Tag Archives: Electric Vehicles

Watch: Morano on Varney on Fox: ‘Biden’s EV mandates are a controlled demolition of the U.S. auto industry’

From ClimateDepot.com

By Marc Morano

‘DISASTROUS’: Expert warns of Biden ‘demolition’ of auto industry

‘DISASTROUS’: Expert warns of Biden ‘demolition’ of auto industry – Fox Business – Climatedepot.com publisher Marc Morano discusses the impact of Biden’s electric vehicle push on the auto industry and the pending UAW strikes. #foxbusiness

Fox Business – Varney & Co – Broadcast September 14, 2023

Stuart Varney: Marc Morano is the publisher of ClimateDepot.com and he joins me now. A big part of this strike is about the switch to electric vehicles and how to compensate the people building them. In your opinion, how is the switch, the forced switch to electric going?

Marc Morano: It’s going disastrously, first of all on this UAW pending strike. You have a million workers making non-electric cars with these electric car mandates. You’re talking about 40% or 400,000 workers being displaced. There are also about seven and a half million jobs related to the auto industry that are going to be impacted.

Joe Biden’s EV mandates are a controlled demolition of the US auto industry. There’s no other way to put it. Because China is the main beneficiary, and we’re seeing a potential Chinese invasion of electric cars. The transition is going horribly, but I think that’s not the actual purpose of this Biden plan. The plan is to create vehicle rationing to force less people to drive and force us into mass transit, and restrict our freedom of movement. That’s that’s coming out of these EV climate plans.

Stuart Varney: But Marc, that is politically out of the question. Any administration which imposes rationing on cars are limiting your ability to drive in these United States? That’s political suicide.

Marc Morano: It is but that’s why it’s in 2035. That’s why it’s several years away. But here’s the key: Has Congress voted on a car ban? No. Has even the California legislature voted? No. This is all being done bypassing democracy — in many ways the same way that COVID restrictions, we didn’t vote for church closures, or school closures. Well, we didn’t vote now for food restrictions. We didn’t vote for the gas-powered car ban.

This is a corporate government collusion, mostly coming from ideology coming from the United Nations, World Economic Forum. And they are forcing this upon us now. It’s not affecting us immediately. But it’s down the road, and the question is, are we going to allow it?

It looks like this whole EV mandate thing is going to collapse when people realize that it is going to create car rationing. I mean, this is similar to East Germany they had one government-authorized car: the crappy East German Trabant. Fast forward here in the United States. The government is saying you can only buy one car in the future, an EV — likely manufactured solely from China. This is our future if we allow it, Stuart, and it’s going terrible.

Stuart Varney: All right, Marc, I think we know where you’re coming from, Marc Morano. Thank you very much for being here, Marc. Good stuff. Thank you.

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Related Links: 

‘It’s a Chinese takeover’ – Global auto sector braces for Chinese EV tsunami – EU weighs tariffs as China’s ‘exports of cars surged 86%’

Radio Free Asia: The number of Chinese automakers at the International Automobile Association Mobility Conference in Munich this week has spooked some European auto sector bosses.  “It’s a Chinese takeover,” came the text from an alarmed senior executive, standing amid a vast array of gleaming Chinese vehicles at the show, reported sector analyst Michael Dunne on social media.  “China invades Germany,” said another auto watcher. “China could be exporting 9 million cars a year by 2030,” Dunne, who heads an EV market consultancy, added.

Republicans to force floor vote reversing California’s electric vehicle mandate – ‘Would effectively prohibit Calif & other Dem-led states’ from mandating EVs – Republicans to force floor vote reversing California’s electric vehicle mandate Fox News, 11 September 2023 House Republicans are expected to force a floor vote on a stand-alone bill that would effectively prohibit California and other Democrat-led states from implementing planned electric vehicle (EV) mandates. The House is set to vote on the so-called Preserving […]

If banning gas cars is such a good idea, then why the end run around Congress or the California legislature? Let’s vote! – Washington Examiner (9/12/23) By Chet Thompson: Three years ago, California announced it would ban the sale of new vehicles that run on gasoline, diesel, and biofuels by 2035, effectively mandating a 100% transition to electric vehicles. The plan is extreme, particularly given the glaring absence of sufficient EV charging infrastructure, EV supply chain uncertainties, and the […]

Bloomberg News: ‘Seismic changes’ in auto world – Rise of China’s EVs threaten Western carmakers, analysts warn – ‘Legacy carmakers likely to lose a fifth of global market to China’ – ‘25% cost advantage over N. American & European brands’

Bloomberg News: Western automakers are set to lose a fifth of their global market share due to the unstoppable rise of more-affordable, cheaper-to-produce Chinese electric vehicles, according to UBS analysts.

BYD, China’s biggest-selling auto brand, has a 25% cost advantage over North American and European brands, giving the Shenzhen-based company ample firepower to undercut rivals on their home turf as it expands globally.

