The Wind Blows Harder where the Sun Don’t Shine

Last week the UCC Environmental Society hosted a public information evening on fracking. Speakers were:

Jeremy Gilbert, BP’s chief petroleum engineer from 1989-2001, and now managing director of Barrelmore Ltd in West Cork;

Dr. Aedin McLoughlin and Liam Breslin of Good Energy Alliance Ireland, (GEAI) a Leitrim-based anti-fracking activist group.

Bernie Connolly from the Cork Environmental Forum chaired the discussion.

Gilbert- who regulars here will remember from his chapter in Peak Oil Personalities gave a very solid technical discussion of fracking based on his 37 years in the oil industry. “Fracking should be welcomed… shale gas is much better than coal.”

He told us that the technology has been around for over 60 years, with 1.1million wells- oil and gas- drilled worldwide. He referred to the chemicals used, saying they include innocuous viscosifiers made from Guar Gum, and others being common under the average kitchen sink.

As regards sealing the wells, we have been successfully cementing oil and gas wells for over 150 years. There are fears of the methane escaping, but apart from the fact that this would lose the companies money of course, Gilbert emphasized that this happens naturally all the time: hydrocarbons are lighter than the water that fills the pore space and so over time migrates upwards- this is how the tar sands of Alberta have been formed over the ages.

In terms of public impact, Gilbert had himself been involved with the development of the Wytch Farm Oil Field, south of Poole Harbor in Dorset. The same techniques have been used there for many years, albeit in less tight formations, but while there was tremendous opposition at the time, by working with the public the company was able to address their concerns- at considerable extra cost to themselves- and Jeremy says that today, 20 years later, the vast majority of residents in the area are unaware of the development, and that it would be hard to even find any sign of it (Wikipaedia states it is mainly hidden in a forest).

He concluded his presentation with a stern reminder: the default is coal.

Dr. McGloughlin spoke next, running through the usual expected catalogue of impacts, and taking issue with Gilbert’s assurances of this being an established technology with proven safety record: water contamination, leaking wells, no acceptable disposal route for produced water, compulsory purchase orders, massive number of truck journeys, visual impact across lovely Leitrim, the need for a moratorium on drilling until a Health Impact Assessment is done. McGloughlin lives in Leitrim herself and made no secret of the fact that this ia a local NIMBY issue, but wants us all to be afraid: the same companies are also looking at coal seam gas with fully half of Ireland being targeted for one or the other.

The climate change issue was mentioned, highly ironic since the US shale revolution has already lead to significant CO2 reductions there through substituting coal with gas.

Instead, Good Energy Alliance Ireland advocates renewables: wind, solar, tidal, hydro: anything but fracking. McGloughlin made a couple of eye-brow-raising claims on this: firstly that that Leitrim is already self-sufficient in energy from renewable sources, presumably mainly wind- which seems unbelievable (renewables always need some back-up, usually gas) and with no mention being made of the burgeoning anti-wind movement that is growing up in Ireland as elsewhere. She also talked solar up to the point of claiming that the technology has improved so much that “you dont even need sun anymore” for it to work- truly fantastic!

Some good questions from the floor put pressure on McGloughlin and Breslin to say what assurances would they accept that fracking would be done safely? It all comes down to trust in the authorities: but then, do we trust the wind companies? we do of course trust regulatory authorities in many other areas of our lives, because we have to, and despite sometimes failing,on the whole they do a good job it would seem. A geography student was concerned about getting a job (imagine!);

Gilbert repeated very strongly that if so many other countries are apparently happy to go ahead, and if we are otherwise unconcerned about where our gas comes from, why can it not be done safely in Ireland? Breslin repeated something like, if it can be done safely, why is he getting so many reports about people’s dogs getting asthma from living near frack sites- Jeremy Gilbert objected that this is an industry he has spent nearly 40 years of his working life around- “and he looks healthy!” called a voice from the back of the room: into his 70s and cutting a powerful figure of about 6ft 6, he certainly does.

Overall, good fun but the anti-frackers came out looking pretty out of touch with the informed audience- “we need jobs! we need energy!”- and frankly clueless next to a seasoned industry man.

