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Weekend Long Read: Fracking – what is a legitimate decision?

Meet the regulators.jpg

Photo: DrillOrDrop

Decisions about fracking lack legitimacy because the public perceive that decision-makers lack expertise. That’s a key finding of new research into how people likely to be affected by fracking see the process of deciding on shale gas proposals.

In this Weekend Long Read, Dr Joanne Hawkins, of University of Leeds, reports on what the findings mean for the legitimacy of decision-making. 

Key findings

Significant attention has been paid to the pros and cons of shale gas exploration and fracking in England, but little if any has been given to how decisions over applications are made and how they are perceived by public.

The study revealed the key criteria that make a decision regarding shale gas exploration and fracking legitimate.

To be considered legitimate, the research found that in the context of fracking members of the public wanted to see:

  • Expert-led decision making.
    • ‘Expert’ had a very clear and specific definition which predetermined decision-making goals/outcomes in accordance with public concerns
  • The availability of information justifying how experts’ decisions had been made
  • The presence of clear rules-based controls to manage risk
  • The enforcement of such rules in a deterrence style which punished offenders immediately
  • The availability of a clear legal means to protect private property interests


pnr 180614 Jonathan Bartley Tina Rotheryedit

Green Party co-leader, Jonathan Bartley, at Cuadrilla’s Preston New Road shale gas site, near Blackpool, 14 June 2018. Photo: Tina Rothery

Shale gas exploration and fracking has proved to be a contentious issue in England.

Public concern has been on the rise and there have been a number of high profile protests against the industry.

Shale gas is termed an unconventional resource due to the fact that additional stimulation (i.e. fracking) is required in order to release the gas from shale formations. The debate so far has focused on the pros and cons of the technique/associated industry, and little attention has been paid to how it is regulated/how decisions about fracking are made.

The way in which a decision is made, and its perceived legitimacy, is fundamental in determining whether a decision will be respected, regardless of whether it is aligned to someone’s own personal opinion. Where decisions lack legitimacy opposition and protest often follow.

The study revealed that in the context of fracking, legitimacy stemmed from the process through which decisions are made. Given the potential scale of the shale gas industry in England, understanding whether decisions can achieve this legitimate status, and why, is of fundamental importance in acknowledging and engaging with an area of the shale gas debate that is currently being neglected.

The findings discussed are drawn from a study which spoke to members of the public living close to six sites in England affected by existing/potential shale gas exploration (both individual interviews and focus groups took place with twenty-seven participants).

People were selected at random meaning that those taking part held a range of views (i.e. there was a mix of pro-fracking, anti-fracking, and those that held no strong opinion either way). In addition, seven members of the shale gas industry (through a focus group) and a member of a regulatory body (through an interview) were asked to discuss their own perspectives and experiences of fracking regulation/regulatory decision making.

The findings reflect the key common factors that emerged from discussions with people across the six sites. Whilst the findings cannot be said to be representative of the entire public they provide a new insight into how public perceptions of legitimacy are currently being built by those actually affected by shale gas exploration and fracking.

What makes a legitimate decision? The public perspective

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Expert planning witnesses at a parliamentary select committee, 16 May 2018. Photo: Parliament TV

Most people trusted experts to make fracking related decisions.

“We want experts. We want people who know about these things”. [Int. 16]

“I think it has to be long term science as much as it is government. Government in this country lasts as long as a parliament lasts. If we’re dealing with something to do with the environment we’re talking about a long term environment and that lasts longer than a term of parliament”. [Int. 6]

Who is an expert?


Third Energy invitation to its “Meet the Experts” event

This expert status was initially related to the possession of scientific qualifications. However this alone was insufficient. Expert status was connected to much more than the possession of scientific qualifications/experience and was strongly connected to experts’ perceived independence.

(in reference to anti-fracking/opposition action): “If there was, yeah, a totally independent body that was set up with qualified people in each section of everything that there is – as we know, there’s agriculture, there’s heritage, there’s culture, there’s noise, there’s water, there’s waste, and if they were truly independent, we wouldn’t particularly feel the need to do what we’re doing”. [FG 2]

“As long as they are independent. Any studies – take a toothpaste advert – depending who’s paid for it is what they’ll tell you you should be using…, yes, independent experts, so long as they really are independent”. [Int. 13]

In defining experts, and in deciding whether or not they were independent, it became clear that a person needed the relevant scientific qualifications but also needed to show a clear commitment to environmental and health protection, to show concern for those affected by decisions and needed to be trusted to act predictably in pursuing those goals. At present neither industry nor government bodies were perceived as fulfilling this criteria (and consequently were not regarded as experts).