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Climate agenda = Chinese-made cars ‘taking over the world’! China’s EV sales threaten Western automakers market dominance from GM to VW

Analysis: How Democrats’ Push For Electric Cars Endangers National Security – China ‘could very well be the sole manufacturer of the EVs’

Net Zero’s Global Winner is — China! ‘US hasn’t noticed yet that China-Made cars are taking over the world’ – Poised to become No. 2 exporter of cars, surpassing US & S. Korea

Watch: ‘Stop this madness’ – Morano debates electric cars on China TV – EV’s ‘dig the Earth’ with mining – This is a ‘mandated controlled planned move against the wishes of average consumers’

Listen: Morano talks on The Joe Piscopo Show on Earth Day on how electric cars help the USA to rely more on China

Sydney Airport EV Fire Destroys 5 Vehicles

From Watts Up With That?

Essay by Eric Worrall

Chevy Bolt. Image Modified, source Wikimedia

Should Electric Vehicles be banned from airports and ferries?

Five cars destroyed at Sydney Airport after battery from luxury electric vehicle ignites

By Olivia Ireland
September 12, 2023 — 4.48pm

Five cars have been destroyed at Sydney Airport after a battery from a luxury electric car burst into flames.

About 8.30pm on Monday, firefighters were called to a parking lot on Airport Drive in Mascot after flames engulfed a luxury electric car before spreading to another four vehicles.

Research officers from Fire and Rescue’s Safety of Alternative and Renewable Energy Technologies team have also been at the scene.

Fire and Rescue NSW Superintendent Adam Dewberry said … “There had been some problem with the car and the battery had been removed, we believe that the car has suffered some mechanical damage which can contribute to a battery breaking down and catching fire without notice.

“We don’t have a concern about this broadly, it’s not often that electric cars catch fire.”

…Read more: https://www.smh.com.au/national/nsw/five-cars-destroyed-at-sydney-airport-after-battery-from-luxury-electric-vehicle-ignites-20230912-p5e43h.html

Firefighters were called to Sydney Airport where flames had engulfed five cars.CREDIT:FIRE AND RESCUE NSW

The fire chief Adam Dewberry claims they don’t have a concern about this broadly, but in that case, why do they need a special fire department renewable energy technologies team?

Even if an EV needs minor accident damage to turn it into a ticking time bomb, airports are notorious for minor bumps and scrapes, lots of people arrive late and have to rush to catch their flight. If a minor bump can turn an EV into a ticking time bomb, at the very least EVs should be isolated in their own fire hazard area, especially if they show any signs of damage.

As for passenger ferries, I mean we’ve all seen what an EV can do to a vehicle transport ship – ferocious white hot flames which can’t be quenched, even by experienced maritime fire control officers.

Even if the risk is small, it’s still only a matter of time until a group of EV’s parked next to each other on board a passenger ferry catch fire and torch the entire ship, leading to massive loss of life, and lifelong injuries to survivors who inhaled toxic lithium smoke.


Update (EW): I’m a bit concerned about suggestions in comments that hydrogen isn’t dangerous. Pure H2 gas, by itself, cannot detonate or burn. But Hydrogen is very good at leaking from containers, tiny H2 molecules easily leaks through the smallest crack, and readily form a dangerously explosive mixture with air over a wide range of mixture ratios. There is no effective odourant for hydrogen, no smell which can warn you if there is a leak, because all gaseous odourant molecules are much larger than hydrogen molecules, the odourants can be trapped by the kinds of cracks tiny hydrogen molecules can freely pass.

I used to play with hydrogen as a kid, hydrogen balloons are much cheaper than helium balloons, when you make the hydrogen yourself using common household ingredients. About a third of the balloons detonated during filling – the slightest wisp of air contamination and the friction of the hydrogen gas rubbing against the balloon rubber were enough to cause an explosion. Some of the balloons detonated after sitting quietly for hours. And they were big explosions, given the tiny quantity of gas – like a large firecracker.

We never took the hydrogen balloons inside, a bunch of balloons blowing simultaneously could have damaged our house, likely blown out a few windows.

After my experience playing with hydrogen as a kid, I have zero doubt that parking 40-50Kg of compressed hydrogen next to anything you care about, or inside anything you care about, would be the definition of insanity.

Firefighters were called to Sydney Airport where flames had engulfed five cars.CREDIT:FIRE AND RESCUE NSW

Electric vehicles catch fire after being exposed to saltwater from Hurricane Idalia

From Watts Up With That?

Essay by Eric Worrall

h/t James Stagg; The Idalia vehicles were apparently flooded with salt water. My question – could salt spray from a windy day at the beach also trigger a deadly battery fire?

Electric vehicles catch fire after being exposed to saltwater from Hurricane Idalia

“Saltwater exposure can trigger combustion in lithium-ion batteries. If possible, transfer your vehicle to higher ground,” the Palm Beach fire department wrote in a Facebook post. 

Two electric vehicles in Palm Beach, Florida caught fire after being exposed to saltwater from Hurricane Idalia, according to reports.

Officials from the fire department said that both cars were Teslas and stated that the rechargeable car batteries might combust if exposed to saltwater. 

“If you own a hybrid or electric vehicle that has come into contact with saltwater due to recent flooding within the last 24 hours, it is crucial to relocate the vehicle from your garage without delay,” the department wrote in a Facebook post. “Saltwater exposure can trigger combustion in lithium-ion batteries. If possible, transfer your vehicle to higher ground.” 

The warning also extended to other vehicles with lithium-ion batteries such as electric golf carts, scooters and bicycles.

