Tag Archives: carbon footprint data centers

AI Eats Up Crazy Amounts of Electricity

Global demand for AI is ramping up rapidly. Electricity demand from data centers worldwide is set to more than double by 2030 to about 945 terawatt-hours, which is more than Japan’s total electricity consumption, according to the International Energy Agency. “A single AI-focused data center can use as much electricity as a small city and as much water as a large neighborhood,” according to the Union of Concerned Scientists….A data center that fuels AI can consume as much electricity as 100,000 households, but the largest ones that haven’t been completed yet could consume 20 times as much. It’s a particular problem in the U.S., with data centers making up nearly half of its electricity demand growth over the next five years, according to the IEA.

There’s also been heightened concern recently about the amount of water that is required to cool electrical equipment in data centers. Just a few weeks ago, French company Mistral AI released a report detailing the environmental footprint of training its language model Mistral Large 2, including the amount of water it consumes. The water consumption from generating one page of text is 0.05 liter, enough to grow a small radish, the report says…

Excerpt from Clara Hudson, Google Wants You to Know the Environmental Cost of Quizzing Its AI. WSJ, Aug. 21, 2025

Indigenous Peoples against Netflix and Meta: Northern Kenya Rangelands Carbon Project

The Northern Kenya Rangelands Carbon Project managed by the Northern Rangelands Trust, a Kenyan nonprofit, is the world’s largest soil-carbon plan, its boosters say. Launched in 2012, it was designed to preserve some 4.7 million acres of grasslands to lock in carbon on land communally owned by the Maasai, Borana and other pastoralist groups, which is part of a network of protected areas hosting threatened species such as cheetahs, black rhinos and… giraffes.

On May 13, 2025, an international nonprofit , Verra, that certifies carbon credits suspended approval for the project, adding to the questions about the credibility of similar carbon-capture projects and whether they actually benefit the people who live off the land….A spokesperson for the group, Verra, said credits are now on hold as it reviews the program after a long-running dispute between the conservationists who created the rangelands project and local herders, who say the project disrupts grazing patterns built over the course of centuries…

The dispute reached a flashpoint in 2021, when 165 pastoralists from two conservation areas sued the Northern Rangelands Trust in Kenyan court for allegedly using their land without consent. The plaintiffs accused the trust of creating the conservancies—which acted as the herders’ representatives in the carbon deal—through pressure and intimidation rather than informed consent. The court ruled in their favor in January 2025.

Lawyers and rights groups representing pastoralists say the ruling, which applies to one of the biggest conservancies, invalidates around 20% of the entire project’s credits. They say credits in around half of the project’s 14 wildlife conservancies could be vulnerable to similar lawsuits. That could leave big corporations holding invalid offsets and open to charges from rights groups that they overstate their commitment to environmentally friendly practices.

The trust has sold over six million carbon credits, worth between $42 million and $90 million depending on market prices, to buyers including Netflix and Facebook parent Meta. Tech companies use credits to offset emissions from their energy-intensive operations, such as producing movies, running data centers to stream video, powering social media and training cutting-edge artificial-intelligence models, as well as from employee travel. Meta became carbon neutral—that is, it purchased enough credits to compensate for all of its emissions—in 2020, and Netflix followed suit two years later.

Excerpts from Caroline Kimeu, Netflix and Meta’s Carbon Credits Snared in Dispute With Maasai Herders, WSJ, May 13, 2025

See also Kenya: Landmark court ruling delivers devastating blow to flagship carbon offset project

The Quick and Dirty AI Boom

Nowhere else on Earth has been physically reshaped by artificial intelligence as quickly as the Malaysian state of Johor. Three years ago, this region next to Singapore was a tech-industry backwater. Palm-oil plantations dotted the wetlands. Now rising next to those tropical trees 100 miles from the equator are cavernous rectangular buildings that, all together, make up one of the world’s biggest AI construction projects…

TikTok’s Chinese parent company, ByteDance, is spending $350 million on data centers in Johor. Microsoft just bought a 123-acre plot not far away for $95 million. Asset manager Blackstone recently paid $16 billion to buy AirTrunk, a data-center operator with Asia-wide locations including a Johor facility spanning an area the size of 19 football fields. Oracle last week announced a $6.5 billion investment in Malaysia’s data-center sector, though it didn’t specify where. In all, investments in data centers in Johor, which can be used for both AI and more conventional cloud computing, will reach $3.8 billion this year, estimates regional bank Maybank.

To understand how one of the first boomtowns of the AI era sprouted at the southern tip of the Malay Peninsula, consider the infrastructure behind AI. Tech giants want to train chatbots, driverless cars and other AI technology as quickly as possible. They do so in data centers with thousands of computer chips, which require a lot of power, as well as water for cooling…Northern Virginia became the world’s biggest data-center market because of available power, water and land. But supply is running low. Tech companies can’t build data centers fast enough in the U.S. alone. Enter Johor. It has plentiful land and power—largely from coal—and enough water. Malaysia enjoys generally friendly relations with the U.S. and China, reducing political risk for companies from the rival nations. The other important factor: location. Across the border is Singapore, which has one of the world’s densest intersections of undersea internet cables. Those are modern-age highways, enabling tech companies to sling mountains of data around the world.

Excerpt from Stu Woo, One of the Biggest AI Boomtowns Is Rising in a Tech-Industry Backwater, WSJ, Oct.  8, 2024