The human race has been destroying the world for a long time, yet bright people are always devising new ways to save it.
We’ve compiled a list of some of the most intriguing technological applications that humanity is now adopting to improve our world and erase some of the damage we’ve caused it.
Cleaning up the oceans:
We are all aware of the serious problem of garbage. The oceans and waterways, in particular. The problem of plastic contamination is particularly serious.
One ingenious solution to the problem is Seabin. This is a basic but brilliant draining device. It’s a drain that floats in the sea. Water collects garbage within as it washes over the top. After that, it can be emptied in a more eco-friendly manner.
Bricks batteries:
Solar panels on your home definitely assist because harnessing the sun’s beams to generate energy instead of coal or other fossil fuels is far better for the environment.
Researchers at Washington University in St. Louis, Missouri, have developed a substance that can be used to transform ordinary house bricks into energy storage devices.
When these bricks are combined with solar panels, the house has the ability to store and transfer energy in a variety of useful ways.
Microbots who consume plastic:
Other technologies are being developed alongside Seabin to aid in the removal of plastic garbage from the ocean.
Self-propelled microrobots meant to break down harmful plastic garbage and help save the seas are one example.
Roads with solar panels:
Using renewable energy sources is definitely a vital aspect of environmental preservation, and every small step helps.
In the modern world, roads certainly take up a lot of land. Researchers are now attempting to use technology to make the most of them.
Instead of ordinary asphalt, photovoltaic solar panels enclosed in textured glass can be used. The energy can be utilised to heat roadways and make them safer as well as deliver electricity to the national grid.
Solar panels made of glass:
Researchers at the University of Michigan are developing an energy-generating transparent window material.
These glass panels might be used in place of regular windows, making solar panel installation much easier.
According to the research, if this glass was installed in enough homes, it might account for up to 40% of US electricity generation.
Solar Roof by Tesla:
Solar panels are fantastic, but Tesla has gone even farther with solar tiles that can cover your entire roof without detracting from the overall appearance.
The Tesla Solar Roof may be a vision of the future for homeowners as well, as it not only covers the entire house but also generates and stores energy, allowing you to have uninterrupted electricity even if the national grid is down. It is better if as many individuals as possible own solar panels.
Graphene:
Graphene isn’t a technology in and of itself, but it might be used in a variety of future technologies, including those that can cure planets.
The University of Manchester is the place where graphene was first found. It’s constructed of an ultra-thin coating of graphite and is supposed to have a number of amazing properties, like being flexible, translucent, and conductive. It can be utilised in a variety of applications, including water filtration and photovoltaics.
Eco-friendly Computing:
Since 2007, Google has been carbon neutral, but it has just lately made steps to transition to carbon-free energy 24 hours a day, seven days a week.
This includes using logic in its data centres, which schedules the most intensive tasks when periods when renewable energy is most plentiful. This means that when the sun shines and the wind blows, more work is done while utilising less fossil fuel energy.
This mindset is certainly a terrific method for a company to assist lessen its environmental impact, and the more businesses who adopt it, the better.
Tidal Turbines:
The most powerful tidal turbine in the world is this one. The O2 is the product of Orbital Marine Power, a Scottish engineering enterprise.
It’s 74 metres long and will operate for the next 15 years in the waters off Orkney, delivering sustainable energy to 2,000 houses.
The turbine is interesting because it will power the EMEC’s land-based electrolyzer, which will produce green hydrogen for use as a fuel source. Because hydrogen isn’t derived from fossil fuels, it effectively doubles as a source of energy from a single piece of equipment.
The turbine generates energy as the tide and ocean currents move the blades. This appears to be superior to wind and solar electricity in terms of predictability.
Electrical Vehicles:
Automobiles and cars in general are a major source of pollution.
We need them to get around, transport our goods, go to work, vacation, and so on, but typical fossil-fuel cars pollute the environment.
Electric vehicles are the way of the future, and the sooner we embrace them, the better.
Final Words:
Companies must be more ecologically concerned and make attempts to go green as the globe buckles under the weight of gas-emitting and polluting factories. As corny as it may sound, it is our job to ensure that our world remains habitable for future generations. As a result, the entrepreneurs, institutions, and businesses mentioned above should be congratulated for their efforts to make the world a better place to live in. While it is important to recognise their efforts, the very least we can do is support their attempts by making the best use of their environmentally friendly inventions.
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