G20 fossil fuel financing

Despite commitments to combat climate change, G20 fossil fuel financing has injected billions into developing countries’ fossil fuel projects. From 2020 to 2022, the G20 and associated development banks allocated $142 billion to these initiatives, with Oil Change International (OCI) and Friends of the Earth US reporting that gas received more funding than coal or oil, and Canada, Japan, and South Korea were the primary financiers.

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Record high European gas storage levels

The European gas storage levels have notably increased due to weaker demand prompted by milder winters in 2023 and 2024, alongside energy-saving targets and reduced industrial activity within the EU. This excess supply situation, coupled with the highest ever recorded European gas storage levels at the end of a heating season, has led to a decrease in natural gas prices. As of April 1, European gas storage levels were reported at 58.7% capacity, a record for the end of any winter, as per Gas Infrastructure Europe.

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Rising AI power consumption

The rapid advancement and implementation of Artificial Intelligence (AI) technologies have dramatically increased AI power consumption, putting significant pressure on existing electrical infrastructures and influencing energy market dynamics. AI applications require more than 60 kilowatts per rack, far exceeding the energy demands of traditional data centers and intensifying the strain on power grids.

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Major producers as key climate crisis drivers

A recent study has identified 57 oil, gas, coal, and cement producers as significant climate crisis drivers, responsible for 80% of the world’s fossil CO2 emissions since the 2016 Paris Climate Agreement. This group of state-controlled corporations and multinational firms has increased fossil fuel production and emissions, defying global commitments to reduce greenhouse gases.

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Geologic hydrogen exploration

The concept of geologic hydrogen exploration has emerged as a significant interest within the renewable energy sector, presenting a potential game-changer for the clean energy transition. This form of hydrogen, sometimes referred to as white, gold, or natural hydrogen, is found in its natural state beneath the Earth’s surface, believed to be produced through high-temperature reactions between water and iron-rich minerals.

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