Month: March 2024

The UK’s Net Zero Policy – a Second Update

Section 1.1 of the Climate Change Act 2008: ‘It is the duty of the Secretary of State to ensure that the net UK carbon account for the year 2050 is at least 100% lower than the 1990 baseline.’

1. It’s unachievable.

Many vehicles and machines (used for example in mining, agriculture, heavy transportation, emergencies, commercial shipping and aviation, the military and construction) and products (for example concrete, steel, plastics – all needed for the construction of renewables – fertilisers, pharmaceuticals, anaesthetics, lubricants, solvents, paints, adhesives, insecticides, insulation, tyres and asphalt) essential to life and wellbeing require the combustion of fossil fuels or are made from oil derivatives; there are no easily deployable, commercially viable alternatives. Our civilisation is based on fossil fuels; something that’s unlikely to change for a long time.

Wind is the most effective source of renewable electricity in the UK … but: (i) the substantial costs of building the huge numbers of turbines needed for Net Zero, (ii) the complex engineering and cost challenges of establishing a stable, reliable non-fossil fuel grid by 2035 (2030 for Labour) – not least the need to cope with a vast increase in high voltage grid capacity and local distribution, (iii) the enormous scale of what’s involved (immense amounts of space and of increasingly unavailable and expensive raw materials, such as so-called ‘rare earths, required because, unlike fossil fuels, the ‘energy density’ of wind is so low), and (iv) the intermittency of renewable energy (see 2 below), make it most unlikely that the UK will be able to generate sufficient electricity for current needs let alone for the mandated EVs and heat pumps plus industry’s requirements and other demands such as the predicted growth of AI.

In any case, the UK doesn’t have enough skilled technical managers, electrical and other engineers, electricians, plumbers, welders, mechanics and other tradespeople (probably about a million) to do the multitude of tasks essential to achieve Net Zero – a problem worsened by political demands for massively increased house building.

‘Net Zero’ means that, where emissions are unavoidable, equivalent amounts must somehow be removed from the atmosphere. There’s no detailed, costed (or indeed any) plan for this, thereby invalidating the entire project.

2. It would be socially and economically disastrous.

Neither political party’s all-renewable energy project includes a fully costed engineering plan for the provision of comprehensive grid-scale back-up when there’s little or no wind or sun; a problem that’s exacerbated by the pending retirement of fossil fuel and nuclear power plants. Both are now talking of building new gas-fired power plants – thereby undermining Net Zero – but they’ve not published any detail and, in any case, intend it seems to fit them with carbon capture and underground storage systems – an unproven, wasteful and expensive technology that hasn’t been shown to be viable on a national scale. This issue is desperately important: without full back-up, electricity blackouts would be inevitable – ruining many businesses and causing dreadful problems for millions of people, including health consequences threatening everyone and in particular the poor and vulnerable.

Even more serious is the fact that, because there’s no coherent plan for the project’s delivery, little attention has been given to overall cost. All that’s clear is that it would almost certainly be completely unaffordable: for example, a recent National Infrastructure Commission projection of £1.3 trillion is probably far too low – estimates in excess of £3 trillion seem likely to be more accurate. The borrowing and taxes required for costs at this scale would destroy Britain’s credit standing and put an impossible burden onto millions of households and businesses.

Net Zero would have two other dire consequences:

(i) As China essentially controls the supply of key materials (for example, lithium, cobalt, aluminium and so-called rare earths) without which renewables cannot be manufactured, the UK would greatly increase its already damaging dependence on it, putting its energy and overall security at most serious risk.

(ii) The extensive mining and mineral processing operations required for renewables are already causing appalling environmental damage and dreadful human suffering throughout the world, affecting in particular fragile, unspoilt ecosystems and many of the world’s poorest and most vulnerable people; the continued pursuit of Net Zero would make all this far worse.

3. It’s pointless.

For two reasons:

(i) It’s absurd to regard the closure of greenhouse gas (GHG) emitting plants in the UK and their ‘export’ mainly to SE Asian countries, commonly with poor environmental regulation and often powered by coal-fired electricity, as a positive step towards Net Zero. Yet efforts to ‘decarbonise’ the UK mean that’s what’s happening.

(ii) Most major non-Western countries – the source of over 75% of GHG emissions and home to 84% of humanity – don’t regard emission reduction as a priority and, either exempt from or ignoring any obligation to reduce their emissions, are focused instead on economic and social development, poverty eradication and energy security. As a result, global emissions are increasing and are set to continue to increase for the foreseeable future. The UK is the source of less than 1% of global emissions – perhaps 1.5% if ‘exported’ emissions are somehow included – so further emission reduction cannot have any impact on the global position.