Read more: https://justthenews.com/politics-policy/transportation/electric-vehicles-catch-fire-after-being-exposed-saltwater-hurricane

Obviously the lesson in the case of hurricanes, if you live somewhere which might be flooded, is move the electric vehicles outdoors, away from anything you care about. Of course, putting your vehicle in harms way might affect your insurance claim, so please get professional advice before acting on this suggestion.

What about lesser exposure to salt spray? For example, occasionally in Australia windy weather kicks up salt foam, which covers the foreshore, without the need for an actual hurricane or cyclone.

Even when you don’t have something as obvious as salt foam, anything parked near the sea on a windy day gets exposed to a continuous, penetrating, near invisible spray of salt. On windy days, after parking by the sea, you usually have to use the windscreen washer to clean off the layer of salt before driving the vehicle.

I don’t know if that penetrating salt spray can wreak the same damage as floodwater. Maybe it just takes longer. But this is certainly a question I would be asking myself, if I owned an electric vehicle.

Even away from the ocean there are weather phenomena which could cause an accumulation of salt on vital engine components. A lot of desert environments, the dust contains significant amounts of salt. That dust gets in everywhere.

Salt buildup could be an explanation for some of the spontaneous combustion electric vehicle disasters we’ve seen over the years. The salt could slowly accumulate in layers on critical electrical components of the vehicle, until one day, when atmospheric conditions are just right, moisture causes the salt layer coating the vehicle components to become electrically conducting, a short circuit forms, and the electric vehicle catches fire and explodes.


For more information about some of the bad things which can happen to electric vehicles, and why they are bad for the environment, click here.

Dazed & Confused: 5 Things About the ‘Inevitable Energy Transition’ That Make No Sense

From STOP THESE THINGS

Confused about the grand wind and solar ‘transition’? It’s a sensation experienced by any rational thinker. None of what’s put forward makes even the vaguest sense, once the critical faculties are applied.

Jude Clemente selects 5 subjects as a subset and does just that in the piece below.

5 Things I Truly Don’t Understand About the ‘Inevitable Energy Transition’
Irrational Fear (ex Forbes)
Jude Clemente
29 May 2023

Please note: this article was pulled down offline from Forbes. I will let you draw your own conclusions as to why. Factually, there was no justification for it. 

This list could be closer to 50 but let’s just stick to a handful of them. I literally live in this business every day, and I’m just so confused.

1. In a world that is apparently getting both warmer and colder because of global warming, how is it that we can increasingly rely on non-dispatchable (i.e., intermittent, usually unavailable), weather-dependent electricity from wind and solar plants to displace, not just supplement, dispatchable (i.e., baseload, almost always available) coal, gas, and nuclear power? In other words, if our weather is becoming less predictable, how is it that a consuming economy like ours can, or should even try, predictably rely on weather-dependent resources? ERCOT exemplifies this: the Texas grid operator has around 31,000 MW of wind capacity but goes into winter expecting only 6,000 MW (just 20%) of wind farms to be available to generate electricity. Again, in the marketplace, the “alternatives” you keep hearing about are proving to be far more supplemental than alternative.

Further, good wind and solar spots are finite, based on geography, so new builds, naturally, will be forced into areas that are less windy and less sunny, lowering their already very low 35% capacity factors. And because they devour immense swaths of land, interrupting a whole host of things, that Renewable Rejection Database is mounting very quickly. If wind, solar, and electric cars too are as effective and low-cost as so many keep promising us, there would obviously be no need for government subsidies for broad adoption. Yet, there is, gigantically so. Huge amounts of taxpayer money going into this, what I call “the holy climate panacea triad,” are vulnerable to changing politics and bound to become politically untenable at some point: “Ford Is Losing $66,446 On Every EV It Sells.” Our limited financial resources are obviously very precious, so these NEVER CONSIDERED and wasted opportunity costs forcing wind, solar, and electric cars into the energy complex are truly catastrophic. Schools investing in electric buses over STEM? The $200 Billion Electric School Bus Bust. How can any of this be justified?  I’m so utterly confused.

2. Climate change is a global issue, so how is it that we can claim climate benefits for unilateral climate policy. For example, U.S. gasoline cars constitute just 3% of global CO2 emissions, so how will getting rid of them impact climate change? But this dose of real science doesn’t stop California leaders, a state responsible for just 1% of global CO2 emissions, from telling us that energy policy in the nine-county region of Northern California alone is “responsible for protecting air quality and the global climate in the nine-county Bay Area.” No wonder then that a Biden administration official was incoherent when asked how $50 trillion in climate spending in the U.S. will lower any global temperature rise. Indeed, despite the Sierra Club in 2014 promising us that “China’s Thirst for Coal Is Drying Up,” the Chinese Communist Party approved two coal plants a week in 2022. But, don’t worry guys, China promises to be net-zero by 2060. On climate, you don’t matter nearly as much as some want you to think.

