Technology Recycling Project By: Michelle S., Fletcher T., Alex L.

Slides:



Advertisements
Similar presentations
Does What We Throw Away Affect Others?. DID YOU KNOW? About one-third of an average landfill is made up of packaging material Each Sunday.
Advertisements

Recycle-101 Basics steps for greening your classroom.
Saving The Planet By: Carlos P.. What is Global Warming? – I believe that global warming is caused by the toxic fumes of smokers, car exhausts, factories.
Electronic Waste By: Brenna Zaplatynsky, Sylwia Dutka,
Household Batteries Varun Ravishanker. Laws and Regulations Mercury-Containing and Rechargeable Battery Management Act passed by Congress in 1996 Mercury-Containing.
United Electronic Recycling United Electronic Recycling.
Disposing Old Computers
E-waste Disposal Nicho Ocampo. E-waste E-waste is just all the electronic devices that we can’t just throw away in the trash, and they need to be disposed.
WHAT A WASTE..!!!. E-WASTE FACTS E-waste or electronic wastes are Broadly described as loosely discarded, surplus, obsolete, broken, electrical or electronic.
SAVE MONEY AND SAVE THE ENVIRONMENT ENVIRONMENTALLY FRIENDLY AS A COMPANY By: Anna Wilkin.
The High-Tech Revolution E-Waste By Cameron Drummond.
How to Recycle Batteries Recycle Series: Part III brought to you by Microempowering.org.
Pollution and Human Health
Amy Shaw, Amanda Regan, Allison Kvien, Josh Garcia
Electronic Waste: What Is It? Where Does It Come From? Why Is It Dangerous? …And How Do We Stop It? A Podcast By Elizabeth R. Miller March 2010.
What Is E-Waste? E-waste is a popular, informal name for electronic products nearing the end of their "useful life." Computers, televisions, VCRs,
THE COMPLEXITY OF THE E-WASTE PROBLEM
Cans and glass are 100% recyclable 1 recycled tin can would save enough energy to power a television for 3 hours 1 recycled aluminum can (like Red Bull)
Materials Used In Batteries Dwight Younge. Introduction Battery (two categories) – Primary (one-time) – Secondary (rechargeable) The need for batteries:
Polytechnic of Namibia PDC2014 Conference Authors: Ongwere Tom Dr Hylton(MyDigitalBridge) Dr Shawulu Nggada(PoN) 1 e-Waste Assessment in Namibia.
 Batteries are found in many of the electronic devices we have in our homes, businesses and schools.
Electronic Waste. What is E-waste?  "Electronic waste" may be defined as discarded computers, office electronic equipment, entertainment device electronics,mobile.
Click to edit the outline text format Second Outline Level  Third Outline Level Fourth Outline Level  Fifth Outline Level  Sixth Outline Level  Seventh.
Electronics Megan Singleton. e-waste Throwing out electronics creates e-waste. Brominate flame retardants are harmful exposable chemicals. Thrown out.
By Mara and Claire. What is E-waste? E-waste (electronic waste) comes in many forms and is generated by business’s growing electronic needs. E-waste embraces.
By: Maddie, Grace, Alyssa, Deandra, and Dominique.
Saving the planet By: ALLISON. What is Global Warming? Global warming is when the whole earth gets hot because the sun rays get trapped in the earth Global.
Non-renewable & Renewable Resources.
E-WASTE SNC 1D. ELECTRIC AVENUE  We all love our electronics and we want to keep up with the latest and greatest tech toys. But, what are the environmental.
Computer Systems & Architecture 7f - Environmental Implications.
Indiana E-waste Program Meredith Jones E-waste Program Coordinator Indiana Department of Environmental Management (IDEM) Office of Pollution Prevention.
Solid Waste By: Bradley Ostrowski. What is solid waste? Garbage Refuse Sludge from wastewater treatment plants.
Waste Electrical and Electronic Equipment (WEEE).
IT Equipment Recycling Sara Micheal Jingtao Lian.
Why is this study important? There is a growing demand for batteries due to the rapid increase in cordless, portable products. Because many batteries.
11/12/2008 E-W ASTE MORE LIKE E-C ATASTROPHE Andrew Fareri-Caines Cis 1055-Section
Recycle and Waste Video kyZbw8waVwk kyZbw8waVwk.
GRADE 9 CANADIAN GEOGRAPHY
Electronic Waste: It’s Effects on Humans and the Environment RPI EcoEd Middle School Research Report Spring 2012 John Wienman 8 th Grade, Tamarac Middle.
THE EFFECTS OF ELECTRONIC WASTE BY: ANVITA GUPTA 7-1.
Computer Disposal Goes Green. Three billion units of consumer electronics potentially will become scrap between 2003 and That’s nine gadgets thrown.
Think About the future of your Child. Dispose old electronics Dispose old electronics prevents valuable materials from going into the waste stream. Donating.
Electronic Waste Improper Recycling and its Implications.
Hurray for Batteries! Energy – It’s Everywhere!. 2 Where can we find batteries? In most of our favorite gadgets: Watches Flashlights MP3 Players Cell.
Environmental Impact of ICT Year 11 Mr Conti. New for Old There is hardly any technology that changes as often as ICT devices. For example: Mobile Phones.
Protecting Your Identity and The Environment 1 Vintage Tech LLC 1105 Windham Parkway Romeoville, IL (o)
Current Electricity Part 2
Electronic Waste: What happens to our electronic equipment later? Video showing e-waste in China.
Solid Waste By: Bradley Ostrowski. What is solid waste? Garbage Refuse Sludge from wastewater treatment plants.
© 2015 albert-learning.com E - Waste E-WASTE. © 2015 albert-learning.com E - Waste Vocabulary Exponentially : Something's increasing quickly by large.
Decomposing Waste!!! By Will Wilson Purpose The purpose of my power point is to make people understand the harm that garbage does to the environment!!!
Air Pollution. How to reduce global warming? Global warming affects our plant every day and can cause major environmental implications if not addressed.
5 th ITU Green Standards Week Nassau, The Bahamas December 2015 Creating Sustainable Recycling Business Models Consuelo Velarde Business Development.
RECYCLING ELECTRONICS Bramara Godasi Aspects of Environmental Health Walden University.
Jillian Butkiewicz.  Electronic products have very short useful lives  Wastes that can be hazardous material  Some components can be reused  Products.
 E-Trash consists of unwanted used electronics  This can mean computers, TV’s, music players, or anything with a circuit board  E-Trash accounts for.
Environmental Impact of Computer Technology By Stefan Falciglia & Sabin Visan.
How Do Batteries Work?  Eddy Giang  Scott Segawa  Eddy Giang  Scott Segawa.
Aseena Mehmood Moiz Tariq Ali Javed  Water pollution  Air pollution  Noise pollution  Soil pollution  Radioactive pollution  Thermal pollution.
Good for You! Good for the Environment! Tel: | | IN PARTNERSHIP WITH holisticESSENCE.
By Bhavesh Sankla.  BlackBerry was produced by a Canadian company called Research In Motion (RIM) which was founded in  The BlackBerry Smartphone.
Electronic Waste Recycling Necessary for a Green Future.
More and more efforts are being made to lessen the amount of electronic waste all over the globe. The issues surrounding electronic waste are increasing.
Environmental Issue E-Waste By: Anthony Tu.
Joe Yob Vice President Creative Recycling Systems, Inc
Batteries Components that store energy and supply it to electrons to be carried round a circuit This is a cell. What most people think of as a battery.
BY: All Purpose Clean Up All Purpose Clean Up1.
Pollution Prevention and Proper Waste Disposal
Potential Difference.
THE BENEFITS OF RECYCLING ELECTRONICS
Presentation transcript:

Technology Recycling Project By: Michelle S., Fletcher T., Alex L.

What can be recycled... ● Computers ● Video Games ● Cell Phones ● DVD Players ● VCR’S ● MP3 Players ● TV’S ● Microwaves

Action Plan ➔ There will be three different boxes for E-Waste ◆ Lightly used; Devices with some cracks but not completely destroyed, or phones that are no longer wanted ◆ Destroyed; Phones with no hope of being fixed. ◆ Unwanted; Phones that are in good condition without any cracks, and still function properly, but aren’t wanted any more. ➔ With the money that we raise we will… ◆ buy three bins for each of the categories listed above. ◆ fix devices with minor damages to sell ➔ The destroyed devices will be taken to a store or RecycleBank listed on

Implication ➔ If we stick to the fundraising plan then we will have enough money to get started ➔ The program is beneficial because unwanted devices can be sold to help with the funding of the program and fixing lightly used devices to sell ➔ The destroyed devices will be sent to be disposed of properly ➔ This program will be important because we’ll be keeping harmful wastes from destroying our planet, by doing so, we’d be helping the Earth in ways you can’t even imagine. ➔ This program will help save the Earth and ourselves, one piece of technology at a time.

Fundraiser ➔ We can raise money in the following ways ◆ A penny drive ◆ Car wash ◆ And bake sale ➔ If we do all these things and have the support of students and staff we will be able to raise enough money to get this program off the ground. ➔ After we get some lightly used and unwanted phones in the bins we can sell them to continue to have a somewhat steady flow of money to support the program.

Maintenance ➔ Make a club or group to keep it running ➔ Set out the bins and empty them when needed ➔ Go through the devices and pull out the ones that work and ones that need minor fixes to sell ➔ Take the ones that don’t work to a store or RecycleBank that will dispose of them properly

Environmental Impact ➔ Recycling E-Waste is important because there are harmful chemicals in our electronics that are not for the rest of the environment. ➔ Here are some of those chemicals and the effects they have on the people that are exposed to them because of improper disposal of E-Waste. ◆ 40% of heavy metals in landfills including lead, mercury, and cadmium comes from discarded electronic equipment ◆ These chemicals, eventually decompose into our planet, causing many problems. Some of these problems can include poisoned drinking water, some of these chemicals, can be evaporated then transferred into our air. ◆ These chemicals can soak into our soil and water. ◆ Technology designers need to use Green Chemistry to create green products to make the hazardous materials obsolete so they don’t affect people in the future

Sources Page Bailey, M. (2015). New Frontiers in Metals Recycling. Chemical Engineering, 122(4), Lu, Z., & Zhenming, X. (2014). State-of-the-Art of Recycling E-Wastes by Vacuum Metallurgy Separation. Environmental Science & Technology, 48(24), doi: /es Benefits of Recycling Old Computers & Electronics - Vintage Tech. (2013, March 7). Retrieved April 21, 2015, from electronics/ electronics/ Green Chemistry vs Toxic Technology. (n.d.). Retrieved April 26, 2015, from Kansas Recycle E-Waste - Where can I recycle E-Waste? (n.d.). Retrieved May 3, 2015, from