Anyone imagining that the nuclear industry is reeling in disarray and on the defensive after the Japanese disaster ought to think again.
The nuclear industry, which gives new depth to the concept of chutzpah, will simply be planning the next stage in its long-running campaign to get more power stations in more countries.
Indeed, the industry’s campaign started soon after a previous disaster, the Three Mile Island (TMI) incident.
Before the partially melted core at TMI had cooled, the nuclear industry began planning a long-term campaign to undo the PR damage and make nuclear power more acceptable. Previous campaigns had been a tad less sophisticated. Following the earlier major nuclear accident at the Windscale plant in Cumbria where a fire had caused a large release of radioactive material, one of the responses was to get rid of the problem by changing the plant’s name to Sellafield. But now, Robert Pool in Beyond Engineering says, the Nuclear Power Oversight Committee (NPOC) developed a phased plan to do so, which involved technological, regulatory and attitudinal elements.
The plan listed 14 “building blocks”, or goals, which needed to be met if nuclear power was to be revived. Pool revealed that the NPOC plan also focused on the “social, political and economic environment for nuclear power” to improve public acceptance of nuclear power. By the mid-1990s the industry believed its time would come again and that: “if nothing else, the threat of global warming may eventually force the US and other countries to burn less coal, oil and gas and look for alternative ways to generate electricity. When that day arrives, the nuclear industry plans to be ready.”
It should be noted that this plan was unfolding while contributors to the NPOC campaign were providing millions of dollars to finance organisations, politicians and scientists who deny the reality of climate change. For instance, Republican Senator James Inhofe, who has declared climate change to be “the greatest hoax ever perpetrated on the American people”, has been a major recipient of campaign donations.
At the same time as the US nuclear industry was planning for a nuclear comeback, lobby groups in Australia and the rest of the world were undertaking similar campaign planning. The Uranium Information Centre was set up in 1978 and became part of the new Australian Uranium Association in 2006. Its purpose was to “increase Australian public understanding of uranium mining and nuclear electricity generation”. The centre produced email and web weekly digest summaries of material; a bimonthly newsletter; nuclear issues briefing papers; colour information brochures for schools; and provided information to the media.
There are a host of other groups including the World Nuclear Association in London; the Nuclear Energy Institute in the United States; the Clean and Safe Energy Coalition; and, in the UK the Supporters of Nuclear Energy (SONE), the British Nuclear Energy Society, and the Energy Industries Club.
Several newspaper articles have discussed how these groups operate. Liz Minchin in The Age “Fission expedition” June 28, 2005; Jonathan Leake and Dan Box “When PR goes nuclear” AFR May 27, 2005; and, PR Watch also features several articles on how the nuclear industries’ PR campaigns work.
Essentially the PR tactics are co-ordinated — not directed — globally, but all the campaigns share similar features, similar messages and similar tactics.
A major one is placing articles in the media. In Australia, many of them are by a prominent scientist, Leslie Kemeny. Sadly his most recent AFR article detailed how safe the Japanese industry was and how well-prepared it was for earthquakes.
A film, Nuclear Nightmares, made by Dox Productions for BBC Television and screened on SBS in January 2007 suggested that Chernobyl’s health impacts were limited.
The campaign also tries to discredit alternative energy sources. This started in the UK when Margaret Thatcher’s former media secretary, Sir Bernard Ingham, fronted major local campaigns opposing wind farm construction. Wendy Frew in The Sydney Morning Herald, May 19, 2006, investigated the links between Australian anti-wind farm groups known as Landscape Guardians or Coastal Guardians, which rely on the tactics Sir Bernard used with his British group Country Guardians. The aid to local communities wanting to stop wind farms was operating simultaneously with the NPOC plan to change the regulations relating to nuclear power siting to make it faster, cheaper, and to avoid interference by local residents and environmental groups when building nuclear plants.
A never-ending campaign element is the promise of the “next generation of reactors”, which are promised to be cheaper and safer (a claim the NPOC was making 20 years ago by the way).
All this was consistent with the foundational record of hyperbolic claims. Everyone remembers US Atomic Energy Commission chairman Lewis Strauss’ 1954 prediction that; “it is not too much to expect that our children will enjoy in their homes electrical energy too cheap to meter”; and, President Eisenhower’s 1953 UN speech when he said that nuclear power could be “rapidly transformed … (into) … a universal, efficient and economic usage” and promised the world an “Atoms for Peace” program to allow the world to prosper and develop. In their book, The Nuclear Power Deception, Arjun Makhijani and Scott Saleska point out that the very first draft of the Eisenhower UN speech focused on the destructive nature of atomic and thermonuclear weapons. The speech was redrafted to balance the parts about nuclear weapons with words that “spoke in glowing terms about the promise of the peaceful atom”.
