ReMA Recycling Collection | Grades K-12
Grades 9-12
Watch this video to learn about how the recycled materials industry provides critical raw material necessary for the everyday items and essential infrastructure we all depend on.
Activities
Activity
You will find the latest challenge in recycling as close as your cell phone or your tablet. Used electronic devices are piling up and represent a potential treasure trove of re-usable materials.
Activity
Did you ever stop to consider what Fantasy Football and scientific modeling have in common? Now is the opportunity you have been waiting for!
Activity
This activity should keep you rolling along on the way to recycling.
Activity
We often take the materials in our clothing for granted. We think about color, texture, or the way they resist heat and cold, but we seldom think about the raw materials needed to make our clothing both practical and stylish. In this activity, you will test and compare the properties of natural, synthetic, and recycled fabrics... with surprising results.
Activity
Recycling has benefits for many different stakeholders. In this activity you will represent a citizen supporting a recycling petition and present to the local government.
Activity
One of the most common minerals on the planet is also one of the most versatile.
Activity
Sometimes making decisions that are best for the environment and for human health can be complicated. Often, scientific evidence, opinion, and anecdotal reports get mixed together in batches that are difficult to separate. In this activity, you will research and debate the use of crumb rubber as artificial turf infill for a particular field based on the evidence while weighing multiple factors and considering the trade-offs.
Activity
Contamination in the recycling stream is one of the recycling industry’s largest challenges today. One in every 6 items thrown into the blue bin is actually not recyclable and can disrupt recycling efforts. In this activity, we will explore contamination in the paper recycling industry and challenge students to engineer some solutions to this problem.
Activity
In this activity, you will use an Artificial Intelligence (AI) program called Teachable Machine to imagine how AI could accurately identify the correct recycling path for plastic, glass, and metal items from school lunch trays.
Readings
Supporting Material
It's not quite as quick as flipping a top, but aluminum is one of the easiest materials to recycle.
Supporting Material
Do you have a magnetic personality? Your car does, too. More than 2/3 of the mass of most cars is made of iron and steel - metals that are magnetic.
Supporting Material
If you are reading this in school, chances are you are looking at a piece of paper. The average student uses more than 300 pounds of paper a year! If all of that came from new fiber, every three students would use a full grown tree each year.
Supporting Material
Every machine has moving parts that move against one another. Between these parts friction creates heat, wastes energy, and can cause damage. Lubricants reduce the friction when a machine runs, lowering the temperature and maintaining the parts.
Supporting Material
Look in your refrigerator. How many products come in glass bottles or jars? It's likely you will find foods that are very acid, like pickles, tomatoes, and orange juice in them. Because foods don't dissolve glass, it's a great storage material. It also lasts for a long time - and that's part of the problem!
Supporting Material
Here's a quick trivia question: What part of your car might eventually become jewelry? If you answered the catalytic converter, you'd be right. And if you don't already know what that part is, read on.
Supporting Material
Have you ever been asked if you had a latex allergy? Latex is one name for natural rubber. The special properties of latex rubber make it ideal for many purposes, including automobile tires. You can find it in many other everyday products like mats and track surfaces, mouse pads, and elastics.
ChampionsofRecycling
Video
Meet Brandi Harleaux and learn about the work she does and her career pathway.
Video
Meet Jennifer Betts and learn about the work she does and her career pathway.
Video
Meet Barry Wolff and learn about the work he does and his career pathway.
Video
Meet Nidhi Turakia and learn about the work she does and her career pathway.
Article
Some people are most comfortable when things don't change. Their ideal career would involve the same skills and the same work for a very long time. Others thrive with variety. Crawford T. Carpenter is llike that. His career in paper recycling has challenged him every day for decades.
Article
Are you reading this on paper? Or on an eBook, computer or "personal digital assistant?" If you use any electronic device, it's probably new. And like many other people, you have last year's outmoded version of that device in your closet under your bed.
Article
Mike Biddle describes himself as a "garbage man." He says he chose this career because he hates waste. But while most people try to get rid of things they don't use any more, he tries to recapture them. He moved from traditional polymer research to building an innovative company that is far more efficient at recycling for this reason.
Article
The field of electronics recycling is new to Dr. Stephen Jeffery - and to most others on the planet. Your parents probably used land lines and large, desk-top computers most of their lives. Today we move through new, smaller, and more complex forms of technology every few months.
Article
The key to a successful recycling business can be summarized in the phrase "just in time." In Silvana Jones' company, SA Recycling, that means that they need to be ready and able to accept the products - mostly metal scrap and ore - when the seller gets them to all 50 locations througout CA, AZ, and NV via truck or rail. From there, they are processed and exported via ocean container or bulk vessels.
Games
Game
The recycling process is depicted on the ScrapMap™ as a large circle. Each of the circles on this page shows how we can take something old and create a new and useful product. In the United States in 2011, more than 134 million metric tons of scrap metal, paper, plastic, glass, textiles, rubber, and electronics – valued at $100 billion – were manufactured into new products.
Game
In Scrap Titans, you are an entrepreneur competing to form the most profitable recycled materials business.
Posters
