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Compared with conventional technologies, wind power requires vastly more raw materials for the same installed capacity. Up to 15 times more concrete, 90 times more aluminum, and around 50 times more iron, copper and glass. Each 2 megawatt turbine uses about 1700 tons of material, around 1300 tons of...

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10,436 views • 1 month ago •via X (Twitter)

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WIND TURBINES - Use more raw materials than existing energy sources. For the equivalent installed capacity they require ▪️More land ▪️destruction of local habitats ▪️15 X more concrete ▪️90 X more aluminium ▪️50 X more iron, copper and glass ▪️180 tons of steel
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WIND TURBINES - Use more raw materials than existing energy sources. For the equivalent installed capacity they require ▪️More land ▪️destruction of local habitats ▪️15 X more concrete ▪️90 X more aluminium ▪️50 X more iron, copper and glass ▪️180 tons of steel

Bernie

107,452 views • 2 years ago

It would take 3.7 trillion pounds of materials to generate half of U.S. electricity with 1,095,000 2 MW wind turbines. Each turbine requires 1,671 tons of material: 1,300 tons concrete, 295 tons steel, 48 tons iron, 24 tons fiberglass, 4 tons copper, 0.4 tons neodymium, and 0.065 tons dysprosium, replaced every 15-20 years. Mining and ore processing, is the second most polluting industry in the world, releasing acid rain and heavy metals into land, water, and air. Extracting and processing dispersed minerals consumes significant fossil fuel energy. Billions more tons of materials are needed for transmission, power plants, and utility-scale batteries, also replaced every 15-20 years. The green energy dream remains just that—a dream.
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It would take 3.7 trillion pounds of materials to generate half of U.S. electricity with 1,095,000 2 MW wind turbines. Each turbine requires 1,671 tons of material: 1,300 tons concrete, 295 tons steel, 48 tons iron, 24 tons fiberglass, 4 tons copper, 0.4 tons neodymium, and 0.065 tons dysprosium, replaced every 15-20 years. Mining and ore processing, is the second most polluting industry in the world, releasing acid rain and heavy metals into land, water, and air. Extracting and processing dispersed minerals consumes significant fossil fuel energy. Billions more tons of materials are needed for transmission, power plants, and utility-scale batteries, also replaced every 15-20 years. The green energy dream remains just that—a dream.

John Lee Pettimore

91,258 views • 9 months ago

Wind turbine construction: The base of a wind turbine, or foundation, can weigh between 600 and 1,000 tons. Wind turbine blades are built with balsa wood which is obtained by deforestation of the Amazon rainforest. Wind turbines contain concrete, carbon fiber, steel, cast iron, copper, aluminum, boron, chromium, cobalt, manganese, molybdenum, nickel, and rare earth elements. They have an operational lifespan of up to 25 years. It is estimated that globally, around 43 million tons of wind turbine blade waste could pile up by 2050. The diametric opposite of environmentally sustainable.
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Wind turbine construction: The base of a wind turbine, or foundation, can weigh between 600 and 1,000 tons. Wind turbine blades are built with balsa wood which is obtained by deforestation of the Amazon rainforest. Wind turbines contain concrete, carbon fiber, steel, cast iron, copper, aluminum, boron, chromium, cobalt, manganese, molybdenum, nickel, and rare earth elements. They have an operational lifespan of up to 25 years. It is estimated that globally, around 43 million tons of wind turbine blade waste could pile up by 2050. The diametric opposite of environmentally sustainable.

James Melville 🚜

158,955 views • 1 year ago

Building one gigawatt of solar capacity is not 'clean'. It requires around 18.5 tons of silver, 3,400 tons of polysilicon, and more than 10,000 tons of aluminium. Producing the polysilicon alone consumes thousands of tons of quartz, coal, petroleum, coke, charcoal and wood chips. Refining the silver for one gigawatt uses roughly 4,600 megawatt hours of electricity, the annual power use of 400 US homes. Producing the aluminum consumes nearly 2 million gigajoules of energy, enough to power more than 100,000 households for a year. Solar power is built with massive fossil energy inputs. Only the output is labelled 'green'. These are the realities campaigners never want to talk about.
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Building one gigawatt of solar capacity is not 'clean'. It requires around 18.5 tons of silver, 3,400 tons of polysilicon, and more than 10,000 tons of aluminium. Producing the polysilicon alone consumes thousands of tons of quartz, coal, petroleum, coke, charcoal and wood chips. Refining the silver for one gigawatt uses roughly 4,600 megawatt hours of electricity, the annual power use of 400 US homes. Producing the aluminum consumes nearly 2 million gigajoules of energy, enough to power more than 100,000 households for a year. Solar power is built with massive fossil energy inputs. Only the output is labelled 'green'. These are the realities campaigners never want to talk about.