So, it becomes very obvious very quickly that no energy policy in northern California has any relevance in terms of changing the climate. The region could literally disappear and there would be no discernable impact on climate change. Even our climate czar John Kerry, loving the CO2-devouring life in a private jet and $250 million, has been forced to admit that the U.S. could even go to zero emissions and it would make no material impact on climate change. Talk about all pain, no gain. The real science is that incremental global emissions are “not here but over there” U.S. CO2 emissions are in structural decline regardless of what policies we pass (save 2021 and the rebound from Covid-19’s devastation in 2020). So, where is the climate benefit for Americans when it comes to U.S. climate policy? Because we’re continuously told to “believe science,” any positive answer to that question can only be deemed as anti-science. In fact, common sense and science itself tell us that unilateral climate policy can actually be really bad for climate change because it encourages carbon leakage (e.g., climate policy in the U.S. increases costs and just pushes a manufacturing firm to re-locate to coal-devouring China).

3. Back to electric vehicles. Even green-tinted but surely practical Bloomberg admits that more than 85% of Americans can’t afford an electric car, since they are well more than double the price of oil-based cars. How can a product bring racial justice for Black Americans when the vast majority of them can’t afford it? Worse then, huge and growing subsidies for electric cars are a “reverse Robin Hood,” taking money from poor taxpayers to give to the rich ones that are, actually, in the market to buy an electric car. Forcing electric equipment over natural gas? Sorry but “gas is four to six times cheaper than electricity.” Battery costs might be much higher than expected: 1) rising global demand, 2) rising costs and unavailability of their raw materials, 3) mining complications and environmental damage, and 4) China flexing its muscles since it controls the supply chains and uses hoarding as political leverage (see Covid-19 and medical supplies). Reality check, unlike what we keep hearing about “green energy,” no technology continues to decline in cost in perpetuity: “EV battery costs could spike 22% by 2026 as raw material shortages drag on.”

And this one I’m really confused on. President Biden promotes his climate agenda as a way to create jobs. Besides lacking in economic literacy (i.e., jobs are costs not benefits), the truth is that electric cars, for instance, entail far less jobs because they, for one thing, have far less moving parts. And there’s all kinds of evidence that electric car life-cycle emissions could be way worse than advertised, mostly because of the massive amounts of mining required to make them. We all know about child labor and your electric car, but even pro-EV outlets are being forced to report on the mounting problems from mining, the latest on how bauxite for the aluminum needed is destroying the Amazon. And about our President’s we’ll need oil for “another decade” claim? The U.S. Department of Energy just modeled that our oil demand will actually slightly INCREASE, not decline, to over 21.1 million b/d by 2050. Reality check: planes, industry (petrochemicals), heavy trucking, and sheer Energy Inertia will have oil dominating way longer than you’re being told.

4. How on Earth could anybody expect those in Africa and the other horrifically poor nations to “get off fossil fuels” when the rich countries haven’t come close to doing it. Germany and California, the world’s two greenest governments, are still overwhelming fossil fuel-based and overwhelmingly dependent on imports (dangerously so in Germany’s case). This comes despite decades of huge subsidies, scores of mandates, deploying the best engineering expertise, and having low population growth and thus low incremental energy needs, all giving them a huge advantage in “going green.” The energy stat to remember most? No U.S. state will ever “try to go green” like California has over the past 20 years, yet oil and gas still supply 70% of the state’s energy, even above the national average of 65%.

Germany and California have shown us what these climate policies bring: Germany has the highest electricity prices in the world; and California’s are the highest in the continental U.S. and soaring out of control. How the heck can we push for “deep electrification” to fight climate change if we are going to follow policies that surge the price of electricity, while also lowering grid reliability? And rich Westerners, spare us the judgments, demands, and hypocrisy on climate change: Germany thrives on a GDP per capita per year of $51,200, compared to a horrifically sad $2,260 for India.

5. But, perhaps I’m most confused about the whole air quality thing. The obsession over it gets attached to all energy policies. But there’s clearly a strawman to the “we need cleaner air now” demand. First, the air quality conversation in the U.S. reminds me of Voltaire’s “the perfect is the enemy of good.” Americans seem completely unaware how drastically our air quality has improved. Check data from the U.S. Environmental Protection Agency (EPA), our criteria pollutants have been plummeting over the past many decades. The risks seem exaggerated. Let’s just take Los Angeles, which for a big city notoriously has the worst air quality in the country. Tell me, please, if air quality is such a problem and such a health concern for Americans, why is it that Angelinos have a life expectancy of 82 years, a hearty three years above the national average. Just think of all the coal that China has devoured since 2000 (I figure around 70 billion tonnes), yet the country’s life expectancy, apparently shockingly to so many, is up a very impressive six years to nearly 78 since then. Maybe it’s because Chinese GDP per capita per year has skyrocketed nearly 9-fold to over $18,500. Even for rising asthma rates in the U.S., smoking is way down, coal usage is way down, and criteria pollutants are way down. So what gives?

“Better air quality and environment” are not free, as attaining government standards cost businesses hundreds of billions of dollars per year. These costs are ultimately paid by Americans in the form of higher prices, lower wages, and less choices. And at some point, the cost of the regulation to achieve better air outweighs its benefit. We’ve won on water too: the water in your toilet is cleaner than what the vast majority of humans on Earth drink. For every time that we hear “environmental justice” we need to say “economic justice” 100 times. In this country for all Americans, Blacks and Hispanics/Latinos make 30% less money than Whites and Asians. Too many politicians focus on the endless pursuit of “better air quality” and other abstract, seemingly impossible to measure benefits because they have no clue on the real ways to help communities of color and other low-income Americans: help them get a better education, help them get a better job, and help them make more money. Career politicians love bottomless, money-devouring pits the most: “America’s $100 billion climate change flop.” And although its entire existence is based on never being able to declare victory (imagine a football game with no time and no keeping score), EPA should consider that it’s wealth that matters most for health equity.