An interesting expat PR campaign: Expats in Japan are not happy about some of the media coverage of the Japanese earthquake and tsunami. In an interesting PR campaign they have set up a site that outs outlandish news media claims.
*Declaration of interest: the author confesses to some self-plagiarism from his recent book, How PR Works, and has undertaken work for mining companies with uranium interests
Just wanted to also draw people’s attention to this great article pulished last week in the UK Gardian which considers the risks of nuclear power from a much broader perspective than normal… made good sense to me.
http://www.guardian.co.uk/commentisfree/2011/mar/17/fukushima-japan-nuclear-disaster
Nuclear power has massive problems, not least of which is the safe decommissioning of obsolete plant. However, the alternative fuel sources appear limited in supply and are diminishing daily. Unless some ‘Fuel Source X’ is discovered and exploited, the day will come when global power requirements can only be satisfied by nuclear reactors.
Whatever people may say now (and rightly so!) about the inherent dangers of concentrated radioactive material, when they have to face the prospect of radical lifestyle changes (with their attendant inconveniences) it will suddenly be found that nuclear power isn’t so bad after all. Environmentalists who tactlessly draw attention to the still-unresolved problems will be ignored or suppressed.
Japan should be a lesson to us all because, with its absolute dearth of natural resources, its only real prospect of energy self-sufficiency is to ‘go nuclear’. We can presently afford to look down our noses at the Japanese, but will almost certainly find ourselves in a similar position in the foreseeable future.
Even if global warming turns out to be exaggerated or (heaven forbid!) a mistake, power shortages will bite deep — particularly in the technologically developed nations. Cheap, accessible power is a necessary adjunct of modern society. For this reason alone it makes sense to develop nuclear power before the situation becomes desperate. Otherwise, faced with the imminent prospect of the lights going out, we will find ourselves rushing to ‘go nuclear’ and having problems that circumspection and decent planning could avoid.
Even if we don’t start immediately building fully operational power stations, we should at least be doing serious research and try to develop the capability to build and operate our own nuclear facilities. Surely this is preferable to importing technology in which safety is such a critical factor.
It must be conceded that present political realities are not conducive to a nuclear program, but a responsible government should be capable of recognising future political realities and making the appropriate moves before we are pressed for time.
You talk about the nuclear industry PR campaign as a well thought out pack of misinformation designed to seduce ignorant consumers to support it.
If so, it’s not working.
I have colleagues at work who believe that anything coming out of Japan from now on is radioactive and will kill them. They believe that if the wind is blowing in the wrong direction when the reactors finally blow up (because of course, they must – they saw it on the news), the radioactive cloud will reach Australia and genetically damage our kids.
Which PR campaign do you think they have been influenced by?
Thank you Noel Turnbull and your article is a timely reminder not to put nuclear reactors in the hands of Australian regulators.
It is well documented in Hansard and parliamentary enquiries into catastrophes that Australia cannot control emissions of CO2, lead, mercury or hazardous waste sites including spills and leaks from uranium tailings’ dams.
Recently there has been public outrage in the US where a quarter of nuclear reactors have been leaking tritium into the environment.
Maximum permissable levels in drinking water- becquerels per litre (Bq/l):
EU: 100
US: 740
Canada: 7,000
Russia: 7,700
Switzerland: 10,000
WHO: 10,000
Finland: 30,000
Australia: 76,103 (Source: Canadian Nuclear Safety Commission)
Ansto’s Opal nuclear reactor tritium discharges are allowed to be higher due to the assumed dilution between the sewer and the Cronulla sewer treatment plant. Assumed 25xdilution (actually 250xdilution).
Ansto can discharge a maxium 195,000 Bq/L of tritium. (Source SA EPA)
The point is that within these complex systems, we humans are unable to ‘control’ outcomes. We are used to be being in control of simple systems like bikes but once you add in the complexity of being connected to environmental and social ecologies – unpredictability is the key assumption that should be made, not control.
After the Three Mile Island incident a well known scientist, Perrin, coined the term ‘normal accidents’ to capture this notion of complex systems always producing an unexpected combination of events that we had not considered possible. The rule fo thumb shoud be to expect the unexpected, however it seems our human arrogance has almost no bounds and we continue to hear some scientists talk in abosolutes such as ‘it is not possible for the core to melt down”. Well yes, the theroy of compex adopatove systems suggests to us, it is very possible – just highly unlikely. But when deaing with these complex systems, evntually a highly unlikely event will emerge.
We ignore these understandings at our peril… and our children’s peril.