate us more about what we are doing. Also, we have participated in a STEAM based competition called STEAM Tank where we have to present all of our ideas and our team project. After all of this, we have heard days later that we are going to Atlantic City, meaning we have advanced into the next round of this competition. We have all thought about manufacturing our prototype in a real life scale and install it into one of our sewer grate. Once it is visible and it clearly works, we plan to work with the city and install one of our prototypes into the main sewer.
7. What’s Next: What are your ideas for taking your project to the next level?
We are hoping to build the life size prototype from our small version with bigger materials. We plan to receive an actual real storm grate for testing of our big prototype. Not only that but in the future we want to market our product to build more and spread them all over different places. We plan to partner with cities and businesses that owns a lot of parking lot such as malls, grocery stores, companies, etc. This will be such a great opportunity for us since it will give us the chance to work with others and may be the first one to solve or find a way to reduce the amount of oil that goes in our bodies of water. Instead of cleaning off the oil from bodies of water where it may have been killed animals we can just clean it at its source.
8. Future Support: What are the resources needed to make your vision a reality?
We plan to get a material which wont get easily damaged by any debris and wont get affected by water which would wear it down. Funding can be able to help us get such a material and keep production going once we get it into market. We can also develop our prototype better and more efficient to work with the community. In order to make our vision a reality, we need an iron sewer grate that we can work on, but the JCMUA may be able to make getting the sewer grate possible. We also need the matala filter and hydro booms which are the most important materials. If we had our own industrial 3D printer we would be able to produce our model or if we had more material for the printers to give to the company.
9. Finances: If applicable, have you mobilized any of the following resources so far?
10. Ripple Effect: Please share some ideas of how you could partner with other changemakers or involve other young people as leaders in making a difference.
How we could partner with other changemakers is if they have anything to do with oil, trash, recyclables or water bodies. For example (When we actually put our prototypes into actual sewer grates) since we are trying to separate oil, trash, and recyclables from water another group could be collecting bottles to make their prototype. If they are trying to mass produce their prototype or are in a desperate need of bottles, bags, etc... then we could supply it for them as we are not using it and it could help out another team. Our team has five members ,including myself, worked on this project for a while and we've had our teachers supply us with this project and we had other Steam based teams in our school help us with community outreach from events they organized.
Help Us Support Diversity! Part 1 [optional] Which of the following categories do you identify with?
White (for example: German, Irish, English, Italian, Polish, French) (6)
Help Us Support Diversity! Part 2 [optional] Do you identify as part of any of the following underrepresented communities?
No, I do not identify with an underrepresented community
How did you hear about this challenge?
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