Why was the demand for expertise so strong?

The use of experts and science as the dominant basis of decision making is usually considered to deprive the public of power, meaning that the decision is less likely to be considered legitimate. (Wynne, 1996, 2010; Jassanoff, 2003, 2014; Lee, 2015).

However, the study clearly shows that this is not the case in the context of fracking. In fact, there is a positive desire to rely on expertise and science i.e. people feel that allocating decision making responsibility to experts is the best way to ensure protection of themselves and their environment. This was clear in the corresponding lack of demand for public participation. People tended to view themselves as unqualified to take part in decisions regarding fracking.

“Well, it can’t be Joe Soap, can it, because we don’t know enough about it. It has to be professionals in the industry”. [Int. 13]

In addition to this, people were concerned that a large number of locals were simply not interested in taking part in decisions relating to fracking.

“That was in the village. But it also means that there’s over 4000 people didn’t turn up. And it’s the same with most issues – very few turn up. I thought 270 was a good turnout.” [Int. 12]

(Referring to poll on fracking in the village) “Yes, based on the turnout of 19% in the parish council poll. Most people are simply indifferent”. [Int. 1]

As a result, there was concern over whether the public voice in decision making was actually representative of the general public view (Lee & Abbot 2003). This was particularly so given the polarized nature of the existing debate around fracking.

“One protest does not fit all! In some cases I’m sure that it negatively impacts on the concerns raised by local people…a forum of experts should be available to answer questions from the floor….as residents living close to a site we have a right to know what to expect.” [Int. 10]

“For me that is because of the whole lack of communication from day 1, and the fact that it’s become very entrenched and we’ve got the people that will have it, they’ve no interest in this whatever on whatever basis, the green people and all this – it’s a ‘no’, irrespective of whatever. And the other people are saying, well, we need this and it’s going to go ahead, whatever. And in the middle we as a community are squeezed”. [FG 1]

What are experts expected to do? Address public concerns and impose rules


Photo: Environment Agency

Experts were expected to address public concerns by assessing and managing the risks associated with fracking.

Where such an assessment showed that the risks could not be managed, experts were expected to prevent exploration/deny permission for planning or permits.

The type of regulation which was expected to manage such risks consisted of a clear set of rules which bound industry members.

“It needs regulating. Everything in life is regulated. If we put up a little extension, you have the building control fella and he trots round and he looks to see if you’ve put that concrete in the right place where you said you were going to put it, and is it right, and will it hold up your 8 inch wall. And if it’s half an inch wrong, you take it down and start again”. [Int. 15]

At present, there was a perception that the industry was self-regulated. Current environmental permits are target-based and allow industry to meet the permit conditions using their own strategies and internal management system (Environment Agency and Department for Food and Rural Affairs, 2016). This approach was not perceived by the public as imposing clear rules to bind industry.

The desired rules were also expected to be consistently enforced through visible punishment. At present there is a perception that regulators are not in a position to do this.

“The mechanisms don’t work, they’re broken, you see they can’t work unless you’ve got real independence. You can’t have people scared for their jobs, you can’t have people that have got no independence, no courage. You’ve got a load of people who simply won’t enforce the regulation because the following day it’ll be in the paper that Joe Blogs has told Cuadrilla they can’t do this because its breaching this regulation when you’ve got David Cameron saying no regulation should stop this. They know the rules.” [Int. 5]

“Now what you need is the regulation that hammers them from the word go, before it goes wrong. And if something does go wrong, somebody says, you put it right now.” [Int. 17]

“I think the regulators, when they’re put in, need a big, big stick if something goes wrong. A big stick.” [Int. 9]

If such rules and punishments are not perceived to be in place, then experts are unable to fulfil their expected role and the trust placed in them to make decisions is likely to be damaged.

Experience has also shown that what science and experts consider an issue in relation to a development and the things that concern the public do not always match up (Wynne, 2010).

Given that experts are expected to impose these controls to address public concerns, if experts do not consider certain public concerns to be warranted/worthy of imposing management controls they are no longer fulfilling their expected role.

