climate Change

Hydrogen is a green house gas

Hydrogen is a Greenhouse Gas

Hydrogen itself is not a direct greenhouse gas, as it does not absorb infrared radiation. However, evidence suggests it acts as an indirect greenhouse gas. When released, it extends methane’s atmospheric lifetime, increases tropospheric ozone, and adds stratospheric water vapor, all of which contribute to warming. Studies estimate its 100-year Global Warming Potential at 11.6 ± 2.8.

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Lethal humidity from climate real and going to get worse

Lethal Humidity

Lethal humidity is a dangerous combination of high heat and high humidity, measured by wet-bulb temperature. When humidity is too high, sweat cannot evaporate from the skin, preventing the body from cooling itself. This causes core body temperature to rise rapidly, leading to heatstroke, organ failure, and potentially death within hours. Climate change increases frequency and intensity of these life-threatening conditions especially in Middle East, India and South East Asia

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Building a battery future in Australia electricity grid

Building a Battery Future

How to provide cost of living help, electrify the grid, and reduce 40% of Australia’s emissions? In 12 months? The govt could step in and provide buy 2 million household batteries for 40GWh. Customers would repay $60 per month interest free through their electricity retailer.
Cost is less than existing programs and subsidies.

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EVs reduce emissions even on Gas electricity

EVs Save Emissions Using Gas

If California’s 340 billion light-duty vehicle miles went electric, consuming 200 watt-hours per mile, it would require an additional 68 TWh/year, 24% of 2023’s 281 TWh generation. There is 4 times unused natural gas capacity, currently not used. Charging during low-use night hours would utilize this excess, reducing pollution and improving efficiency, enhancing air quality and boost ROI on existing infrastructure.

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lignin replacing plastic

Lignin Replacing Plastic

Plastic pollution is a growing environmental issue, but innovation in alternative materials offers a solution. Lignin, a natural polymer, can replace many fossil-based plastic products. Other plant-based materials, mycelium, and algae are also being explored as potential plastic alternatives, offering hope for a more sustainable future.

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Geologic or Gold hydrogen

Geologic or Gold Hydrogen

Geologic or gold hydrogen has potential to be part of the clean energy transition. Potential LCA and cost is low ($1kg), but there are technological and economic hurdles Co-production of helium with geologic hydrogen could be a key factor in making this technology commercially viable.
Research and development may determine the true potential of geologic hydrogen.

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Mistrust in Science increasing

Mistrust in Science Increasing

Most research shows Mistrust in science increasing over the past decades and primarily driven by political polarization, amplified by partisan media and social media algorithms that spread misinformation, with variation observed across age, rural vs. urban populations, and political affiliations. Was it the nuclear bomb, or Rachael Carson, but mistrust is increasing rapidly.

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2024 state of the climate

2024 State of the Climate

The scientific consensus is clear: human activity is causing dangerous climate change with potentially catastrophic consequences.
We have passed the point of avoiding some impacts, but immediate action can still limit the damage.
Climate change is a social justice issue, as wealthier nations contribute more to the problem but are less vulnerable to its effects.

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Batteroes key to end of fossil fuel era

Batteries End Fossil Fuel Era

Batteries are essential for the renewable energy transition. They enable storage of excess solar power, reducing reliance on fossil fuels. Tesla’s recent announcement of producing 100 million 4680 batteries highlights the rapid advancements in battery technology. This progress is crucial for a sustainable energy future, for electric transport and grid storage to enable full production by solar and wind for the end of the fossil fuel era

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coal to build wind turbines provides a 50 times return

Coal to Build Wind Turbines

While over 260t steel, 300t iron ore, 170t coking coal are used to build a 4MW wind turbine, the energy from a wind turbine is 660 times more. The wind turbine produces 420GWh electricity over its 30-year life, while the equivalent amount of coal electricity would require 290,988t of coal. Therefore, wind energy is a much cleaner and more sustainable option.

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25 factors in battery systems

25 Factors in Battery Systems

Batteries are essential components in modern technology. From smartphones to electric vehicles, they store and deliver energy efficiently. Understanding battery systems involves factors like chemistry, capacity, and management. Proper maintenance and disposal are crucial for ensuring their longevity and environmental sustainability.

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George Monbiot Q&A Precision Fermentation

George Monbiot Precision Fermentation

Environmentalist George Monbiot believes precision fermentation can revolutionize food production. He dismisses concerns about factory processing and genetically modified organisms, arguing that these technologies offer a more sustainable and ethical alternative to traditional livestock farming. While corporate control is a risk, Monbiot emphasizes the technology’s potential to reduce environmental harm.

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great gas giveaway

Great Gas Giveaway

Australia’s government subsidizes the fossil fuel industry, emphasizing gas fields in its strategy despite environmental concerns. Critics argue this undermines emissions targets and misses potential royalty revenues. The policy supports export-focused gas development, risking public funds for decommissioning costs while contradicting net-zero ambitions and favoring fossil fuel interests.

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Australian gas exports will crash by 2030

Australian Gas Exports Will Crash

Australia gas strategy emphasizes new gas fields, causing concerns about climate goals due to rising emissions. Australia’s gas exports face a declining future, with major markets reducing demand and increased competition from the USA and Qatar. Thermal batteries may assist in industrial decarbonisation but the biggest threat is all countries are moving rapidly to reduce gas demand. Decommissioning liabilities heighten taxpayer risks.

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