Does Artificial Intelligence Have an Impact on the Environment?
The impact that artificial intelligence (AI) will have on the world is one of the biggest talking points in politics, business, and society. Despite the innovations that AI will bring to modern society, many are apprehensive about the negative impact the technology will have on the world.
The AI industry is expanding rapidly, with the industry value projected to increase by over 5x over the next 5 years, and 83% of companies claim that AI is a top priority. One of the biggest concerns is the impact AI will have on the environment. The positive outlook is that AI will be able to solve and even reverse some of the biggest issues facing the environment, while a more common prognosis is that AI will have a negative impact and cause even more damage.
The Rise of AI
With AI becoming such a talking point to many, it feels like AI has developed rapidly before being unleashed on the world. In fact, the journey from conception to where we are today has been a slow one that has taken place over several decades.
A guide to AI details how the computation AI model for neural network architectures was conceived in 1947, and the term ‘artificial intelligence’ was coined in 1957. AI was being used in multiple industries, such as healthcare and mission manager aids, in the 80s before developing into the AI that we are familiar with today through personal assistants in 2011 and ChatGPT in 2023. At each stage of its development, AI has shaped the world and taken it forward in terms of innovation. With AI now a prominent technology, its impact, especially on the environment, is being felt across the globe.
Negative Impact
In order for AI applications to run and perform, they need powerful infrastructure that can sustain their energy requirement. These are called data centers, and AI is the primary driver behind the global data center boom. This is because AI-related capital expenditures now exceed $300 billion, and AI accounts for 20% of all new data center demand.
In order to power these data centers, a massive amount of energy must be consumed, which is increasing greenhouse gas emissions. Since 2012, the amount of computing power used for AI has been doubling every 3.4 months, according to OpenAI researchers Dario Amodei and Danny Hernandez, and this number will only increase as AI becomes more widely adopted.
E-waste is another negative impact AI has on the environment. The rapid development of AI products leads to more e-waste being put into the ground. This waste contains hazardous chemicals, such as lead, mercury, and cadmium, which can contaminate the soil and water supplies. By 2050, the World Economic Forum predicts that the total amount of e-waste generated will surpass 120 million metric tonnes.
Positive Impact
While much of the focus has been on AI’s negative impact on the environment, less is being said about its positive impact. AI is able to perform complex and time-consuming tasks much faster than humans and is having a constructive impact on iceberg melting tracking and deforestation. This allows scientists to pinpoint areas under threat much faster and create a response.
Our post on AI recycling shows how the technology represents a fundamental shift in recycling facility operations. We reported how industry data indicates that “AI recycling technology can reduce contamination rates by up to 40% while increasing recovery rates by 25-30% compared to traditional manual sorting methods”. The massive amounts of data that AI can examine are also helping scientists predict climate disasters much faster, and this will help businesses and governments be better prepared.
Conclusion
The is no question that AI is having an impact on the environment. In order to keep up with the growing industry, data centers will need to consume massive amounts of electricity, which in turn will create a large carbon footprint. Unless unified global regulation comes in to curb the environmental impact of AI, the technology will have a devastating impact on the environment.
However, AI also has the potential to help us fight climate change and, through new innovations, reverse the damage that has been done by finding new solutions and helping us prepare for future crises.
For more environmental news, read our latest climate stories.
