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iPhone, Cardboard
&
Paperboard, Fiber-based paper tray
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EXTRACTION
Aluminum, iron, copper, cobalt, nickel, chrome, gold, tin, indium + rare earth metals
Open pit mining is the most commonly used method for mining metals.
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More ore can be produced relatively quickly, and this provides greater profits to investors.
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Open pit mining is safer for workers in comparison to shaft mining, resulting in a lower death rate.
In order to create and operate an open pit mine, all vegetation is stripped and the surface of the site is left barren.
The ecosystem is lost, and the restoration of the ecosystem can take decades without replanting.
The loss of the ecosystem greatly impacts local species since they are now left without a habitat.
Without vegetation to stabilize soil erosion, the rate of landslides and rockslides increase and become more erratic.
Landslides and rockslides pose a threat to human safety.
The loss of ecosystems greatly impacts Indigenous communities and their livelihood.
Infrastructure, such as power lines and railway tracks, is built to support mining activities.
This infrastructure may impact migratory routes of animals and increase habitat fragmentation.
PRODUCTION
Components of the iPhone are manufactured by 200+ suppliers in mostly technologically advanced countries like the USA, South Korea, Taiwan, Japan, Germany, China, etc...
Display/Touch from Samsung Suwon, South Korea
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Primary Camera Module from SONY Tokyo, Japan
Main Printed Circuit Board from Compeq Manufacturing Taoyuan, Taiwan/Unimicron Technology Taoyuan, Taiwan/Unitech Printed Circuit Board New Taipei City, Taiwan
Main Enclosure from Catcher Technology Tainan, Taiwan
Loudspeaker & Main I/O Audio Jack PCB from Cirrus Logic Texas, USA
Battery from Desay Battery Tech Shenzhen, China/Sunwoda Electronics Shenzhen, China/Simplo Technology Hsinchu, Taiwan
Cobalt is an essential material for iPhone batteries
Apple wants to procure cobalt in response to the cobalt supply shortage and for supply chain transparency.
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Each component of the iPhone is made in more than 8 countries
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These components are taxed by the government
Increases cost of iPhone
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DISTRIBUTION
Shipping
Customs
- Transported from Foxconn a few 91.44 metres to the customs facility
Drive
- Transported to the airport by truck (approx. 3 miles)
Flight
- Phones are flew to Anchorage, then to multiple logistics service hubs, Fed ex, UPS, etc. (approx. over 7275 miles = 1,455 gallons of gas)
Transportation
- Transported all over the world by Fed ex, UPS, etc
- Using all transportation methods
Negative environmental impact
Pollution
- Pollutes the air with CO2
- Overall travels around 12,000 miles = 2,400 gallons of gas
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Package production
Rigid Boxes
DISPOSAL
Apple stores allow for iPhones to be recycled once users no longer require them. :recycle:
Materials like gold, cobalt, tungsten, and rare earth elements are recovered and reused in future products.
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CONSUMPTION
Currently, there are a total of 6.4 billion smartphones worldwide
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Cardboard
&
Paperboard
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Cut down trees
- Pine, fir, spruce, and hemlock trees
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Deforestation
Negative impacts : Environment, animals, and humans
:red_cross:
Pulp Process
- 2 processes Mechanical Pulp
or
Chemical Pulp
Mechanical Pulp
- Deteriorates fast
- Weaker and darker papers
- Cheaper
- Efficient energy wise
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Chemical Pulp
- Uses a fraction of wood cut down
- Involves chemicals such as sulfur and black liquor
- Brighter and stronger paper
Negative impacts: Environment
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Fiber-based paper tray
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