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How Can AI Save The World

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Artificial intelligence creates incredible opportunities all across the world every day. Artificial intelligence is now being used in businesses to help them make better decisions, streamline processes, and get useful insights.

Technology has a big impact on achieving sustainable development goals.

Artificial Intelligence offers a lot of possibilities for saving our planet: detecting energy emission reductions, optimising energy production, monitoring deforestation, anticipating extreme weather, cleaning oceans and preserving people, and so on.

Artificial intelligence (AI) technologies that save the environment

In this post, we’ll look at some AI technologies that can help rescue the world. You can also find examples of AI startups that have successfully invested in AI technology in order to save the world.

1. Cleaning and safeguarding the oceans

The ocean covers 71% of our world. However, the world is awash with plastic pollution.Every year, 300 million tonnes of plastic are manufactured, according to the UN Environment Programme (UNEP), and not all of it is recycled. [1]

Furthermore, according to a report released by the Ellen MacArthur Foundation in collaboration with the World Economic Forum, the seas would contain at least 937 million tonnes of plastic by 2050, but only 895 million tonnes of fish. [2]

There are a slew of other stunning statistics as well.As a result, the initial use of AI technology is to clean and safeguard oceans from plastic pollution. Have you ever considered how artificial intelligence (AI) can aid in the cleanup of the oceans?

Sorting plastic with a robotic system

In 2020, University of Buffalo researchers developed a machine-learning-based robotic system for sorting plastics and discovering environmentally friendly solvents and new chemicals that degrade plastics into recyclable components.

Sensor technology and a machine learning model are included in the robotic system.Sensor technology records each piece of plastic’s molecular signature, and machine learning uses these signatures to identify a specific piece of plastic.

A robot that detects plastic in choppy waters.

Razer and CleanBot recently announced the development of a completely autonomous robot that can detect marine plastic within two metres in harsh waters using artificial intelligence and machine learning technology. The solar-powered robot can collect up to 250 kilogrammes of plastic in a single cycle.

“With ClearBot’s unique AI and powerful machine learning technology, governments and organisations all across the world will be able to widen their sustainability initiatives.” – Razer’s chief of staff, Patricia Liu

2. Robots with artificial intelligence (AI) help to improve the recycling process.

According to the Bureau of International Recycling, recycling is a $200 billion business. Recycling is generally regarded as a public good rather than a personal responsibility in most nations.

Only 9% of all plastics are recycled, according to statistics. The remainder is usually disposed of in the oceans. Let’s take a closer look at some recycling statistics. [3]

  • The Director of the EPA declared the goal of increasing the national recycling rate to 50% by 2030 at the America Recycles Summit on November 17th, 2020.
  • Recycling is supported by 94 percent of Americans, according to estimates.
  • Germany has the world’s greatest MSW recycling rate.

3. AMP Robotics

AMP Robotics is a company that specialises in robotics.The business creates artificial intelligence robots that identify, sort, and process the numerous things gathered for recycling at speeds twice as fast as people and with 99 percent accuracy.

AMP Robotics is based in the United States, Canada, Japan, and Europe, and their technology is integrated with current equipment to reduce the need for major infrastructural upgrades.

ZenRobotics

The ZenRobotics Recycler is a waste sorting machine that distinguishes between garbage and source materials.Infrared sensors, a 3D sensor system, an RGB camera, and a metal detector for waste detection are all included in the system.

The recycling technique allows important raw materials to be recovered from building trash. A network of resellers in 49 countries sells the artificial intelligence system worldwide.

4. The role of artificial intelligence in minimising food waste in supermarkets

Food waste is a rising concern around the world, and while it occurs at every stage of the process (from manufacturing to consumption), consumers are now the ones that cause the most waste.

In Germany, for example, over twelve million tonnes of food are discarded each year. Every year, over 40 million tonnes — 80 billion pounds — are produced in the United States! [4]

As a result, AI technology plays an important part in this worldwide issue.

According to a whitepaper released by the Ellen MacArthur Foundation and Google, AI-based systems that “engineer out food waste” might produce up to $127 billion per year by 2030. [5]

So, how might AI technology be used to reduce food waste in supermarkets?

Winnow Vision

Food waste dumped into AI-powered bins in commercial kitchens is identified and weighed by the Winnow Vision AI platform. In more than 80% of cases, this platform can correctly identify unneeded products.

Winnow Vision was also placed in all 23 IKEA locations in the United Kingdom and Ireland, thanks to a partnership with the Swedish corporation.

What comes next?

Artificial intelligence for environmental applications, according to PWc study, might contribute $ 5.2 trillion to the world economy in 2030, up 4.4 percent from today. [6]

“AI has the potential to make our future systems more productive for both the economy and the environment,” says Celine Herweijer, PwC UK’s Global Innovation and Sustainability Leader.

Artificial intelligence has the potential to make energy markets much more efficient in the near future, by unlocking new supplies, lowering transaction costs, and making it easier for users to determine what they want to buy. Furthermore, it is expected to see AI solutions such as:

Cities that are intelligent, connected, and livable thanks to artificial intelligence
Earth research advances and more can be achieved with a transparent digital Earth Reinforcement learning system.

Important Points to Remember

  • Artificial Intelligence offers a lot of possibilities for saving our planet: detecting energy emission reductions, optimising energy production, monitoring deforestation, anticipating extreme weather, cleaning oceans and preserving people, and so on.
  • A robotic system for sorting plastic, AI-powered robots to improve the recycling process, AI-powered bins to reduce retail food waste, and more are examples of AI solutions.
  • Artificial intelligence is critical for attaining all sustainability goals, not just environmental ones.

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