Introducing Earth 2050 – 42 Ways to Save the Earth. Short, scientific, visual explainers about 42 climate solutions — clear, neutral and a little playful. More at https://t.co/KV1VFMAqeG and on YouTube: https://t.co/vP8kb1xfhZ
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Electric cars are getting cheaper. Even counting the emissions from making them, they can produce up to 70% fewer lifetime emissions than gasoline cars.
Watch the full video here: https://t.co/9K4q73DP2V
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Electric cars might feel like a modern invention, but they were zipping around European streets back in the 1880s. So how did they lose out to combustion engines? And what brought them back?
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Cars have transformed how we get around. But with more than a billion of them on the roads, they've also transformed the places people live — and not always for the better.
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For centuries, animals pulled our carts and carriages. Then Karl Benz added an engine and fossil fuel, helping kick off the global age of cars.
Look out for our video on YouTube, coming soon.
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A roof is usually just a roof. But cover it in solar panels and suddenly the building can start making its own electricity.
Watch the full video here: https://t.co/7kj3xU3Ngn
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From leaky windows to heat-trapping concrete, buildings can demand huge amounts of energy just to stay comfortable, and much of it still comes from fossil fuels.
Watch the full video here: https://t.co/7kj3xU3Ngn
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September was a milestone month for Earth 2050. A coveted Black Dolphin at the Cannes Corporate Media & TV Awards. 1,000,000 YouTube views. 25,000 YouTube subscribers.
Thank you to everyone who watched, subscribed and shared, and to our amazing team. https://t.co/KV1VFMzSp8
Steel and concrete have shaped the modern world. But is it time for wood, bamboo and other natural materials to take over?
Watch the full video here: https://t.co/7kj3xU3Ngn
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Making buildings greener starts with materials. Using less steel and concrete, recycling more, and developing cleaner alternatives could dramatically reduce emissions.
Watch the full video here: https://t.co/7kj3xU3Ngn
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Old buildings can come with big energy bills. Retrofitting could help, but knowing where to start is often the hardest part.
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Buildings are getting bigger, cities are growing, and billions more people will need somewhere to live and work. So how can humanity make all that construction and energy use more sustainable?
Look out for our video on YouTube, coming soon.
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Buildings have two big carbon problems: the emissions that go into making them, and the energy needed to keep them running.
Watch the full video here: https://t.co/7kj3xU3Ngn
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Cars, trucks, planes and ships get plenty of attention. But buildings produce more CO2 than all four combined.
Look out for our video on YouTube, coming soon.
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A new generation of steelmaking is swapping coal for gas. It's a big step down in emissions, but there's still some carbon left to deal with.
Watch the full video here: https://t.co/VJ23snqnpk
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The blast furnace has been at the heart of steelmaking for over a century…until now. Molten oxide electrolysis could replace the process with renewable electricity to pull iron straight from its ore.
Watch the full video here: https://t.co/ZvC6SGrSKI
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What if the key to cleaner steel started with splitting water? Green hydrogen can replace fossil gas in the first stage of steelmaking, while renewable electricity powers the rest.
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Coal has been at the heart of steelmaking for centuries. Now, sustainable biomass could offer a plant-based alternative.
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Forget the blast furnace. Electric arc furnaces can melt scrap steel using enormous electrical plasma beams, without burning fossil fuels.
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Turning iron ore into steel takes extreme heat and carbon. Unfortunately, this produces a lot of emissions. Can we find a better, cleaner way?
Watch the full video here: https://t.co/VJ23snqnpk
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Steel supports bridges, trains, buildings and modern industry, but its traditional coal-fired recipe produces around 8% of global Co2 emissions. We step inside the blast furnace to explore cleaner methods including recycling, carbon capture, biocarbon, direct-reduced iron, green hydrogen and molten oxide electrolysis. Some are already making steel, others are still experimental. With abundant clean electricity, this essential material could enter a new age of green steel.
FULL VIDEO OUT NOW: https://t.co/ZvC6SGrSKI
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