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Amazon To Test AI-Created Material For Carbon Capture In Data Centers

Amazon is stepping up its environmental efforts by testing a groundbreaking carbon-removal material for its data centers. The company, which is tackling the growing emissions linked to the artificial intelligence systems powering these centers, has partnered with Orbital Materials, a startup that used AI to design the innovative substance.

Jonathan Godwin, CEO of Orbital Materials, explained that the new material acts like an atomic-level sponge, with cavities precisely sized to capture CO2 without interacting with other elements. This targeted approach could be a game-changer in carbon filtration.

One of the appealing aspects of the new material is its cost-effectiveness. Godwin estimates that the material could account for just 10% of the cost associated with renting a GPU chip for AI training, significantly less than the price of traditional carbon offsets.

Meanwhile, the demand for energy in data centers is rising, as AI’s rapid development requires more power and cooling solutions. This surge poses a challenge for Amazon, which is committed to achieving net-zero carbon emissions by 2040.

Amazon Web Services (AWS), the world’s largest cloud provider by revenue, plans to begin piloting the AI-designed carbon removal material in one of its data centers starting in 2025. This initiative is part of a three-year collaboration with Orbital, which will also gain access to AWS’s technology and open-source AI tools for further development.

Howard Gefen, General Manager of AWS Energy & Utilities, stated that the partnership would promote sustainable innovation, but financial details remain undisclosed. Orbital, with offices in Princeton, New Jersey, and London, began its journey about a year ago by setting up a lab to synthesize AI-designed materials. The startup aims to work with AWS to test additional AI-generated solutions, addressing water usage and cooling requirements in data centers. Godwin co-founded Orbital, which currently employs 20 people and is supported by investors such as Radical Ventures and Nvidia’s venture arm. Before this, Godwin contributed to materials science work at Alphabet’s DeepMind until 2022.

Limassol Port Electrification Awaits Grid Connection And EU Funding

Plans to equip Limassol port with shore-side electricity are advancing at the technical level, but unresolved administrative procedures, a pending grid connection and the need to secure European funding continue to delay implementation.

The proposed shore-power system, also known as cold ironing, would allow vessels to connect to electricity while berthed, reducing reliance on onboard engines and cutting emissions and noise in the surrounding area.

Technical Studies Near Completion

Transport Minister Evi Tsolaki said work is progressing through the EU-backed DecarbonLim programme, which is preparing the technical assessment and feasibility study required before construction can begin. The ministry is seeking regular updates from the Cyprus Ports Authority on the studies’ completion timetable.

The initiative also involves Frederick University, Eurogate Container Terminal Limassol, DP World Limassol, the Electricity Authority of Cyprus, the Cyprus Transmission System Operator and Limassol Municipality.

Grid Connection Remains A Key Hurdle

Despite progress on the studies, construction cannot proceed until the project secures a connection to the national transmission network.

Tsolaki said the ministry has requested land from the Department of Lands and Surveys for an electricity substation. Once the site is allocated, the relevant applications can be submitted to the Cyprus Transmission System Operator to advance the grid-connection process.

Until these steps are completed, the project will remain in the preparatory phase, even if the technical studies are finalised.

European Funding Adds Urgency

The feasibility work under DecarbonLim will support an application for construction financing, Tsolaki said. A competitive European funding call is currently open, and the ministry intends to submit an application within the required timeframe.

The funding window has raised concerns in parliament. MP Fotini Tsiridou warned that further delays could undermine Cyprus’ chances of securing EU support, noting that similar port electrification projects elsewhere in the bloc have already received funding.

Speaking to Entrepreneurial Limassol, published by the Limassol Chamber of Commerce and Industry, Tsiridou said she had observed some progress but had yet to receive a formal response to her parliamentary question.

Environmental And Commercial Benefits

Tsiridou argued that shore-side electricity would deliver benefits beyond emissions reductions, including less noise and air pollution for residents near the port.

“Our port should not be disconnected from the rest of the city,” she said, describing shore-power infrastructure as both a necessity and a European obligation.

Across Europe, port electrification is increasingly linked to environmental performance and competitiveness. By allowing compatible vessels to switch off auxiliary engines while docked, shore-power systems can reduce local emissions and noise while supporting wider decarbonisation goals.

Construction Timetable Still Unclear

The Cyprus Ports Authority signed a contract with DBA S.p.A. in July 2025 for a comprehensive study of the system’s technical, economic and environmental requirements. The work was intended to establish the basis for installation and identify any necessary port infrastructure upgrades.

More than a year later, key steps concerning land allocation, grid connection and financing remain unresolved. No timetable has been announced for completing these procedures or submitting the final funding application.

Limassol’s shore-power project therefore remains between planning and implementation. Its next milestones are securing the substation site, progressing the transmission-network application and obtaining construction financing. Until these are in place, the port’s transition to shore-side electricity cannot move into the construction phase.

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