But, that’s not its business, is it?
Irrational Fear (ex Forbes)

Cobalt Carnage, Child Labor and Ecological Destruction

From Watts Up With That?

Horrific for cell phones, worse for electric vehicles, calamitous under Net Zero

Paul Driessen

Global cobalt demand soared with the advent of cell phones and laptop computers. It exploded with the arrival of electric vehicles and now is skyrocketing in tandem with government EV mandates and subsidies. Cobalt improves battery performance, extends driving range and reduces fire risks.

Demand will reach stratospheric heights if governments remain obsessed with climate change and Net Zero. States and nations would have to switch to electric cars, trucks, buses and tractors; end coal and gas electricity generation; convert gas furnaces, water heaters and stoves to electricity; and provide alternative power for windless, sunless periods. Electricity generation would triple or quadruple.

Weather-dependent Weather-dependent wind turbines and solar panels would require billions of battery modules, to stabilize power grids and avoid blackouts every time wind and sunshine don’t cooperate. and solar panels would require billions of battery modules, to stabilize power grids and avoid blackouts every time wind and sunshine don’t cooperate.

All that Net Zero transformation equipment – plus transmission lines, substations and transformers – will require billions of tons of cobalt, lithium, copper, nickel, graphite, iron, aluminum, rare earths and other raw materials at scales unprecedented in human history. That will necessitate mining, ore processing, manufacturing, land disruption and pollution at equally unprecedented levels.

Just President Biden’s first tranche of US offshore wind turbines (30,000 megawatts by 2030) will require some 110,000 tons of copper, for the turbines alone. Transmission lines, transformers and batteries are extra. Based on average global ore concentrations, getting that copper would require extracting 40,000,000 tons of surface rock (overburden) and 25,000,000 tons of copper ore.

But those 2,500 12-megawatt 800-foot-tall turbines would provide barely enough electricity to power New York state on a hot summer day, if the wind is blowing, and before its Net Zero mandates kick in.

However, the Biden Administration opposes mining in the United States – even for essential Net Zero materials; even under stringent US pollution, workplace safety and mined-land reclamation regulations. The President’s horse-blindered Secretary of the Interior has vetoed mining for materials in AlaskaMinnesota and almost anywhere critical metals and minerals might be found.

The Administration is laser-focused on ending the “climate crisis” by switching to “clean” energy. It has few qualms about importing the critically needed materials from foreign countries, primarily China – regardless of economic, defense, national security, ecological or human rights implications. It just wants the dirty aspects of “clean” energy far away and out of sight.

Cobalt mining involves unimaginable horrors. Cobalt Red, by Nottingham University associate professor of modern slavery Siddharth Kara, exposes the excruciating realities that Stop Oil and Net Zero campaigners strive to keep buried – along with the bodies of parents and children killed in cave-ins or dying slowly and painfully after being maimed or poisoned in cobalt mines.

Professor Kara took multiple trips to the Democratic Republic of Congo, risking his health and life to document conditions for desperate Africans in a region that holds 72% of the world’s known supplies of cobalt. He estimates that 70% of this cobalt (half the world’s entire supply) involves some measure of child labor, while much of the rest involves near-slave labor.

The DRC’s once-verdant southeastern corner hosts the largest, most accessible, highest grade cobalt ore deposits known on Earth. For EV buyers, Net Zero aficionados, and corporate and government elites, the land is blessed with cobalt interspersed with copper, other Net Zero metals, uranium, chromium, gold and silver. For those toiling at the bottom of the Congo food chain, the land is cursed with those metals.

In DRC mines, “labor is valued by the penny, life hardly at all,” Kara says. Miners in its big industrial mines get somewhat decent working conditions, medical care and pay (perhaps $10 per day).

But almost one-third of Congo cobalt is gouged from the earth by artisanal miners: men and women, and boys and girls as young as six. They and their families live and work in a treeless “hellscape of craters and tunnels patrolled by maniacs with guns.”

Noxious clouds of gas permeate air that even infants must breathe. Families fish, play and bathe in – and drink from – rivers and lakes contaminated with metals and industrial chemicals.

They labor ten to twelve hours a day in sweltering heat and toxic mud, water and dust, in enormous pits hundreds of feet deep – hacking at rocky walls and in long, narrow tunnels that collapse with frightening frequency. Injured miners may get initial medical care; then nothing.

In some areas, their clothing and skin are covered with mustard-colored dust – dried sulfuric acid from processing the ores. Almost everywhere, breast, kidney and lung cancers are rising, because adults, children and babies are exposed constantly to heavy metals and uranium in everything around them. High lead levels cause permanent neurological damage.

15-year-old Muteba hobbled on crutches, his shattered, mangled legs dangling below his skinny waist. He was the only survivor from a cave-in that buried his brother and six others alive. 16-year-old Makano fell into a pit, broke and gashed his leg and hip, and was left with a festering, infected wound that desperately required antibiotics and medical attention he was unlikely to receive.

There are thousands more like them – maimed, paralyzed, disfigured or dead.