The whole issue is very topical across the water as well of course and just the night before there had been an equally entertaining live debate on fracking between Josh “Flaming faucet” Fox of Gasland fame and Ted Nordhaus of the Breakthrough Institute, hosted by Salon.

Fox is also living in the heart of fracking country surrounded by thousands of shale gas wells. I have no doubt that this must be disruptive- but while the two participants traded studies on just how much methane leakage there actually is (Nordhaus adamant that the clear scientific consensus is very much on the low side) the key issue came down once again to: what do we use instead?

Josh, please tell me how your going to fix the intermittence problem with renewables. Or tell me you are pro-nuclear. If not then anti-gas = pro-coal.

Perhaps giving McGloughlin her cue for the “solar without sun” comment in Cork the next night, Fox comes up with a gem:

Well, it is true that the sun doesn’t always shine and the wind doesn’t always blow. But based on physical laws of nature, the wind is blowing harder when the sun isn’t shining. By bundling renewable resources we can solve the problem.

Nice try, but no there is no such physical law unfortunately, nor do we currently have large-scale compressed-air storage technology which he then goes on to talk about as an “alternative”, which would not be relevant anyway in terms of replacing gas for electricity.

In response to my surprised tweet about this, @pdiff1 offered an explanation:

That pretty much says it all. Fox never did come back to answer his position on nuclear; but anti-fracking activists share in common with the anti-nuclear movement (often one and the same of course) a complete lack of understanding of the fundamental limitations of diffuse renewables. Once that is exposed, as both Fox and McGloughlin showed themselves only too happy to do for us, the rest of their position is revealed as just hot air.

Green for Me Talk for UCC Enviro Soc

I had an enjoyable evening at the Green for Me event at UCC Environmental Society on Tuesday where I gave a talk along with Dan Boyle of the Green Party and well-known biologist and TV/radio presenter Eanna ni Lamhna as part of their Green Week.

The theme given us for our talks was “My Reasons for Being Green.”

Eanna spoke first, but I had already got into a discussion with her about population as soon as she came into the lecture hall, pointing out that birth rates are declining everywhere, and hurriedly added in a few graphs to prove my point; her own graph was I felt somewhat misleading in that it showed only the dramatic population expansion of the past hundred years, without any context or explanation that this phase finished some 20 years ago.

Update: As Patrick Hayes writes here in response to David Attenborough’s recent Malthusian remarks, even sub-Saharan Africa has seen a massive drop in birthrates:

But as Slate has observed, it’s not just the most developed nations: ‘From 1960 to 2009, Mexico’s fertility rate tumbled from 7.3 live births per woman to 2.4, India’s dropped from six to 2.5, and Brazil’s fell from 6.15 to 1.9. Even in sub-Saharan Africa, where the average birthrate remains a relatively blistering 4.66, fertility is projected to fall below replacement level by the 2070s.’

All of which is bad news for Attenborough and his Malthusian ilk, as it reveals that what lurks behind their doom-mongering is prejudice rather than fact. That becomes increasingly evident when you hear headline-generating comments, such as those Attenborough made recently to the Radio Times: ‘We keep putting on programmes about famine in Ethiopia; that’s what’s happening. Too many people there. They can’t support themselves – and it’s not an inhuman thing to say. It’s the case.’

Too many people in Ethiopia? This is a country which, according to the World Bank, has a mere 83 people per square kilometre. This is the same as Serbia, and there aren’t mass starvations there. At 196 people per square kilometre, Switzerland has a far higher population density than Ethopia, but people aren’t starving there. Nor in Japan, where there are 350 people per square kilometre, or the Netherlands, which has 493 people per square kilometre.

She then went on to talk about climate change and supported the issues around this with two more rather misleading slides, one of polar bears and one of deserts. Polar bears are of course the poster child of climate change and have been used to very good propaganda effects since before Al Gore; but the reality seems very different- many polar bear populations are increasing, they seem remarkably adaptable to declining sea ice.
A much greater threat to bears in the Arctic than global warming is hunting.

So bears polar bears are probably an eye-catching but bad example of the effects of climate change- so far at least. Similarly, desertification also is more complex than just laying it at the feet of CO2 emissions- de-forestsation from human activity being another obvious cause, with underlying poverty often being the problem.

