It is hard to accept, but the current climate change shows that humanity might be moving towards extinction! And no, it is not because of what we eat, but due to what we do. We must start using more apps for remote working, environment-friendly machines and generate clean energy to continue living on the Earth. To identify the problem, let us go back in time and see how it all began.
As the saying goes, necessity is the mother of inventions. Without a doubt, man has invented everything to meet a pressing necessity. Man invented the wheel when he wanted to travel; man invented bulbs when he wanted light; man invented airplanes when he dreamed of flying. Whenever the need for a new invention arose, a silent hero was there to spark the flame of creativity and do the unimaginable.
The inventor of technology or an engineer could have never imagined the costs the future generations would have to pay for using those technologies. Technologies have fulfilled our needs, but our choices have led humanity to a dead end. From here, humans can move towards their destruction or take the path that leads to a better future. If they continue to be naive and ignore or intentionally avoid taking any actions, they will start the journey towards their demise.
Everything starts with the good, but greed and agendas lead them to a vicious end. Technology in itself is not bad; it is the need to mass-produce and distribute that causes problems. Whether people believe it or not, the climate is changing, and global warming is a significant threat to life on Earth. The industries we have created, the cars we are driving, the energy we are producing all emit greenhouse gases that trap the sun’s heat and warms up the planet day after day.
To put this into perspective, read this; after the last ice age, the average temperature of our planet rose to about four (4) to seven (7) degrees Celsius over a period of 5,000 years. Now, let the following information sink in; during the last century, the average temperature of Earth has risen by 0.7 degrees Celsius. This rise is approximately ten times faster when compared to the average rate of ice-age-recovery warming. If this rate of rising temperature continues, or worse, accelerates, the world as we know it will cease to exist, and soon it will become uninhabitable.
Following greenhouse gases are important contributors to climate change, nitrous oxide, methane, and other industrial process gases. However, carbon dioxide (CO2) is the chief greenhouse gas contributing to global warming and climate change. Unlike oxygen and nitrogen, carbon dioxide absorbs the heat and re-emits it in every direction. Half of that rereleased heat travels to space, but half comes back to Earth and adds up to the greenhouse effect.
It is high time that we take responsibility and try to restore our planet to its natural temperature. A hero is not born; he is the person who takes a stand in the face of a challenge and tries to solve it without the fear of failure. Every person has to do their part to make things right and give a better future to the coming generations. Julia Abigail Fletcher Carney once said, “Little drops of water make the mighty ocean.” Everyone needs to start doing their part so that the little drops of their effort can add up to become the ocean that will save the planet.
The time to wait for others to initiate is over, now is the time to act. So we, as APPSTIRR, are doing what we can to contribute towards reducing carbon emissions. Every person and organization in their own industry can do something or the other to help restore Earth’s temperature.
The question is, what is it that we cannot do? Given enough time, we can do a lot more than we give ourselves credit for. Let us look at a few ways in which technology, and mobile app development companies like APPSTIRR can play their part, and make a difference.
Digital technologies such as mobile apps can play a huge role in reducing carbon emissions and increasing awareness. Mobile apps can help in several ways, such as enabling remote working and collaboration. They can also raise awareness and provide tips to living a greener lifestyle, cutting down carbon dioxide emissions, and steps to become more eco-friendly.
By maximizing efficiency and automating the processes of manufacturing and agriculture, digital technologies can play a huge part in fighting against climate change. Digital technology can enhance the performance of industrial food grinders that convert food waste into fertilizer and heat or electricity. This shows that companies can use digital technologies to reduce food wastage, produce more electricity, and emit fewer greenhouse into the atmosphere.
Artificial intelligence can also help by reducing greenhouse gas emissions. AI-powered apps can predict forest wildfires by using historical data, real-time satellite observations, and physical simulations.
We can combine machine learning with satellite imagery to collect valuable data through these apps. The data can also help by determining the impact of climate, promoting harvest sustainability, and improving species habitats.
Large enterprises have the resources to commit to using renewable energy and reduce the consumption of electricity. It will lead to burning fewer fossil fuels and emit fewer greenhouse gases in the atmosphere. These companies can further help by continuously working and enhancing the energy efficiency of their data centers and office buildings.
The collective action of large enterprises is the key to changing the climate in favor of humanity. Every single person in the entire world has to deal with the climate crisis. One person or organization cannot put in the effort required to change the climate. Everyone has to do their part, and the collective action of all the people and companies will be big enough to be significant.
Solar panels and wind turbines have been around for decades. They could have been the key technologies to combat climate change. Solar panels convert sunlight into energy, and wind turbines convert wind into energy without releasing greenhouse gases. These technologies have become more efficient, and their prices have come down even lower than fossil fuels. What is needed now is to find more efficient ways to store and distribute the energy produced by these technologies.
The transport sector releases lots of greenhouse gases every day as people commute from one place to another. Electric vehicles and rechargeable lithium-ion batteries can decarbonize the sector. Battery storage is critical and more battery charging stations are required. Fuel for cars is readily available in all parts of the world, so most people prefer cars that run on gas. With a better electricity storage system, we can store more energy and use it when needed the most.
Power-to-X is a process in which we can extract hydrogen from water by using electrolyzers. In this way, we can store energy in various forms. Engineers can collect and store hydrogen molecules and burn them to produce heat, or store them in fuel cells, or better yet, turn them into chemicals such as methane and use them in place of fossil fuels.
The tech to scale this process is out there, but its demand is low, and there are no regulations to guide the way. It can prove to be a great way for decarbonizing the chemical, mobility, and heating sector. One of the most high-polluting sectors is heavy industry, and we can use hydrogen to decarbonize the industry and further reduce greenhouse gas emissions.
With all the industries, mass production, and vehicles on the road, there is more than enough carbon dioxide in the atmosphere to last a lifetime. Capturing and storing the already emitted carbon dioxide from the atmosphere is crucial to curb climate change. One popular way to do this is to plant as many trees as possible because they convert carbon dioxide into oxygen.
Another way is to capture carbon dioxide and store it deep underground with biomass plants. We can use it to produce power by emitting much fewer greenhouse gases. Mobile apps can help by collecting data about how much carbon dioxide has been stored by various entities and combining the data to show the actual figures.
Remote working is another great idea to reduce carbon emissions in the atmosphere. Every day millions of people leave their houses, travel through cars, buses, trains, and bikes to reach the office and start working. By working remotely, we can reduce the carbon emissions from these vehicles.
Businesses have already started adopting the remote working model due to the Coronavirus pandemic. The technology to support remote working is becoming more efficient and readily available. Various mobile apps are available in the market to enable remote working. Organizations can use them to work more efficiently and provide the comfort of home to their employees.
Remember that climate change is everyone’s problem, and one person or organization alone cannot curb the situation. Everyone has to do their part and work hard to reduce carbon emissions at their level to make a significant difference in the climate. Leaving things the way they are will only make the situation worse. Humanity must see beyond their current desires and take responsibility for the damage it has caused to the Earth.
02, Sep 2021
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