Count how many times you changed
your electronics
On October 13th 2020,
Apple released the new iPhone 12 excluding wall chargers and wired earbuds in
aims to be more environmentally friendly and to reduce e-waste [2].
Not to mention in previous years, Apple had already implemented a trade-in
program, a Material Recovery Lab to enhance recycling methods, and even
designed a robot that can recover valuable materials as iPhones are
disassembled
[3].
Continuing their efforts to recycle
and reuse resources, Apple included fewer accessories with the new iPhone 12.
By doing so, the company saves costs and cuts down greenhouse gas emissions;
it’s a win-win for both the business and the planet.
Yet, it’s not this simple. Customers
who don’t have earphones and chargers will buy new ones. This implies more
packaging and separate deliveries, increasing carbon footprint. Despite Apple’s
sustainability initiatives of making big cuts in greenhouse gas emissions,
e-waste generation is ironically becoming ceaseless.
“You can’t make an omelette without breaking some
eggs.”
Thanks to technological
advancements, our lives have become easier, simpler, and faster in many ways:
better communication means, enhanced learning techniques, efficient
productivities, and so much more. While all these activities are worth
praising, they all came with a cost: e-waste.
Bags of electronic parts await
recycling at a warehouse in Beringen, Belgium, July 13, 2018
(AP photo by Geert Vanden Wijngaert)
[3]
On average, people change their cell
phones every two years, laptops every two to four years, and televisions every
five to 10 years
[1]. As these replacements occur,
people are unaware of their contribution to e-waste generation and its
potential adverse effects on human health and ecosystems. Now, e-waste is the
fastest growing waste stream in the world [6].
Dangers of E-Waste [7]
There are more than 1,000 different
hazardous chemicals in e-waste. Toxic pollutants contaminate the environment by
travelling through the ecological food chain and have a detrimental effect on
human bodies and ecosystems. Toxins bioaccumulate in the food chain, disrupting
nervous systems and water quality [6]. As 71% of Earth’s surface is
covered with water, bioaccumulation, resulting in water pollution, negatively
affects marine life and humans as well, since we consume water and eat meat or
fish.
Breakdown of global e-waste
generation by 2019 [5]
According to the UN’s Global E-Waste
Monitor, the total weight of e-waste (from 2014 levels) will double by 2030.
The more alarming fact is that only 17.4% of global e-waste is properly
documented and more than 50% are not documented because they have been disposed
of in a non-environmentally sound way [5].
6 down. 11 to go.
How E-Waste contributes to the SDGs [5]
E-waste is omnipresent and generated
everywhere. It presents a global significant challenge to our planet, as
e-waste management tackles 6 out of 17 SDGs. Companies and the government are
designing new solutions to attain the UN’s goal of reaching net-zero emissions
globally by 2050. For instance, Tesla is attempting to replace cobalt, a costly
and non-organic material, in its electric vehicles. The CEO of Tesla has
announced to grant contracts to other companies that “mine nickel efficiently
and in an environmentally sensitive way.” [4]
Large companies like Apple and Tesla
are taking initiatives but recycling e-waste is expensive and the market for
recycled material is limited. Countries have adopted national e-waste policies
but the enforcements are poor. 78 countries are covered by legislation but
there remain 115 countries uncovered. There’s a long way to go but first,
count how many times you changed your
electronics.
Works Cited
[1]
“How Often Do We Upgrade Our E-Devices?.” ERI, 10 Sept. 2015,
eridirect.com/blog/2015/09/how-often-do-we-upgrade-our-e-devices/.
[2]
Calma, Justine. “Apple Ditching Chargers Saves Costs but Not the Planet.” The
Verge, The Verge, 16 Oct. 2020,
www.theverge.com/2020/10/16/21519466/apple-iphone-12-chargers-airpods-greenhouse-gas-emissions-e-waste.
[3]
Cho, Renee. “E-Waste Is Taking Over the World. 5G Will Make It Even Worse.”
World Politics Review, www.worldpoliticsreview.com/articles/29169/how-to-manage-the-world-s-growing-e-waste-problem.
[4]
Desai, Pratima. “Exclusive: Tesla in Talks to Buy Low Carbon Nickel from Canada
- Sources.” Reuters, Thomson Reuters, 11 Sept. 2020,
ca.reuters.com/article/us-tesla-giga-metals-nickel-exclusive-idCAKBN2621Z8.
[5]
Forti, Vanessa & Baldé, Cornelis & Kuehr, Ruediger & Bel, Garam.
(2020). The Global E-waste Monitor 2020. Quantities, flows, and the circular
economy potential.
[6]
Hossain, Md Sahadat & Al-Hamadani, Sulala & Rahman, Md. (2015).
E-waste: A Challenge for Sustainable Development. Journal of Health and
Pollution. 5. 3-11. 10.5696/2156-9614-5-9.3.
[7]
Short, Annabelle. “Understanding the Horrifying Hazards of E-Waste 101.” Blue
and Green Tomorrow, 8 Nov. 2020,
blueandgreentomorrow.com/environment/understanding-hazards-of-e-waste-101/.
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