Why Cold Waves are Bad for Traditional Energy Generation
“Why does traditional energy generation suffer from cold waves?”
When the weather becomes extremely cold, such as the American Midwestern polar vortex, energy generation in traditional generation facilities becomes much less efficient. This stands in stark contrast to wind turbines, which are much more resilient to colder weather. This is Why Cold Waves are Bad for Traditional Energy Generation.
How Trimming Trees Near Transmission Lines Could Increase Infrastructure Resilience
“How could hot areas become more resilient by trimming trees?”
Electrical transmission lines can fault for a variety of reasons. But one of the most common is from being near untrimmed trees. These can fall onto the power lines, causing power disruption. In the case of extreme drought, static buildup can even rupture a fire, as seen in the 2018 Northern Californian Camp Fire. To prevent this, we can simply trim the trees. This allows for increased safety against extreme weather. This is How Trimming Trees Near Transmission Lines Could Increase Infrastructure Resilience in Drought-ridden Areas.
“How can we have a safe form of carbon which can’t easily escape into the atmosphere?”
Carbon is one of the most fundamental elements in the world. Given its role in energy production and global warming, it is both the foundation and destroyer of our civilization. But can there be a cleaner form of carbon? Well, if we burn dead organic matter such as plants in a container with very little oxygen, then it will release very little fumes and turn into a stable form of carbon known as Biochar. The energy created in the burning process can be used to power mechanical processes.
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“How can we heal an area from mining activities?”
Mining activities can destroy the face of the Earth. However, with the proper planning, a closed mineland can be restored to proper functioning. This involves the use of groundwater treatment, replacement of soil, or tree-planting initiatives. This Mining Remediation process is used all over the world to restore natural landscapes.
The Environmental Impacts of Open-Pit Mining
“What are the environmental impacts of open-pit mining?”
Materials such as rare-earth minerals are often obtained through open-pit mining. However, this process is extremely environmentally destructive, releasing a multitude of harmful chemicals, debris, and dust into the air. The residue can also cause Sound pollution from the machinery, ground vibration from the operations, forcibly resettle people, pollute nearby water and destroy soil fertility. Thus, The Environmental Impacts of Open-Pit Mining must be minimized at all costs!
“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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