Electroverse

86,915 views • 5 months ago

Securing just one ton of rare earth elements produces 2,000 tons of toxic waste. A wind turbine uses about a ton of these four rare earth elements. Neodymium, Praseodymium, Dysprosium and Terbium. There is nothing "green" about #GreenEnergy
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Securing just one ton of rare earth elements produces 2,000 tons of toxic waste. A wind turbine uses about a ton of these four rare earth elements. Neodymium, Praseodymium, Dysprosium and Terbium. There is nothing "green" about #GreenEnergy

John Lee Pettimore

86,318 views • 2 years ago

Trillions of dollars are being poured into wind and solar. But these technologies are far from green. Each turbine requires hundreds of tons of steel, concrete, and rare earths. Each solar panel relies on energy-intensive mining and toxic chemical processing. Scaling this up to replace fossil fuels would mean billions of tons of new mining, scarred landscapes, and enormous fossil energy inputs just to manufacture the equipment. At the current pace, even with the trillions invested, the world wouldn't hit 100% renewables until the year 2392. In reality, the 'renewable revolution' is astronomically expensive, painfully slow, and environmentally destructive.
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Trillions of dollars are being poured into wind and solar. But these technologies are far from green. Each turbine requires hundreds of tons of steel, concrete, and rare earths. Each solar panel relies on energy-intensive mining and toxic chemical processing. Scaling this up to replace fossil fuels would mean billions of tons of new mining, scarred landscapes, and enormous fossil energy inputs just to manufacture the equipment. At the current pace, even with the trillions invested, the world wouldn't hit 100% renewables until the year 2392. In reality, the 'renewable revolution' is astronomically expensive, painfully slow, and environmentally destructive.

Electroverse

33,161 views • 4 months ago

NET ZERO - The world must increase mining by up to 2000% … to save the planet 🤡 ▪️4,575,523,674 tons of copper ▪️940,578,114 tons of Nickel ▪️8,973,640,257 tons of Graphite ▪️4,163,162 tons of Germanium ▪️1,300,000 tons of lithium ▪️plus 3 BILLION tons of rare earth Needs to be mined in just 10 years. At current this capacity it would take 1000 years and DESTROY the environments the globalists are pretending to care about. They are lying to you 🔥
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NET ZERO - The world must increase mining by up to 2000% … to save the planet 🤡 ▪️4,575,523,674 tons of copper ▪️940,578,114 tons of Nickel ▪️8,973,640,257 tons of Graphite ▪️4,163,162 tons of Germanium ▪️1,300,000 tons of lithium ▪️plus 3 BILLION tons of rare earth Needs to be mined in just 10 years. At current this capacity it would take 1000 years and DESTROY the environments the globalists are pretending to care about. They are lying to you 🔥

Bernie

16,931 views • 2 years ago

WIND TURBINES - The truth isn’t clean or green. This was once to be a beautiful lake, now it’s just hundreds of km of toxic sludge … after mining rare earth Neodymium. A 2 MW wind turbine is made up of: ▪️260 tons of steel requiring ▪️300 tons of iron ore ▪️170 tons of coking coal ▪️ rare earths including Praseodymium (Pr), Neodymium (Nd), Terbium (Tb), and Dysprosium (Dy) ▪️fibre glass ▪️resin ▪️plastic ▪️aluminium …. all mined & produced using hydrocarbons. And all leaving a trail of destruction as they are mined, extracted and manufactured. So we can pretend we’ve saved the planet 🤡
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WIND TURBINES - The truth isn’t clean or green. This was once to be a beautiful lake, now it’s just hundreds of km of toxic sludge … after mining rare earth Neodymium. A 2 MW wind turbine is made up of: ▪️260 tons of steel requiring ▪️300 tons of iron ore ▪️170 tons of coking coal ▪️ rare earths including Praseodymium (Pr), Neodymium (Nd), Terbium (Tb), and Dysprosium (Dy) ▪️fibre glass ▪️resin ▪️plastic ▪️aluminium …. all mined & produced using hydrocarbons. And all leaving a trail of destruction as they are mined, extracted and manufactured. So we can pretend we’ve saved the planet 🤡

Bernie

143,279 views • 1 year ago

Thinking that country can run on breezes is worse than delusional A two-megawatt windmill is made up of 260 tons of steel that required 300 tons of iron ore and 170 tons of coking coal, all mined, transported and produced by hydrocarbons. They each consume 10'000 liters (more than 2600 gallons) of crude oil based lubricants per year. When outdated, the wind turbines are being buried deep in forests, out of public view, due to the high costs associated with recycling them. A windmill could spin until it falls apart and it will NEVER, EVER generate as much energy as it was used in building it.
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Thinking that country can run on breezes is worse than delusional A two-megawatt windmill is made up of 260 tons of steel that required 300 tons of iron ore and 170 tons of coking coal, all mined, transported and produced by hydrocarbons. They each consume 10'000 liters (more than 2600 gallons) of crude oil based lubricants per year. When outdated, the wind turbines are being buried deep in forests, out of public view, due to the high costs associated with recycling them. A windmill could spin until it falls apart and it will NEVER, EVER generate as much energy as it was used in building it.

