Green jobs or dangerous greenwash?

Watch our meeting from Tuesday 4th July

Speakers:

• Claire James, Campaign against Climate Change slides with links
• Ellen Robottom, Campaign against Climate Change trade union group slides
• Don Naylor, HyNot (campaigning against HyNet greenwash and the Whitby hydrogen village) slides
• Katy Brown, Biofuelwatch (stepping in for Stuart Boothman, Stop Burning Trees Coalition) slides

Update - just days after this meeting, it was announced that the Whitby pilot to use hydrogen for home heating was being withdrawn because of local opposition.

Flyers - Greenwashing fossil fuels with carbon capture, hydrogen and biomass

You can download the pdf here, read the text with links to further information below, or request copies (info@campaigncc.org)

To have a chance of limiting global heating to 1.5 degrees, there must be no new oil and gas production. But fossil fuel industries have other ideas, aggressively promoting themselves as ‘green’, to ensure that extraction (and their mega-profits) continue.

Instead of focusing on proven solutions to cut emissions – renewables and energy efficiency – massive public subsidy is being diverted to develop carbon capture and storage (CCS), and related technologies: 'blue' hydrogen and burning biomass.

Here in the UK, £20 billion funding has just been announced for CCS. Two pilot industrial clusters are already being driven forward, on the East Coast (Humber/Teesside) and Hynet (Liverpool Bay/North Wales).

Carbon capture may prove necessary in a few industries, but industrial and energy policy is being dangerously distorted by the fossil fuel industry’s interest in prolonging the use of oil and gas whilst developing a lucrative new revenue stream in so-called 'carbon management'.

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Ways to greenwash fossil fuels with carbon capture and storage

1) Claim that this is a tried and tested technology. The vast majority of carbon capture has been for natural gas processing, not at fossil fuelled power plants. The few power CCS projects have performed poorly, and been beset with technological problems and outages 

2) Claim 95% of emissions can be captured. These kinds of capture rates - even if they were enough - have never yet been demonstrated at scale and under real-world conditions. The only currently operating power CCS plant (Boundary Dam in Canada) has seen an average capture rate of around 50% up to 2021. Even in its ‘best year’, it only achieved around 65% reduction in the carbon intensity of its power output.

3) Claim to produce ‘low carbon’ gas and oil by capturing emissions associated with extraction and processing - but don’t mention the deadly emissions caused by actually burning the fuels! The vast majority of captured CO2 is currently used to increase oil production, by pumping it into near-depleted oil fields to make it easier to extract the oil .

4) Ignore unknown consequences of large-scale geological storage of  CO2. These could include ocean acidification and harm to marine ecologies, and CO2 leaking back into the atmosphere. Recent research has highlighted that the geological complications of long-term CO2 storage have likely been underestimated.

5) Ignore risks of CO2 transportation and storage. CO2 is an asphyxiant at high concentrations, and leaks from pipelines or on carrier ships could spell disaster.

6) Ignore greenhouse gases not captured by the process, for example leaks of natural gas (methane) and nitrous oxide. Methane has 86 times the global warming potential of CO2 over the crucial 20 year timescale. 

7) Argue that we need fossil fuels for ‘energy security’, so CCS is necessary. But an energy system based on wind, water, sun and geothermal energy is possible – the barriers are political, not technological.

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Be wary of the hydrogen hype!

About 96% of current hydrogen production is from fossil fuels without carbon capture, mostly for use in oil refining, fertiliser and chemicals manufacture, and emitting 830 million tonnes of CO2 a year. 

“Green” hydrogen can be produced by splitting water using renewably produced electricity. However, using it just to replace current hydrogen production would require more than all the wind and solar installed globally. On top of this there are limited uses where hydrogen may be more appropriate than direct electrification despite being much less energy efficient.

Decarbonising our energy system will mean reducing hydrogen use where we can, as well as decarbonising what is still needed. Yet this limited resource is being touted as a ‘green solution’ even where far more energy efficient alternatives exist. For example, green hydrogen for home heating would require 5 to 6 times as much electricity as electric heat pumps.

In practice, these proposals amount to a bid to lock in markets for fossil fuels. A significant proportion of so-called “low carbon” hydrogen is planned to come from “blue hydrogen” – produced from fossil gas with carbon capture and storage. Once again, it maintains the fossil fuel industry, based on the promise that carbon capture and storage will deliver.

But far from being “low carbon”, blue hydrogen can be almost as bad for the climate as fossil hydrogen without CCS – and even worse than just burning natural gas. This is partly due to increased methane and other GHGs because of the extra energy required for the carbon capture, and partly due to the inefficiency of the carbon capture.

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Bioenergy with carbon capture and storage

The idea behind BECCS is that because trees sequester carbon as they grow, we can burn wood for electricity generation and still count the emissions at the smokestack as zero, because new tree growth will re-capture the carbon emitted. It is claimed that that any carbon captured from the smokestack and buried can be counted as ‘negative emissions’.

This reasoning is completely false – trees take decades to centuries to re-capture the carbon emitted when they are burned, and the ecological richness of natural forest can never be fully restored. Fast growing trees grown as crops store far less carbon than a natural forest. Replacing natural forest with monoculture plantations always results in a net increase in emissions.

Since carbon capture can never bring emissions close to zero, ‘net zero’ also requires the promise of ‘negative emissions technologies’. Drax power company is pushing for guarantees of public subsidy to add carbon capture to some of its wood burners. The plan is then to gain additional revenue by selling the “negative emissions” to other dirty industries as offsets, thereby helping to further delay genuine decarbonisation. 

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'Jobswash' or real solutions?

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Further reading

Confronting the myth of carbon-free fossil fuels

The case against the hydrogen levy

A leap in the dark: the dangers of bioenergy with carbon capture and storage