In other words, the Net Zero policy means the UK is legally obliged to pursue an unachievable, disastrous and pointless policy – a policy that would probably result in Britain’s economic destruction.

Robin GuenierApril 2024

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March 31, 2024 at 07:41AM

Largescale Solar Farms Proving Vulnerable, Pose Toxic Hazard To The Environment, Soil

Another solar farm gets wrecked by hailstorm…toxic chemicals now threaten environment

On March 16th, near Needville Texas, thousands of solar panels were destroyed by a powerful hailstorm, causing significant damage to a large 10,000-acre solar farm in the area. It’s tornado season!

The storm brought baseball-sized hail and smashed the solar panels at the Fighting Jays Solar Farm. Though the panels are made of tempered glass, which is designed to shatter safely upon impact, the hail’s size was enough to crack the photovoltaic cells underneath and thus render them useless and possibly environmentally dangerous.

The latest incident once again highlights the vulnerability of solar farms to the weather elements. Last month we reported how in June, 2023, hailstorms in Nebraska destroyed a 14,000-panel 4.375 MW AC solar facility.

Toxic chemicals risk leaking

Not only is the Fighting Jays Solar Farm property damage high, now there’s concern dangerous chemicals could now leak into the ground and contaminate the whole site.

 

Resident Nick Kaminski, who lives near the solar farms, said he “was shocked” is worried about the environmental impact “some highly toxic chemicals” coming from destroyed panels could have.

FOX 26 here reports:

‘I have a family two children and a wife,’ he said. ‘My neighbors have kids and a lot of other residents in the area who are on well water are concerned that the chemicals are now leaking into our water tables.’”

Damages in the tens of millions of dollars

Currently there’s no publicly available damage estimate for the Fighting Jays Solar Farm. However, news reports on the event do provide some hints for how high the costs might be. Similar hail damage to a solar farm in Texas in 2019 resulted in over $75 million in losses. That particular farm had a capacity of 178 megawatts, while the Fighting Jays Solar Farm is even larger at 350 megawatts.

Based on this, it’s likely the damage to the Fighting Jays Solar Farm will run in the tens of millions of dollars.

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March 31, 2024 at 06:10AM

The crews bracing themselves for a rise in electric car fires


Firefighter: “Our preferred approach is to let them burn themselves out”. EV fires ‘create a variety of toxic chemicals’. They ‘have to be “quarantined” away from other vehicles even after the fire appears to have been put out’, in case they re-ignite days or even 2-3 weeks later. Other types of car are still available, but in increasingly restricted numbers due to so-called climate policies.
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Each year, Essex Fire and Rescue Service focuses on one area of “top-up” training for its crews, says BBC News.

In recent years, this has included sessions on firefighting at height and managing hazardous materials.

This year, a new course is being introduced: How to deal with electric vehicle fires. Why?

Station manager Terry Maher has recently taken on a new role within the fire service.

A hazardous material expert, he is now the service’s lead officer on tackling lithium-ion battery fires.

His new responsibility comes as the number of electric vehicles (EVs) on UK roads hits more than 1m. And the number is rising fast [Talkshop comment – not really].

And while Mr Maher stresses EV fires are rare, they pose a challenge quite unlike a conventionally fuelled vehicle fire.

The batteries – if they are the source of the fire – are often hard to reach, he says, and EV fires can create directional jet flames and vapour cloud explosions.

EV fires also create a variety of toxic chemicals both in the air and in the water run-off if firefighters use hoses to keep the flames in check.

“Our preferred approach is to let them burn themselves out,” says Mr Maher.

Not all recovery companies will take damaged cars away, says Mr Maher, either because they are concerned about handling a burned EV or because they do not have the right recovery vehicles (EVs cannot be towed, because the turning of the back wheels generates power).

In one incident last year involving a Tesla, police and firefighters had to wait more than four hours for a specialist recovery vehicle to arrive.

Electric cars are also known to reignite “up to two or three weeks after the initial fire”, says Mr Maher, meaning they have to be “quarantined” away from other vehicles even after the fire appears to have been put out.

Full article here.
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Image: Electric Vehicle Charging Sparks Multiple House Fires [credit: climatechangedispatch.com]

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March 31, 2024 at 05:26AM

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March 31, 2024 at 04:05AM