“Fair living” wages? Male artisanal miners receive around $2-4 a day – for output that might reach two 90-pound (40-kilogram) sacks of heterogenite cobalt ore. Women and children are typically paid half that, regardless of how much they produce or the purity of the ore they mine.

Those who disobey mine overseers can get “locked in a shipping container with no food or water for up to two days.” At Kanina, two boys who tried to get more than the usual pittance for their 65-pound bags of ore were gunned down – murdered – by security guards.

“Here it is better not to be born,” a mother lamented. A miner reflected, “Here we work in our graves.” Of course we fear the dangers, said another, “but if we do not work, we do not eat.”

And still mining, tech and EV companies, ESG investment firms, politicians and climate zealots tell us they require and ensure “responsible sourcing” of Net Zero supply chains, good wages, safe working environments, and prevention of child labor and slavery. What indifferent, self-serving fraud.

No DRC buyer knows or cares where a quantity of cobalt ore came from, under what conditions it was mined, or whether children dug it out. The entire marketplace is designed to collect and mix ores from formal industrial mines and legal or illegal artisanal operations – making it impossible to trace sources or tell whether child slaves or brutal militias were involved.

At least one marketplace is a remote night operation that can have no other purpose “than to launder artisanally mined cobalt into the formal supply chain completely our of view.” Every mixed load of ore is then thrown into acid baths for initial processing – before being sent out of country, mostly to China.

We hear much about reparations for descendants of American slaves – but little about reparations for Native Americans, and zilch about compensating these modern-day slaves.

Nor do we hear from billionaires like Bill Gates, John Kerry, Mark Zuckerberg, George Soros and Michael Bloomberg. They lavishly fund “climate crisis” and “clean energy” campaigns. Have they spent one dime bringing decent wages, working conditions, living standards and medical care to Congo’s miners?

These human rights issues should top their charitable giving – and the agenda for anyone promoting the climate crisis, ESG, Net Zero and batteries, especially President Biden, Senator Sheldon Whitehouse and UN Secretary General Antonio Guterres.

Paul Driessen is senior policy advisor for the Committee For A Constructive Tomorrow (www.CFACT.org) and author of books and articles on energy, climate change, environmental policy and human rights.


Electric Vehicle Charging Stations 10 Years Behind Schedule

From The Daily Sceptic

By RICHARD ELDRED

Analysis shows ministers are at risk of missing their goal for 300,000 public EV charge points by 2030, with only 3,870 installed in three months. At its current rate, the target will be achieved 10 years behind schedule. Will the Government now rethink its insane plan to ban sales of ‘wet’ cars in 2030? The Times has the story.

Figures from the Department for Transport show that 3,870 chargers were installed in the three months to July, bringing the total to 44,020 across the U.K.

At the current pace, just 114,640 would be installed by January 2030, with the targets met a decade later. To meet the target in time 9,845 chargers would need to be installed each quarter between now and then — a 154% increase.

There is growing frustration among motor manufacturers at the lack of a mandate on charging infrastructure, given that from next year carmakers will be subject to one themselves on how many zero-emission vehicles they sell, with penalties for missing targets. The Government is aiming to ban the sale of new petrol and diesel cars from 2030. New hybrid cars, which use a combination of electric and conventional fuels, will be banned from 2035.

There was debate this week over whether pursuing the green agenda will hamper the Tories’ success at the next election after the party narrowly held Boris Johnson’s former seat in the Uxbridge & South Ruislip by-election. The victory was attributed to the party’s opposition of the expansion of London’s clean air zone, which was billed as a tax on motorists.

Michael Gove, the levelling-up secretary, said the 2030 date to end sales of new petrol and diesel vehicles was “immovable”. He told the BBC: “We’re committed to maintaining our policy of ensuring that by 2030 there are no new petrol and diesel cars being sold.”

Privately, some in the motor industry believe the Conservatives know the infrastructure targets will not be met and that sticking to the 2030 ban on petrol and diesel cars will be hard, but are unwilling to address the issues before the election. Louise Haigh, the Shadow Transport Secretary, said: “There is no time to lose on charging infrastructure, yet the Conservatives are still a decade off track to meeting their own target.

“Never-ending chaos from this Conservative Government risks stalling the switch to electric vehicles, pushing up costs and leaving our world-class car industry in limbo.”

From next year manufacturers will be subject to a mandate on how many zero-emission vehicles they sell, starting at 22% of their total production. That will rise every year, reaching 52% in 2028, 80% in 2030 and 100% in 2035.

Worth reading in full.

Britain should place a big bet on the petrol engine

From NOT A LOT OF PEOPLE KNOW THAT

By Paul Homewood

h/t Paul Kolk

Ministers should be hailing it as a major vote of confidence in the economy. King Charles should be clearing his diary to make sure he is available for the opening ceremony. And the broadcasters should be leading the news with it. In normal circumstances, you might expect the announcement that two major global corporations will headquarter their new €7 billion joint venture in the UK to be greeted as a huge win for the country.

It may not be popular with the green elite, but it is a lot more likely to be successful

The trouble is, the Renault joint-venture with China’s Geely has been designed to produce petrol and hybrid engines and not fashionable battery powered cars.