Eanna then wnet onto talk about renewable energy- “we have very little renewable energy- and yet the wind blows all the time!” Yes, it’s a no-brainer: humans, especially Irish humans in a country that has been hailed as the Saudi Arabia of wind- choose to use Polar-Bear murdering fossil fuels when they could just switch to clean wind.

Unfortunately, one of the major draw-backs with wind is that it does not in fact blow all the time even in Ireland, as anyone who has lived off-grid with wind-power as I have done in the past will tell you: plenty of calm still “soft” days Ireland where you get effectively no power from wind, no matter how many turbines you might have.

Even a super-grid covering the whole of Europe would not solve the problem- there is really quite dramatic indetermittency issues Europe-wide as well. For this reason, wind can never on its own replace fossil fuels or nuclear, and as another graph of Eanna’s showed quite well, renewables currently only supply a tiny percentage of energy- for well-understood reasons that are more to do with the laws of physics and cost than anything else.

More controversially, Eanna then went onto discuss waste, asking why dont we have have incinerators- a local hot-potato. “You can’t even mention them- they are considered as bad as GMOs!” The last time I had seen Eanna was at the potato day last year in Skibbereen, where she had had done an admirable job of myth-busting about the GE potato trials that started last year.

She then commented that at the protest meetings on incinerators she had been to, at the break about a third of the protestors went out to smoke!

Eanna finished her entertaining talk by admonishing us to eat only food that is in season and plant trees to help combat climate change.

I was up next, and began by staking out my credentials as a back-to-the-lander. While preparing the presentation I had in fact dug up photos of a commune I had lived in in the 1980s on the Welsh borders.

This is a photo of the Earthworm Housing Co-op from 1990, possibly when I was still actually living there.Brings back memories- many of which make me cringe!

854064249_021ca8daae_m

I then discussed my involvement with the Peak Oil movement, and how my views had changed as time went on and the expected collapse failed to materialise, and the new energy story became one of the Golden Age of Gas.

I then used Stewart Brand’s Four Environmental Heresies to frame my new perspective on “Being Green.”

-population growth stablising and the world is not over-populated;
-cities are green
-nukes are green
-genetic engineering is green

I then gave a brief explanation of the Environmental Transition- the idea that environmentalism is a product of wealth and industrial growth rather than a reaction to it, and told the story from Shellenberger and Nordhaus’ book Breakthrough about the fires on the Cuyahoga River:cuyahoga_fire650

In June 22nd 1969 Time Magazine showed this photo of burning oil on Cuyahoga River with the caption
“The Price of Optimism” and it became emblematic of start of the US Environmental Movement.

The problem was, the photo was not from the 1969 fire, which has burned out in half-an-hour before the Time photographer could get there- but from an earlier and much more severe fire from 1952. In fact, there had been fires on the Cuyahoga river for a hundred years, some of them burning for days and causing loss of life: but the society had not yet reached a level of wealth and development- which would support universities with Environmental Societies- until much later. Poor people are not generally environmentalists- they have more expressing concerns, but once society has a critical mass of relatively affluent educated people with time on their hands, then industry is compelled to clean up its act.

I concluded my presentation with a quotation from Daniel Botkin’s book The Moon in the Nautilus Shell.:

Our perspective, ironically in this scientific age, depends on ancient myths and deeply buried beliefs. To gain a new view, one necessary to deal with global environmental problems, we must break free of old assumptions and myths about nature and ourselves while building on the scientific and technical advances of the past.

Dan Boyle followed me and began by expressing surprise to find himself having to defend the broad thrust of the environmental movement from the past few decades. He began by emphasising his agreement that Luddism is false, and that greens depend upon science and technology;

but seemed to struggle to hide some exasperation at my reference to Lomborg: “It is NOT the case that you burn your hydrocarbons and then clean up afterwards”- rather missing the point about the environmental transition, because of course that is precisely what the greens have been doing, otherwise we would never have embarked on industrialisation in the first place: the greens would have stopped us!

