Tony Blair opposes phasing out fossil fuels. These academics disagree

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Jack Marley, The Conversation

Rapidly phasing out fossil fuels and limiting energy consumption to tackle climate change is “a strategy doomed to fail” according to former UK prime minister Tony Blair.

In the foreword of a new report, Blair urges governments to rethink their approach to reaching net zero emissions.

Instead of policies that are seen by people as involving “financial sacrifices”, he says world leaders should deploy carbon capture and storage, including technological and nature-based approaches, to meet the rising demand for fossil fuels.

But speak to many academic experts on climate change and they will tell a very different story: that there is no strategy for addressing climate change that does not involve ending, or at least massively reducing, fossil fuel combustion.


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A fossil fuel phase-out is ‘essential’

“There is a wealth of scientific evidence demonstrating that a fossil fuel phase-out will be essential for reining in the greenhouse gas emissions driving climate change,” says Steve Pye, an associate professor of energy at UCL.

“I know because I have published some of it.”

Ed Hawkins, a climate scientist at the University of Reading, agrees.

“Rapidly reducing our reliance on fossil fuels, and not issuing new licenses to extract oil and gas, is the most effective way of minimising future climate-related disruptions,” he says.

“The sooner those with the power to shape our future recognise this, the better.”

Fossil fuels are responsible for 90% of the carbon dioxide heating the climate. The amount burned annually is still rising, and so is the rate at which the world is getting hotter. Scientists now fear we are approaching irreversible tipping points in the climate system, hence their support for an urgent replacement of fossil fuels with renewable energy.

Blair is confident that an emergency response on this scale can be avoided by absorbing CO₂ immediately after burning fossil fuels, from the smokestacks where the greenhouse gas is concentrated.

Not all of the emissions responsible for climate change would be prevented. UCL earth system scientist Mark Maslin says that natural gas, which would linger as an energy source thanks to carbon capture, still leaks from pipelines and storage vessels upstream of power plants.

Commercial applications of the technology also have a poor track record. Just two large-scale coal-fired power plants are operating with CCS worldwide – one in the US and one in Canada.

“Both have experienced consistent underperformance, recurring technical issues and ballooning costs,” Maslin says.

A valve and an oil derrick at dusk.
CCS is no alternative to turning off the fossil fuel taps. Pan Demin/Shutterstock

Blair might baulk at what he perceives to be the expense of ditching fossil fuels. But economic modelling led by Oxford University’s Andrea Bacilieri suggests his concern is misplaced. A rapid phase-out of fossil fuels could save US$30 trillion (US$1 trillion a year) by 2050 she concludes, compared with allowing power plants and factories to keep burning them with CCS.

Developing CCS will be necessary to help manage an orderly transition from fossil fuels according to Myles Allen, a professor of geosystem science at Oxford University. But it is not a substitute for undergoing that transition, he says.

“Above all, we need to make sure the availability of CCS does not encourage yet more CO₂ production.”

Keeping the public on board

Is Blair right to fret about a public backlash to lower energy use? Academics suggest multiple reasons to think otherwise if the alternative is prolonging the use of fossil fuels.

Replacing a gas boiler with a heat pump that runs on electricity, for example, can lower a household’s energy consumption without a deliberate effort. That’s because renewable appliances convert power to heat more efficiently (how much depends on how well insulated the home is).

In fact, it’s dependence on fossil fuel that is preventing many households from making this switch. The high wholesale price of gas determines the cost of electricity for UK consumers.

And surveys repeatedly show that support for net zero policies is broad and deep in the UK – including those that would involve lifestyle changes say Lorraine Whitmarsh (University of Bath), Caroline Verfuerth and Steve Westlake (both Cardiff University), who research public behaviour and climate change.

“Crucially, the public wants and needs the government to show clear and consistent leadership on climate change,” they say.

Meanwhile, what can corrode public acceptance of sacrifices is the high-consuming behaviour of a minority (think pop stars in rockets, as Westlake recently argued). And, arguably, the statements of powerful people like Blair.

New research even suggests the politics that Blair and many others like him favour might also play a role here. Felix Schulz (Lund University) and Christian Bretter (The University of Queensland) are social scientists who study how ideology affects personal views on climate policy.

