Ever since Steve Jobs got the hold of Apple, they’ve been a leader in the fields of innovation and technology. They always strive to be the first company that does the impossible and sets the standard for everyone else.
One such thing is the introduction of a recycling program to get rid of all the electronic waste that humanity is producing. Most people just throw away their old electronic appliances, and they don’t know where they will end up. Wherever there is electronic waste, there’s also gold and other precious metals that the planet is losing. Follow this link for more info https://www.ctvnews.ca/sci-tech/what-do-you-do-with-an-old-cellphone-company-hopes-to-reduce-canada-s-e-waste-1.5279830
That’s why Apple’s headquarters invented a new robot to help with recycling, and they named it Daisy. If you have an old phone that doesn’t work, or you simply want to switch to a newer version, then Daisy will take care of it. You only need to bring it to the closest store or go to their website to fill in information about the trade-in program.
Does it work?
Up until now, there have been millions of devices that have been submitted through this channel. Each of the Daisy robots has the capacity to recycle more than a million devices. In their 2018 report, they claimed that more than 50 thousand tons of waste have been diverted and put back into use.
This entire process makes a lot of sense. Why should you throw away components that will work perfectly if they are coated with another material? If every company cared about the environment as much, then the entire world would be a better place.
Even though iPhones and MacBooks can be used for a long time, they can still be saved and salvaged to create better devices. The future of Apple’s new products is in their old ones. This sets an example for other tech giants to encourage their customers to handle their devices with care and turn them into something better. Click here to read more.
What kinds of materials get saved?
Since the robot can currently salvage materials from all phone types, the most important one is cobalt. This is the thing that’s used in batteries to make them last longer. However, up until now, there hasn’t been an efficient method to extract it and use it again without losing some of the properties.
Well, new technology allows them to use recycled cobalt and put it again into new batteries. This is the first time an efficient closed-loop process has worked, and this will revolutionize their future products. Apart from cobalt, the second most recycled thing is tin.
This is a specific strain of aluminum, which gives their products a sleek look. Since it is a metal, tin and aluminum get shredded together, and then they get heated to super-high temperatures. As soon as they are melted, they get put into new enclosures and get 100 percent reused in the process.
What does the future hold?
It’s always fun to fantasize about the future, but it’s even better when the Apple recycle program is the one creating it. A new facility opened up in Texas that’s 9000 square feet, and they have some of the best minds working on new solutions.
New technology advancements in artificial intelligence, machine learning, and big data will give them the insight they need to see how old methods can be improved. This means all the processes that get used can become better.
Plus, the care of the planet doesn’t stop as soon as you have something figured out for yourself. In fact, when Apple released their report about their Environmental impact, the world was positively impressed. All of their suppliers have agreed and are already using renewable energy when producing new phones, tablets, and laptops.
This is one of the biggest leaps to going green that anyone has ever seen. Just like the Macintosh revolutionized computers back in the 80s, this move will turn big tech firms away from fossil fuels and orient them toward something much better.
Currently, there are more than a hundred thousand people working together under the same roof to make the world a bit better every day. They want to reduce all of their carbon emissions by 2030 and prove to the world that the impossible can be done.