Dan’s main points seemed to be a bunch of Green Herrings: the supposed rallying cries of “bigger faster more” are the problem; untrield technology is dangerous and we should proceed with greater caution;
while his reference to dangers of the “chemical soup” used in frakking, and from “cross-contamination” from genetic engineering belie his claim to environmentalism being underpinned by science. Not to mention his suggestion that we can have “smaller and more efficient” wind turbines- surely not? To become more efficient, wind turbines can only do one thing: get bigger, due to well-understood laws of physics concerning wind-speed increasing to the square of the altitude/height and rotor span’s ability to collect the diffuse wind energy from a given space.

In the discussion and questions afterwards I was challenged quite strongly on nuclear waste issues, and general “Pandora’s Box” concerns about whether naughty humans should really be trusted with technology.

Dan Boyle made the very good point that at a meeting he had attended recently in the midlands concerning the proposed giant wind farm there, anti-wind activists used the same rhetoric and alarmism used by the anti-nuclear lobby, even including the threat of radiation- from wind turbines!

A popular theme seemed to be that rather than constantly striving for more energy sources, we should just use less. “Let’s turn out the lights then!” I said looking up to the ceiling at the dozens of lights that were probably consuming more energy that evening than I would at home in a year. My personal experience of living off the grid was apparently not persuasive however, and when I pointed out that there are still a couple of billion people without electricity at all in the world, I was told, “They can just use the Gravity Light!”

“Would you use one?”

“Well, it would be great for an outdoor light or something.”

Indeed it would, and for those without electric lights of any kind, this remarkable invention will surely be a wonderful boon. But for those who think that we can or will do anything other than make cosmetic changes in our energy usage, that “powerdown” can in some way substitute for cheap reliable electricity supply, should contemplate what life might be like if one or two gravity lights is all you ever have as a light supply, for the rest of your lives, ie without development.

Several people came up to me afterwards and thanked me for a thought-provoking perspective, while others took a more conventional green- perspective, concerned more about a presumed loss of contact with Nature, the virtues of the simple life and the insanity of endless growth rather than addressing the concerns of the poor. “We are all too greedy in this country!” proclaimed Eanna at one point.

But as Colin McInnes shows in this award-winning essay, growth is not just a matter of extraction and consumption, but is also about complexity:

While innovation-driven growth has delivered immense improvements to the human condition, it is also the means through which human needs can be gradually decoupled from the environment. Growth emerges from productivity, doing more with less. For example, new additive manufacturing technologies, so-called ‘3D printers’, look set partly to replace the wasteful subtractive manufacturing of machine tools. In contrast, in coming down from our oil high, as advocated by {Richard} Heinberg, we could regress to using whale oil for lighting, as was the case prior to commercial oil production. But this hardly constitutes progress, economic or environmental….

The real worry of Heinberg’s vision of a post-growth world is his straight-faced assertion that ‘there should be [an] increasing requirement for local production and manual labour’. This chilling claim is more Year Zero than zero growth. A return to carbohydrate-fuelled manual labour may be appealing to Heinberg and others as a means of powering down our lives and reconnecting with the land. But he shouldn’t expect a long queue of volunteers.

Maybe not- but he could well expect a long line of green ideologues who have forgotten that their green ideas are only possible because of the benefits brought by the very techno-industrialism that they campaign against.

Science and the Greens

A couple of recent posts continued with the theme I have been writing about in my last few posts, the awkward relationship between environmentalism and science.

Adam Corner and Alice Bell, writing for the New Left Project pick up on the Genetic Engineering/Nuclear issues that have been highlighted so effectively by “Chernobyl-Death-deniers” Mark Lynas and George Monbiot, but appear to add little to the debate, making the usual abstract remarks about the power context in which science takes place, while apparently unaware of the power-context within which environmentalism has emerged.

They stray into dubious territory right from the start when claiming that the Greens have always had a strong affinity with science, and that Green activism is actually rooted in science, evoking Rachel Carson and Julian Huxley:

Like the biologist Julian Huxley’s role in the founding of the WWF the year before, Silent Spring is endemic of the way science’s ability to look carefully at the natural world alerts us to the negative impacts humans have had on  it. To borrow a phrase from sociologist Steven Yearley, there is “elective affinity” between science and the greens, though as Yearley himself would be keen to stress, this doesn’t mean it’s a simple relationship.