They identified respondents in six countries (the UK, US, Germany, Brazil, South Africa and China) who shared Blair’s neoliberal worldview, which the pair define as a belief that individuals are primarily responsible for their own fortune, and need to take care of themselves – as well as an abiding faith in the free market.

“We observed a strong link between a neoliberal worldview and lack of support for the climate policies in our study,” they say.

Schulz and Bretter urge us to consider how someone’s ideology ultimately shapes their understanding of the problem and its solutions as well.

Jack Marley, Environment + Energy Editor, The Conversation

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Continue ReadingTony Blair opposes phasing out fossil fuels. These academics disagree

Carbon Capture’s Publicly Funded Failure

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https://priceofoil.org/2023/11/29/ccs-data/

Extinction Rebellion NL image reads STOP FOSSIELE SUBSIDIES
Extinction Rebellion NL image reads STOP FOSSIELE SUBSIDIES

Summary

  • Governments have spent over $20 billion – and have approved up to $200 billion more – of public money on carbon capture and storage (CCS), providing a lifeline for the fossil fuel industry.
  • 79% of operating carbon capture capacity globally sends captured CO2 to produce more oil (via Enhanced Oil Recovery).
  • Many of the largest CCS projects in the world overpromise and under-deliver, operating far below capacity.

Carbon, Capture, Utilization, and Storage (CCS or CCUS) has a 50-year history of failure. CCS is often presented as a new technology to reduce carbon dioxide (CO2) emissions by trapping CO2 from a smokestack or directly from the air and then injecting it into the ground for storage. In fact, CCS was first developed in the 1970s to enhance oil production, and increased oil production remains its primary use. Oil Change International research finds that 79% of operating carbon capture capacity globally sends captured CO2 to produce more oil (via Enhanced Oil Recovery).

The story of CCS as a method to reduce CO2 emissions is one of overpromising and under-deliveringAnalysis after analysis has concluded that CCS is not a climate solution. In September 2023, the International Energy Agency noted that: “The history of CCUS has largely been one of “underperformance” and “unmet expectations.”

Yet Big Oil consistently tells us that CCS is central to the fight against climate change. Chevron, for example, says that CCS will make a “lower carbon future possible.”

In the run-up to COP28 in the United Arab Emirates, the oil industry and many governments are ramping up their promotion of CCS as an integral part of the collective response to climate change. There has been a flurry of renewed government commitments, conferences, and new industry initiatives, coupled with continuing misinformation. Governments around the world have spent over $20 billion – and have approved up to $200 billion more – of public money on CCS, providing a lifeline for the fossil fuel industry.

In October 2023, ADNOC, the Abu Dhabi National Oil Company, whose CEO, Sultan Al Jaber, is the COP28 President, announced that it planned to double its CCS capacity to 10 million tonnes per year. But ADNOC’s existing flagship CCS project, which is supposed to capture emissions from a steel plant, is only designed to capture around 17% of that plant’s maximum CO2 pollution. Furthermore, there is no publicly available information about how much CO2 it has actually captured. What the CCS project does capture is used to increase oil production, leading to more emissions when burned.

As governments prepare to spend up to $200 million of public money on CCS, it must be clear: CCS is a lifeline for the fossil fuel industry, not people and planet.

Subsidies

Governments have spent over $20 billion – and have legislated or announced policies that could spend up to $200 billion more – of public money on CCS, providing a lifeline for the fossil fuel industry.

Key facts

  • Ten governments have already spent at least $22 billion on CCS and Fossil-Hydrogen.
  • This number is likely very conservative due to a shocking lack of transparency on government subsidies and tax credits.
  • Twelve governments have approved policies that could funnel up to $200 billion more toward CCS and Hydrogen.

Carbon Capture Serves Oil and Gas Production

A Majority of Carbon Capture Projects Serve To Produce More Oil and Gas, Not Reduce Emissions

Data from our project’s database and analysis from leading experts such as IEEFA and others show that the majority of carbon capture (CCS) projects exist only to enable oil and gas production and fail to reduce overall emissions.

Key facts

  • 79% of operating carbon capture capacity globally sends captured CO2 to produce more oil (via Enhanced Oil Recovery)
  • 67% of operating carbon capture capacity globally captures emissions from processing CO2-rich gas.

Read this article at https://priceofoil.org/2023/11/29/ccs-data/

Continue ReadingCarbon Capture’s Publicly Funded Failure