This mismatch has caused public concern and frustration in relation to other developments and if it continues to appear in the context of fracking looks set to undermine the legitimating value of expertise in decision making.

Again, what is of very evident importance here in establishing the legitimacy of decisions is that those making decisions conform to the public definition of an expert. If the people making a decision are trusted, and are pursuing the goals as set out by members of the public, then their decision, and assessment and management of risks is less likely to be challenged and more likely to be aligned with public concerns.

What are experts expected to do? Provide information

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Sir James Bevan, Chief Executive of the Environment Agency, at a public meeting in Pickering, March 2018. Photo: DrillOrDrop

The information which experts use to make their decisions over whether risks can be controlled/mitigated is also central to legitimising experts’ role in decision making.

This information was perceived as having a reassuring function by illustrating that the decisions were being made by the desired experts in line with the goals set out by members of the public (i.e. commitment to environmental and health protection, concern for the impact developments would have on locals and acting predictably in pursuance of such goals).

“These are the scientific consequences that we anticipate, these are the levels of safety we’re working to and we do not anticipate that we will get beyond that point, if we do we’ll have to do something about it which may mean closing down the site.” [Int. 6]

Predictability was particularly important when the impact of government policy on lower level regulatory and planning decisions was considered. People felt that the best way to avoid the pre-emption of decisions was to ensure that accountability was provided through expert oversight of decisions. The current political accountability was considered far from satisfactory.

(In reference to MPs) “Surely, aren’t they already the bought parties? If they don’t do as they’re told, the whip kicks in. I don’t think if they put a clown’s costume on and dance in the street, it would make a lot of difference.” [FG 2]

The production of information to explain expert decisions and how risks will be managed/why risks cannot be managed and applications denied fits well with the desire to rely on experts in decision making.

However, past experiences and studies suggest that, although it may not be produced with increased public debate in mind, the availability of more information can often prompt further questions and concerns about the way the information has been used in decisions/where it has come from (Castellini et al, 2007; Lusk et al, 2004; McAuslan, 1980).

Again, the importance of recognizing that expert status is connected to more than scientific qualifications is vital. If experts are not trusted, i.e. fail to meet the criteria set out by the public, then their role in decision making and the information they produce will likely give rise to increased challenges and public concern (undermining the legitimating value of the information).

What about private property?


People were very aware of the UK’s high energy demand and were not generally averse to the idea that shale gas could help in the energy mix.

“Would I have it here through choice, no. Do I understand the need, I do.” [Int. 3]

“We can’t put our heads down and I don’t want to be a NIMBY and say, ‘oh yes, I want it down but in some other county, but I’m quite happy to plug my mobile phone in and have my fire and everything on’, so I’m quite accepting of it, but I want to know that it’s safe.” [FG 2]

However, in considering whether they would accept a decision to allow exploration it was very clear that private property was a prominent concern. People were very aware of the fact that private actions for potential damage/potential loss of value is complex and often expensive.

“Yes I am concerned because I think if anything does go wrong, we’ll all be left, we’ll just be hung out to dry. We see nothing to offer any…there’s nothing suggesting we’re going to be given any protection by government, council.” [Int. 3]

People wanted to see a dedicated fund in place to guarantee against damage/property devaluation and to pay should either of these occur.

“They want the regulating bodies to take some ownership of this and for the government to stand by any losses that may occur in the event of any environmental impacts caused by fracking…put your money where your mouth is, and say, right, we’ll compensate you.” [Int. 11]

Notably, such guarantees for private property interests were perceived differently to the proposed community benefits package and existing industry sponsorship within the community. Such financial schemes were regarded with scepticism and generally viewed as ‘bribes’.

The fact that funds to protect private property exist in relation to other developments such as nuclear energy and High Speed Rail meant that people questioned why such a scheme was not in place for fracking. Should such a scheme be implemented, people generally felt it would act to provide the reassurance needed to allay concerns over the impact of developments on property rights.

“It’s a monstrous subject. But if somebody would be prepared to underwrite it, I don’t think there’d be a lot to bother us.” [FG 2]

How does this fit with industry and regulator perspectives?

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Ineos team of witnesses at the Harthill Public Inquiry, April 2018. Photo: DrillOrDrop

Interestingly the desire for expertise and information as the dominant basis of decision making is also reflective of both industry and regulators’ desired model of decision making. They too want to see science and expertise dominating.