But hold on. With the rest of the world pouring vast subsidies into electric vehicles, spending money the UK cannot hope to compete with, it is increasingly obvious that the UK should make a big bet on petrol. It may not be popular with the green elite, but it is a lot more likely to be successful

It is a rare piece of good news for the battered British economy, and its beleaguered car industry. The French giant Renault and the emerging Chinese automaker Geely want to manufacture these engines to supply to brands such as Volvo and Nissan. While EVs are taking an increasing slice of the market, the logic is that petrol will still have a big role to play, and there will be plenty of space for engines that still burn some fossil fuels, and preferably as little as possible, with minimal emissions. And they have decided to headquarter the new company in the UK.

If our political leaders were smart enough, they would jump on that. We hear a lot about how the UK is not competitive in electric vehicles. There are endless demands for more subsidies for battery plants and factories. The trouble is, it is hopeless. The United States is spending hundreds of billions of dollars in making itself a global leader in EVs, the EU is trying to match that spending, and now China is rapidly making inroads into the market with its own low-cost vehicles (most of them so good and so cheap we will all be driving them quite soon). For the UK, with an almost bankrupt government, and representing just 3.2 per cent of global GDP, to possibly think it can compete with this is, to put it mildly, completely batty.

Instead, it would be far better to accept that the internal combustion engine is likely to have a role in moving people and stuff around the place for quite a long time yet. Indeed, with questions emerging about whether EVs are genuinely better for the environment – given all the minerals extracted to make them and their relatively short life – it is increasingly open to debate whether they are really the answer to combating climate change. They may turn out to be a massive and expensive mistake. The UK should make a big bet on petrol, making itself a hub for a reinvented petrol engine, with Renault-Geely as a start. Right now it is likely to have the market to itself – and it might well be able to build a significant new industry.

https://www.spectator.co.uk/article/britain-should-place-a-big-bet-on-the-petrol-engine/

WHEN THE FACTS COLLIDE WITH CLIMATE ALARM

From Friends of Science Calgary

Contributed by Robert Lyman © 2023. Robert Lyman’s bio can be read here.

EXECUTIVE SUMMARY

This year, the 2023 version of the Statistical Review of World Energy 2023 was produced by the Energy Institute with partners KPMG and Kearney. It contains full energy data for 2022 and for the preceding years going back to 2012.

In this article, I compare the facts concerning world energy trends as reported in the review with the claims of climate campaigners:

Claim: Renewable Energy Sources are Steadily Replacing Fossil Fuels in the World’s Primary Energy Mix

Of 2022’s total primary energy consumption of 604 exajoules, fossil fuels (oil, natural gas and coal) accounted for 494 exajoules, or 82%. Nuclear energy and hydroelectricity provided 10.7%. Renewables supplied 7.5%, and most of that were biofuels. The fossil fuel share is holding roughly constant.

Claim: The World is on the Path to Radical Decarbonization

Since 2012, total CO2-equivalent emissions have increased from 36.6 billion tonnes per year to 39.3 billion tonnes per year. The increase in emissions from 2021 to 2022 was only 0.8%, as the world was still largely in recession.

In 2022, the non-OECD countries produced 68% of global emissions, up from 66% in 2021. China alone produced 30% of the world’s GHG emissions. The United States produced 13.5% of global emissions, Canada 1.5% and Europe 10.0%. The world is not decarbonizing.

Claim: Financial Institution Constraints on Investment are Impairing the Growth in World Fossil Fuel Production

World production of crude oil and condensate liquids increased from 77.4 million barrels per day in 2012 to 81.2 million barrels per day in 2022, an increase of 5%. World production of natural gas increased from 3,326 billion cubic metres in 2012 to 4,043 billion cubic metres in 2022, an increase of 717 billion cubic metres, or 22%. World production of coal increased from 8,188 million tonnes in 2012 to 8,803 million tonnes in 2022, a rise of 615 million tonnes, or 8%.
In short, production of all fossil fuels is increasing despite the efforts of climate campaigners to restrict producers’ access to funds.

Claim: The measures to promote the use of electric vehicles, vehicle fuel efficiency and increased transit use, as well as onerous taxation of motor fuels, are reducing consumption of oil and especially gasoline in the transport sector.

World liquids (i.e., crude oil and natural gas liquids) consumption increased from 90.6 million barrels per day in 2012 to 100.3 million barrels per day in 2022, an increase of 9.7 million barrels per day, or 11%. World consumption of gasoline increased from 21.5 million barrels per day in 2012 to 23.9 million barrels per day in 2022, a rise of 2.4 million barrels per day, or 11%.

In other words, passenger transport-related oil demand continues to rise across the world, in spite of governments’ policies.

Claim: Natural gas consumption is being reduced through regulatory measures.

World consumption of natural gas increased from 3,320 billion cubic metres in 2012 to 3,941 billion cubic metres in 2022, a rise of 621 billion cubic metres, or 19%. Overall, natural gas continues to be one of the fastest growing sources of global energy demand and a key source of clean, reliable energy supply.

Claim: Climate policies are driving coal out of the global energy mix.

World coal consumption rose and fell on a yearly basis within a relatively narrow band over the period 2012 to 2022. Global consumption in 2022 was 161 exajoules, compared to 158 exajoules in 2012, and the highest level since 2014. Coal consumption still shows no signs of significant decline.