Camus

275,163 views • 10 months ago

The largest copper mine of the prehistoric world was in Kargaly south of the Urals. Between c. 1900 - 1300 BC, they dug a staggering network of interlinked tunnels extending for hundreds of kilometres, and extracting up to 150,000 tons of copper.
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The largest copper mine of the prehistoric world was in Kargaly south of the Urals. Between c. 1900 - 1300 BC, they dug a staggering network of interlinked tunnels extending for hundreds of kilometres, and extracting up to 150,000 tons of copper.

Dan Davis

28,020 views • 11 months ago

Hey Grok please can you explain why there is no visible plane in the frames leading up to the collision? Then explain how the nose of the plane goes from one side of the tower to the other, cutting through thousands of tons of steel and reinforced concrete, like a knife through butter?
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Hey Grok please can you explain why there is no visible plane in the frames leading up to the collision? Then explain how the nose of the plane goes from one side of the tower to the other, cutting through thousands of tons of steel and reinforced concrete, like a knife through butter?

Concerned Citizen

205,759 views • 4 months ago

ELON: STARSHIP 3 WILL HAVE A CAPACITY OF OVER 200 TONS TO ORBIT “Inevitably, the rocket grows in height. Currently, Flight 3 would be around 40 or 50 tons to orbit, the current design. Starship 2 will be over 100 tons and then Starship 3 will be over 200 tons. It's going from around 7,000 tons thrust to over 8,000. I think we'll end up ultimately with more than 10,000 tons of thrust, probably 7,000 or 8,000 tons of lift-off mass. And at least 10 meters taller, we'll see. It tends to grow.” Source: SpaceX All-Hands, April 2024
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ELON: STARSHIP 3 WILL HAVE A CAPACITY OF OVER 200 TONS TO ORBIT “Inevitably, the rocket grows in height. Currently, Flight 3 would be around 40 or 50 tons to orbit, the current design. Starship 2 will be over 100 tons and then Starship 3 will be over 200 tons. It's going from around 7,000 tons thrust to over 8,000. I think we'll end up ultimately with more than 10,000 tons of thrust, probably 7,000 or 8,000 tons of lift-off mass. And at least 10 meters taller, we'll see. It tends to grow.” Source: SpaceX All-Hands, April 2024

Mario Nawfal

125,942 views • 1 year ago

GREEN POWER - Welcome to Baotou, in Mongolia. This used to be a lake, now it’s just Kilometres of millions of tons of filthy sludge, made up of toxic chemicals & radioactive waste! This is where they mine Neodymium! The main component in Wind turbines, for ‘clean’ energy 🤡
0:44

GREEN POWER - Welcome to Baotou, in Mongolia. This used to be a lake, now it’s just Kilometres of millions of tons of filthy sludge, made up of toxic chemicals & radioactive waste! This is where they mine Neodymium! The main component in Wind turbines, for ‘clean’ energy 🤡

Bernie

67,568 views • 2 years ago

We opened the largest steel plant to date today. This mega project, with an investment of more than $300 million and a capacity of 700K tons, will create hundreds of jobs for Kurdistanis and help meet regional demand.
0:59

We opened the largest steel plant to date today. This mega project, with an investment of more than $300 million and a capacity of 700K tons, will create hundreds of jobs for Kurdistanis and help meet regional demand.

Masrour Barzani

43,545 views • 2 years ago

Reaching Net Zero by 2050 would require mining 4.5 million tons of copper, 940 million tons of nickel, 9 billion tons of graphite, and 4 million tons of germanium. At current global mining rates, that scale of extraction would take more than 1,000 years. Mining capacity cannot be multiplied by orders of magnitude in just 24 years. Permitting timelines alone are measured in decades, and energy inputs rise as deposits degrade. Most constraints are physical, not political. Net Zero targets violate material reality. They're never going to happen.
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Reaching Net Zero by 2050 would require mining 4.5 million tons of copper, 940 million tons of nickel, 9 billion tons of graphite, and 4 million tons of germanium. At current global mining rates, that scale of extraction would take more than 1,000 years. Mining capacity cannot be multiplied by orders of magnitude in just 24 years. Permitting timelines alone are measured in decades, and energy inputs rise as deposits degrade. Most constraints are physical, not political. Net Zero targets violate material reality. They're never going to happen.

Electroverse

43,598 views • 1 month ago

This was a lake, but now its just kilometers of millions of tons of bubbling sludge, made up of toxic chemicals & radioactive waste! This is where they mine Neodymium! The main component in Wind turbines, for ‘clean’ energy!
0:25

This was a lake, but now its just kilometers of millions of tons of bubbling sludge, made up of toxic chemicals & radioactive waste! This is where they mine Neodymium! The main component in Wind turbines, for ‘clean’ energy!

Camus

322,435 views • 11 months ago

Privately hired construction companies in the Pacific Palisades are finding tons of concrete buried and hidden on properties certified to be cleared of foundations and footings by the Army Corps of Engineers
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Privately hired construction companies in the Pacific Palisades are finding tons of concrete buried and hidden on properties certified to be cleared of foundations and footings by the Army Corps of Engineers

Kevin Dalton

371,644 views • 1 year ago