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July 28, 2018 by Greg Underwood

Ryan Jacob CAE on the Unusual Ways People Recycle Air to Improve Its Quality

As a student, Ryan Jacob CAE set up the Clean Air Engineering initiative. When he is not busy going to college, engaging in fitness, or enjoying the NFL and NBA, he looks for innovative ways to improve air quality. By founding CAE Ryan Jacob hopes to improve air quality all over the world, starting in California. He has been an abject defendant of lowering carbon emissions and becoming more sustainable since being very young and he now uses his knowledge to further that. He lately came across some news on unusual ways in which people are improving overall air quality and he wished to share this with others.

Ryan Jacob CAE on Improving Air Quality

By now, everybody should know about the things that we can recycle. Glass, metal, plastic, cardboard, paper, and so on, can all find its way back into new production, instead of requiring more resources. However, there are also some resources that can be recycled that are less obvious, including air.

It was in the news in December that an artist from China had created a brick using the smog that blankets the city. He is known as “Nut Brother” and used a simple vacuum to hoover up over 100 grams of smog straight from the air. He mixed this with clay and created a brick that he hoped would raise awareness of the problems China is facing.

China is not alone in this. In November, and artists from the Netherlands had a similar idea, turning pollution into jewelry. He created a 23 foot device that would suck up smog and spit clean air back out. He then collected the particles of smog and turned those into rings. While these are all fantastic projects, they are, unfortunately, insufficient to resolve pollution.

However, Ryan Jacob has seen an Indian innovator who hopes to change this completely. He wants to use black smoke, which comes out of car mufflers and chimneys, and turn it into printer ink. This is a simple chemical process that could make a huge difference to the world because it repurposes pollution into something that the planet actually needs.

Indeed, Sharma, the Indian engineer, has called this “black oil”. He removes impurities and carcinogens, adds a bit of oil and water, and creates beautiful oil. This was a research project to start with but has now took off and is being turned into a reality. This is something that has greatly inspired Ryan Jacob, because it is precisely what he aims to do with his Clean Air Engineering project: he wants to use his knowledge and expertise, which he is still building on now, and turn it into something that will have a positive impact on the world as a whole.

Already, various businesses in California have expressed an interest in CAE Ryan Jacob’s ideas and it looks like he’s on track to do good things. He feels that clean air is vital to the survival of this planet, of humanity, and of all the things we have come to love and take for granted.

December 15, 2017 by Greg Underwood

The Technical Side of Smartphone Recycling: More Than Meets the Eye

We are all aware that protecting the environment today will have a massive impact upon future generations. In the past, the concept of recycling was generally limited to items such as paper, glass and metals. The rise of the smartphone within our daily lives has slightly modified this observation. There are now countless ways to recycle these handy gadgets. Whether referring to the Google Pixel XL, the iPhone 6S or an older Samsung Galaxy, the average lifespan of a mobile phone is 4.7 years. Companies are willing to pay consumers cash in exchange for outdated models. However, the process of recycling itself is quite interesting and in order to appreciate such a unique approach, it is wise to examine the main steps that companies will employ.

Collection and Transportation

The first step obviously involves the collection of any older phones or those which have encountered unrecoverable damage. There are two main ways in which this can take place. The first involves taking the phone to a physical drop-off point such as a community centre. Companies will visit these locations on a regular basis and procure any unwanted devices.

The second option involves leveraging the power of the online community. There are many websites which offer consumers liquid cash for their phones. The phones are simply shipped to the middleman and once received, funds will be transferred into the desired account.

How Does Mobile Phone Recycling Work?

Once the smartphone has arrived at the recycling centre, several steps will need to take place before the act of recycling begins. First, the phones are physically sorted by employees. This is generally intended to remove any extraneous debris that may have inadvertently been included within the batch. This is the only process directly supervised by human contact.

The next step involves breaking down the phones into their core components through the use of mechanical devices such as shredders. In order to maximise the amount of recoverable materials, the pieces of the phone will be separated into several different categories such as:

  • Batteries
  • Plastics such as the outer casings
  • Display screens
  • Printed circuit boards
  • Any metals

This is still a rather crude initial step. The true magic involved with smartphone recycling is the ability to separate specific metals into their own categories. Many consumers will be surprised to learn that phones contain an appreciable amount of gold within their circuitry. While it is normally not economically viable to extract at home, the fact of the matter is that processing thousands of handsets per day will help to recover a sizeable portion of this metal. The same holds true for other materials such as silver, copper and rare-earth elements including rhodium.

Post-Extraction Processing

Once valuable metals and other materials have been removed and sorted, they tend to be shipped off to other processing plants. In fact, some of these plants could be located thousands of kilometres away from the initial recycling centre. Metals, plastics and other substances will all be melted down and subsequently sold to other firms. They can then be used in the creation of other products. So, the gold within your phone today could very well have existed within the handset of another consumer located on the other side of the world!

From the modern Google Pixel XL to a traditional push-button Nokia model, the importance of recycling cannot be minimised. If you are looking to help the environment while earning a bit of extra cash, consider this option before you upgrade.

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