Claim: Electricity Generation is growing Fast Enough to Soon Meet Most Energy Needs

Global electricity generation increased from 22,833 terawatt-hours in 2012 to 29,165 terawatt-hours in 2022, a rise of 6,332 terawatt-hours, 28% in eleven years. According to Enerdata, in 2021, the share of electricity in global final energy consumption was only 20.4%.

Global electricity generation increased by 2.3% in 2022, with renewables (including hydro) meeting 84% of net electricity demand growth. Even with unprecedented levels of subsidization and regulatory mandating, the massive investments in wind and solar energy were not even sufficient to keep up with demand growth, let alone displace any existing fossil fuel-based electricity generation.

COMMENTS

The data illustrates that almost all the key assertions of climate campaigners about present trends in global energy supply, demand and emissions are flawed. Most importantly, the “world” is not decarbonizing and is not undergoing either a rapid “transition” towards full electrification or replacement of fossil fuels by renewable energy.

E-Cars Prone To Rapidly Losing Their Charge, Getting Stranded On German Autobahns

From NoTricksZone

By P Gosselin on 20. June 2023

E-cars have a much higher risk of losing their charge, getting stranded on German traffic jam-plagued autobahns.

So far the only solution is the (internal combustion engine) tow truck

The online Karlsruher Insider here reports on another woe e-car driving Germans are experiencing, especially on the highways: dead batteries.

Germany’s highways, known as autobahns, are notorious for their heavy traffic loads and kilometers-long traffic jams known as staus. Motorists driving on them must always reckon with at least one stau along the way. A stau results in a slow, stop-and-go movement, which can extend a trip by hours. That’s why German drivers usually make sure the gas tank is close to full before starting on a longer trip, knowing that running out of gas before reaching the next rest stop is a real risk under stau conditions – especially if you foolishly start with a tank that’s less than a quarter full.

With a full tank of fossil fuel, drivers can rest assured they can reach the next exit or rest area to refill, and won’t have to deal with the aggravation of running empty in the middle of nowhere on the autobahn.

E-cars get stranded on autobahns

Electric cars, however, not surprisingly, don’t cope well with autobahn stau conditions.

“More and more so-called electric cars are driving on German roads. But as the number of these vehicles increases, more and more e-cars end up on the hard shoulder of the motorway with an empty battery,” reports the German online Karlsruhe Insider. Under slow moving, stop-and-go conditions, an electric battery charge dwindles rapidly and the e-car ends up getting stranded more often than ever.

Conventional cars do well

Combustion engine cars that do run out of fuel on an autobahn are at least easy enough to manage. Germany’s ADAC automobile club can simply be called up to deliver fuel directly to the empty car.

“On the other hand, there is a different procedure for e-cars with an empty battery that have broken down on motorways, reports the Karlsruhe Insider. The ADAC “is currently testing mobile chargers for e-cars in its breakdown service. These are called e-boosters and are to be tested in a pilot project. The device could be used to charge broken-down electric vehicles to such an extent that they could make it to the next charging station without a tow truck, they say.”

Tow truck 

The Karlsruhe Insider however summarizes: “If the e-cars still break down on the motorways with an empty battery, roadside assistance can provide relief. At present, however, this only works by towing the vehicle.”

It’s another reason motorists are shunning electric vehicles. Longer trips require meticulous planning, lots of charging time and nerves. Indeed the electric car, with its high cost and inconvenience, could turn out to be an effective way to herd people back into trains and public transit.

Electric Vehicles: Arthur Berman, Pedro Prieto, & Simon Michaux | Reality Roundtable #1

Nate Hagens

On this inaugural episode of Reality Roundtable, Nate is joined by Art Berman, Simon Michaux, and Pedro Prieto to discuss the viability of scaling electric vehicles and what role they could play in the future.

Electric vehicles have become increasingly more popular in recent years, and in tandem more polarizing and controversial. Art, Simon, Pedro, and Nate join together for a multi-faceted conversation jam packed with expertise and insight about the reality of EVs.

Are plans for dramatically increasing the production of electric vehicles as a replacement for internal combustion vehicles materially, economically, or even infrastructurally possible?

Are current EV initiatives taking a science-based systems approach towards this massive economic, environmental, and cultural shift or are they rooted in energy blindness?

About Arthur Berman:

Arthur E. Berman is a petroleum geologist with 36 years of oil and gas industry experience. He is an expert on U.S. shale plays and is currently consulting for several E&P companies and capital groups in the energy sector.

About Pedro Prieto:

Pedro is the vice president of the Asociación para el Estudio de los Recursos Energéticos (AEREN). AEREN is an open space for debate and communications on energy issues and their role in demography, development, economy and ecology. Pedro was a member of the board at ASPO International with AEREN representing ASPO in Spain. Since 2004, Pedro has led several solar photovoltaic projects in Spain, a leading world country in solar PV penetration. Pedro co-authored Spain’s Photovoltaic Revolution. The Energy Return on Investment, that challenged the conventional energy boundaries considered up to the moment for calculations.

About Simon Michaux:

Dr. Simon Michaux is an Associate Professor of Geometallurgy at the Geological Survey of Finland. He has a PhD in mining engineering. Dr. Michaux’s long-term work is on societal transformation toward a circular economy.

For Show Notes and More visit: https://www.thegreatsimplification.co…