Graphene material is a thin, flat sheet of carbon allotrope. Each carbon atom in this material has sp2 bonds that are tightly packed in a crystal lattice, similar to a honeycomb.
Understanding the Uses of Graphene Material as a Potential Future Advantage
Several studies indicate that graphene is the strongest material in the world. A single sheet of this material is approximately 300 times stronger than steel. The material is also known as the thinnest and lightest object in the world, measuring only one atom thick.
The following are the uses of graphene as a material that has superior potential in various fields.
Energy
Graphene has virtually no resistance, making it the best electrical conductor ever discovered. A graphene supercapacitor takes only about 5 seconds to charge a cell phone.
This material can also be used to make solar cells that are more powerful and cheaper than silicon. The material is useful for making microchips with frequencies 10 times higher than silicon. This could overcome the overheating problems common in computers.
Purifying Water
Graphene has hydraulic properties that allow it to adhere to other materials. This property can be used to purify contaminated water.
In fact, graphene oxide is known to separate radioactive materials from water. This makes it a prime solution for hazardous tasks, such as cleaning up oil spills with graphene nanotechnology.
Seawater desalination has long been used as a solution to address the increasingly scarce water supply. However, graphene can accelerate this process, making it 2-3 times faster than current commercial desalination technologies.
Automotive Industry
Graphene nanotechnology could accelerate the development of the automotive industry. This material is the strongest and most flexible on earth, making it a prime choice for vehicle manufacturing.
When used in this way, graphene-powered cars and jets could be lighter. Vehicles could also be recharged with graphene supercapacitors. As a result, electric cars could be charged anywhere in seconds.
Medicine
Graphene material could be used in the construction of biosensors. This means the material could detect genetic diseases, such as Parkinson’s disease.
Parkinson’s disease is a nervous system disorder that disrupts the body’s ability to control movement and balance. The ability of graphene’s thinness for tissue engineering could significantly change the future of prosthetics.
Electronics
Graphene is a new innovation that is gaining popularity in the electronics industry. Besides being able to replace silicon microchips and device batteries, the material can also replace external bodies. This is relevant for touchscreens, which require sensitive conductors to detect touch.
Furthermore, graphene can make devices more transparent, thinner, unbreakable, flexible, and waterproof. These various advantages provide excellent support for advancing the electronics industry in the future.
Graphene material could be the best solution for developing future technology. It not only supports the automotive industry but also offers a solution for energy, medicine, electronics, and water purification needs.