Although Carson was right about some things, and played an important role in raising awareness about environmental impacts of farming, she over-egged the pudding and exaggerated on many issues, going well beyond the evidence, and these exaggerations arguably were responsible for chemophobia and radiophobia and the legacy of general alarmism and disregard for the facts -the very subject under discussion.

Julian Huxely is also surely a very bad example, since he was a champion of the then-fashionable “science” of eugenics and set the tone for much environmental thinking since with his concern about over-population, a political stance that is traditionally associated with the Right, not the Left. (For reading on this, see Fred Pearce, PeopleQuake 2010.) (more…)

On Fracking

I attended an interesting presentation on “fracking”- hydraulic gas extraction- in UCC last week given by David Manz from Canada on the subject of “Gas Well Fracturing (Fracking)- Corporate Social Responsibility and Shared Value.”

Manz has been involved in developing the Biosand Water Filter (BSF) in more than 65 countries around the world and also in the treatment of so-called “produced water” from the shale gas fracking industry. This is water that returns from the gas wells after being pumped down with sand under pressure  to open up small fractures in the shale rock which allows the gas to be released.

This was an interesting talk and I am just putting up a few notes of interest that I talk during it.

Manz gave the opinion that the chemicals that are pumped down with the water in the first place- which include lubricants etc- do not pose any particular environmental problem (despite claims to the opposite from the anti-fracking lobby)- they are generally chemicals that are commonly used in many industrial activities and do not in themselves pose special environmental hazards. The water that returns from the well is however often seriously contaminated, with drilling mud and some of the gas itself- hence his operation to clean it up.

This is generally done on-site. The water is stored in lined holding and settling ponds right next to the well-heads; various technologies including different filtration systems and membrane systems are used to clean and recycle the water. The gas wells themselves provide all the energy used in the treatment process.

One interesting point he mentioned was that the actual gas itself varies in its make up from well to well, and you do not know what you are getting precisely until it emerges. Sometimes other products including ethanol can be separated from the natural gas, and, surprisingly, these products can sometimes be more valuable than the gas itself.

It was also impressive at how relatively small the footprint of a well-head can be, and that once the gas is extracted after several years, how well the area can be restored.

Fracking takes a lot of water- anything from 1-10million gallons per well- but this is still relatively little water compared to many other industrial users.

Multiple horizontal wells from a single well-head are the key to the recent success of fracking in North America, which makes the drilling operations both much more economic and much less of an impact.

Manz pointed out that the regulatory authorities need to require high-quality treatment practices- otherwise the companies will take the cheapest route out- but also emphasized that it is really not in the companies’ interest to cause pollution or environmental damage more than is strictly necessary, and pointed to the commitment made by Tamboran, the company applying for a license to prospect for shale gas in Leitrim, to “monitor groundwater quality, air quality, noise emissions, and seismic activity before, during, and periodically after all of its well site operations” as well as abide by other regulations. Tamboran claim that they will employ slick water techniques that involve no chemicals in the water.

I asked him how much gas there was in North America- we hear claims of “100 years’ supply” while some peak-oilers claim this is just hype and it will be gone in not much more than five years.
Manz was clear that there is a lot of gas there, and not all of it has yet been found- “at least 50 years supply, maybe 100years.”

Asked about his views on the prospect in Leitrim, Manz was thoughtful He had driven through the area in Leitrim several times himself, and said revealingly that fracking operations there “would be highly disruptive- to say the least”- Leitrim, where 100 acres is a large farm, is not Calgary, Canada, where farm holdings may be measured in the square miles. Nor are there wide freeways to accommodate the hundreds of trucks carrying water and heavy equipment to the well-head. However, if a careful consultation process is engaged with and all the implications looked at, with an absolute requirement from the outset of complete transparency, then “the benefits- of jobs and cheap energy- could be huge.”

Fracking is sure to continue t be controversial, and the potential impact on small communities and the environment in lovely Leitrim may be considered too high a price to pay. But with the UK Environment Agency coming out in favour of fracking over there this week the pressure for Ireland to look at exploiting this valuable resource is likely to grow, particularly if the alternative is economic stagnation, unemployment and ever higher energy costs.

Follow

Get every new post delivered to your Inbox.

Join 605 other followers