Microsoft’s Shift in Carbon Purchasing Raises Concerns in Climate Sector
Weeks ago, Microsoft informed its suppliers and partners that it would pause future purchases of carbon dioxide removal (CDR) solutions. Today, Bloomberg reported that the tech giant may also be reconsidering its clean energy targets set for 2030.
While Microsoft has denied these changes and confirmed that current agreements remain intact, this news has left many in the carbon removal industry worried. Microsoft has been a significant player in this market, accounting for an estimated 80% to 90% of all durable CDR purchases made to date.
In light of this situation, the focus often turns to how other companies can take Microsoft’s place in the market. However, a more important question emerges: Are companies investing their resources effectively to help scale the necessary climate technologies?
The answer appears to be no. Companies are making significant voluntary climate commitments but are not backing them up with the political support needed to help these technologies grow. This approach is counterproductive if we aim to meet the urgent demands of climate change.
Corporate Action and Demand for Climate Solutions
It would be unfair to overlook the progress corporate buyers have made. In many instances, they have been the only source keeping crucial technologies alive. Microsoft, along with partners like Stripe, Alphabet, and Shopify, helped create the carbon removal market from the ground up. Since 2021, private sector commitments to CDR have reached about $10.5 billion. In contrast, global government procurement for CDR is around $45 million, with no actual funds spent and no tons purchased.
In the energy sector, major tech companies have become the leading customers for clean energy. Companies such as Google, Amazon, and Microsoft have signed agreements to buy power from new nuclear plants and are exploring geothermal energy solutions.
These commitments are essential because they validate the market and support suppliers in transitioning from pilot projects to larger-scale operations. However, these deals rely on the financial health and individual priorities of these companies, which can change based on market conditions.
The Changing Economic Landscape
Now, with the economic environment shifting due to factors like rising commodity prices and increased focus on artificial intelligence, the days of plentiful discretionary spending are coming to an end.
Historical Perspectives on Energy Technology
The history of energy technology in the United States shows that real scaling happens not just through voluntary buys but through supportive policies. For example, solar energy became affordable not because of a few companies buying panels at high prices but due to government incentives like Germany’s feed-in tariffs and the U.S. investment tax credit. These policies created sustained demand and attracted investment, ultimately driving costs down dramatically.
Wind energy experienced similar growth, primarily due to incentives like the production tax credit. While early voluntary commitments were vital, policies created the necessary conditions for broad, extensive adoption of these technologies.
The Bigger Picture: Policy Advocacy
Companies have a better chance of scaling up technologies through policy advocacy rather than voluntary purchases. For instance, a $1 billion investment in clean technology generates $1 billion in demand. However, advocating for policies can create much larger demand, affecting multiple entities at once and providing the stability needed for long-term investments.
The Inflation Reduction Act illustrates this point. Its clean energy tax credits are expected to mobilize hundreds of billions of private investments in the upcoming decade, far exceeding any voluntary purchases made by companies. The result of such advocacy efforts has allowed corporations to achieve far more than they could have through individual buying alone.
Where to Focus Resources
Not to undermine the importance of corporate spending on climate technologies, as early buyers have certainly shown that these technologies can be successful. They have also established quality standards and provided essential revenue for startups.
However, in today’s world, resources would better serve climate deployment if directed toward policy advocacy instead of solely focusing on new purchases. This applies not just to carbon removal but to all tech solutions that are still transitioning from concept to commercial availability.
Large industrial firms interested in reducing emissions hold significant political power and connections that advocacy organizations often lack. Engaging in policy discussion offers a substantial chance to advance clean energy goals more effectively than individual buying efforts could achieve.
In conclusion, relying on voluntary actions to drive climate technology adoption is misplaced. Successful clean energy technologies have historically emerged when supportive policies allowed for sustainable private investment. This principle will apply equally to carbon removal, nuclear energy, and other emerging technologies.
Author’s Note: Jack Andreasen Cavanaugh is the director of the carbon management program at Columbia University’s School of International and Public Affairs.
