Why Traditional Manufacturing May Stay Around
“Why will traditional manufacturing methods still be around?”
Many foresee the rise of 3D printing as the death knell of traditional manufacturing. However, because some components might be too big to print, these may still stay around. This is Why Traditional Manufacturing May Stay Around.
“How can mines operate without a land-cover?”
In the past, mines were made by digging individual holes under the surface of the ground. But with the advance of new technology, this may no longer be necessary for regions where ore is close to the surface. The surface of mineral areas can now be blasted out through dynamite and then carved through by giant cranes. This leaves a giant hole in which minerals can be easily accessible. Although this Open-Pit Mining technique might be economically efficient in many cases, it produces large amounts of environmental damage. Rare Earth Minerals are often excavated through open-pit mining.
Recycling Rare Earth Minerals
“How can we reuse rare earth minerals?”
Rare Earth Minerals are vital for the operation of distributed energy technologies. But their extraction process is extremely pollutive and their supply is limited. But what if were to simply reuse them from old products? This way, we can increase the availability of their supply and help create a circular economy. As a result Recycling Rare Earth Minerals can be of great use to the world.
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The Environmental Impacts of Mining Rare Earth Minerals
“What is the pollutive side of renewable energy?”
Rare Earth Minerals are critical for the proliferation of clean energy technologies. However, their extraction methods can be quite toxic to the environment. Since most of these minerals are unearthed using open-pit mining, radionuclides, rare earth elements, and dust and metal are released to the surrounding area, desecrating local life. Because of The Environmental Impacts of Mining Rare Earth Minerals, we need to look into making this process more sustainable to ensure a completely green future for the world.
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Rare Earth Minerals
“What are some of the most important but rare minerals in the world?”
Every piece of machinery is based on some fundamental minerals. And much of modern electronic technologies come from Rare Earth Minerals or minerals who contain one or more Rare Earth Elements.
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The Importance of Rare Earth Minerals to Renewable Energy
“Why are certain minerals so important for renewable energy?”
Renewable energy is one of the fastest growing technologies in the world. But like every manufactured product, they are heavily dependent on the minerals that compose them. One of the most important amongst these are Rare Earth Minerals. Rare Earth Minerals such as neodymium, terbium, indium, dysprosium, and praseodymium form vital components for solar panels, wind turbine motors, batteries, and electric vehicles. With such constricted supplies in the world, geopolitics will shift to favor countries with large amounts of these resources, underlying The Importance of Rare Earth Minerals to Renewable Energy.
“Can we complete a structure before bringing it over to the assemblage site?”
In traditional means of construction, components are fabricated on the assemblage site. But with the advent of technologies such as smart manufacturing and the internet of things, this is no longer necessary. Instead, structures can be built in a remote factory and then brought over for assemblage in a process known as Prefabrication. This can save on time, money, and carbon emissions.
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The Circular Economy
“How do we need to rethink our approach to consumption?”
Widespread industrialization has lead economically developed societies to think of products of having a finite linear lifespan. However, with the advent of climate change, this needs to change drastically. Instead, manufactured products will need to be recycled and reutilized in a Circular Economy. This will ensure maximum resource utilization and minimize carbon emissions.
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How Industrial IoT can Help Improve Energy Efficiency in Manufacturing
“How can connectivity help with efficiency in manufacturing?”
The digital revolution of the Internet of Things is transforming everything in its wake, and manufacturing is no exception. With increased connectivity, automation can be made much more efficiency, therefore reducing energy consumption used and greenhouse gas emissions generated. This is just a small example of How Industrial IoT can Help Improve Energy Efficiency in Manufacturing.
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