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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.

Cyprus Leads EU With Highest Per Capita Greenhouse Gas Footprint In 2023

Cyprus Tops The Emissions List

New Eurostat data shows that Cyprus recorded the highest per-capita greenhouse gas footprint in the European Union in 2023. The country reported 14.8 tonnes of carbon dioxide equivalent per person, well above the EU average of 9.0 tonnes. The figures highlight the impact of consumption patterns and imported goods on national emissions.

Overview Of 2023 Emissions Data

According to the report, the greenhouse gas footprint linked to goods and services consumed within the EU averaged 9.0 tonnes per person in 2023, down from 10.0 tonnes in 2022. The consumption-based metric measures emissions generated across entire supply chains, regardless of where production takes place.

Contrasting Emissions Across Member States

Cyprus recorded the highest level at 14.8 tonnes per capita, followed by Ireland at 14.0 tonnes and Luxembourg at 12.7 tonnes. At the lower end of the scale, Portugal reported 6.5 tonnes per capita, with Bulgaria, Sweden, and Romania also recording comparatively low figures. The differences reflect varying consumption patterns and the carbon intensity of imported goods and services.

Consumption Versus Production Emissions

Across the EU, the greenhouse gas footprint tied to consumption reached 4.0 billion tonnes of CO2 equivalent in 2023, compared with production-based emissions of 3.3 billion tonnes. The gap illustrates how imported goods contribute to overall emissions. Over the past decade, consumption-based emissions declined by 12.9%, while production-based emissions fell by 18.6%, partly influenced by the economic slowdown during the 2020 pandemic.

Implications For Policymakers And Business Leaders

The data suggests that emissions strategies increasingly need to address both domestic production and consumption patterns. For Cyprus, this means looking beyond local energy reforms to examine the carbon footprint of imported products and supply chains. Businesses and policymakers may need to consider broader sustainability measures that reflect how goods are produced and consumed.

As the EU continues to strive for reduced emissions, this report serves as a vital resource. It illustrates the progress in lowering production emissions while drawing attention to the substantial challenge posed by the consumption-based footprint. In the evolving realm of environmental policy, these insights are indispensable for steering future initiatives on a path towards greater sustainability.

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