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By utilizing computing power to track supply chain and product emissions, companies will gain a better understanding of total emissions, where these emissions originate, and what policies can be implemented to reduce them.

The AI boom is here, and with it comes a high demand for data centers. To meet the new technology's immense computational power needs, data centers require large amounts of energy, resulting in high levels of carbon emissions. Some innovators are looking for sustainable solutions.

By adopting new technologies now, utilities can build a transmission grid well-positioned for an efficient and resilient renewable-based economy.

While green hydrogen certainly faces challenges ahead, reasons for optimism make it one of the most exciting carbon reduction technologies.

Without a stringent green industrial policy, the US risks not only succumbing to climate change impacts but also strategically missing out.

The challenge of incorporating millions of electric vehicles onto the grid will need to utilize new technologies and practices to prevent gr

Advancing Universal Energy Access, Renewable Energy, Clean Cooking, and Industrial Growth for Uganda's Sustainable Future.

Across the globe, rural areas struggle with grid interconnection and chronic energy instability, leading to widespread energy poverty....

It is no secret that lithium-ion batteries will play a central role in energy storage and electric vehicle development. However, to make...

The steel industry provides an interesting case study of the ability of different technologies to work together to decarbonize...

In today's interconnected world, energy access and efficiency stand as central pillars for both socio-economic development and...

In the race between energy production and energy storage, zinc will undoubtedly be a factor, but it remains to be seen to what degree.