“Various people/NGOs will have legitimate concerns and these should be heard in the general debate – and of course justified through rational/scientific argument.” [Regulator int.]

However, what is notable is that their definition of expertise is not necessarily aligned to the public’s (i.e. it is focused on scientific qualifications).

It is this difference that is fundamental and gives rise to the perceived lack of expertise in current decision making.

In addition to this, industry consider the existing controls to be more than adequate and, as such, believe reform would be extremely time consuming.

This is problematic given that the public do not think that the existing controls are rules-based and do not perceive them to be enforced in a way which punishes violations immediately. However, industry members stressed that regulatory reform is problematic not only in terms of delaying the development of the industry but also because as the industry develops new practices and standards are likely to develop, built through practical experience, that render the new controls outdated. Industry members and the regulator also stressed that an approach with high levels of regulator enforcement and on site presence was contrary to the general approach to regulating industries in the UK and was unnecessary and not the best means of ensuring regulatory compliance (Balck 1997, 2008).

“I think the expectation’s been created now that these regulators are not doing a very good job unless they’re camping out on these sites and watching everything that goes on. And that’s clearly not how regulation works in this country or the environment, but that’s the expectation that’s been conjured up by these people now.” [Industry FG]

What does this mean for fracking and regulatory decisions?


Anti-fracking sign in Lancashire. Photo: DrillOrDrop

At present ,fracking-related decisions lack legitimacy due to the perceived lack of expertise in current decision making processes.

The public have a very clear definition of who they trust as an expert. They feel that assigning decision-making responsibility to these people is the best means to achieve local, environmental and health protection.

Due to the polarized nature of the current fracking debate, public participation in decision-making is not seen as the best means of achieving these goals. If scientists that do not meet the ‘expert’ criteria take part in decision-making their expert status will not be accepted by the public and neither will their decisions.

This can help explain why those involved in the current decision-making procedure, such as the Environment Agency, are not currently considered to be experts within the decision-making process (i.e. they aren’t considered to be committed to environmental protection, sufficiently concerned about the welfare of locals and aren’t trusted to act predictably in pursing such goals given the perceived government pressure to develop shale gas).

At present, there is very clear concern over political pressure and influence and experts are seen as the best way to ensure that decisions are based on risk assessment and management that is not pre-empted by government or industry.

It is assumed that, in managing risks, experts will implement clear regulatory rules and that any regulatory violations will be punished immediately.

At present, such a regulatory approach is not perceived to be present. As stressed by industry and the regulator, the use of rules and high level enforcement/regulator presence on site are contrary to the general approach towards regulating industries in the UK. In light of this, regulatory reform looks unlikely.

This means that the perceived lack of rules/enforcement is likely to continue. This needs to be reconsidered if experts are to fulfil the role which the public have set for them and if the legitimacy of their decisions is to be secured.

In sum, the demand for expert-led decision making needs to be recognized. However, this must only be done with a corresponding recognition of who the public define as an expert and why.

Without acknowledging this definition, the increased use of science/scientists alone will do little if anything to alter public perceptions of decision making legitimacy.

Attention also needs to be given to the fact that experts are expected to address public concerns and manage risks through the imposition of rules which are strictly enforced by punishing violations. This is an inherent part of what an expert is expected to do and if they are unable to fulfil this expectation then the legitimacy of their decisions, even if they comply with the public’s expert criteria, is likely to be damaged.

This article  is based on a briefing paper by the School of Law, University of Leeds. Dr Jo Hawkins- fracking briefing paper (pdf)

Dr Joanne Hawkins

JoHawkinsJoanne Hawkins is a Lecturer in Business Law at the University of Leeds.

Prior to this, she completed her PhD thesis (2016) at the University of Bristol.

Her research engages with issues of regulatory legitimacy in the context of shale gas exploration and the extraction technique of fracking.

More broadly, her research interests lie in the field of environmental and regulatory law, democratic rights/participation and the interaction of law and technological developments. Contact details:


I am extremely grateful to all my participants for their invaluable contributions to the research. I would also like to thank the Arts and Humanities Research Council for funding the project through a Commercial Block Grant Award. Many thanks also to the Society of Socio-Legal Scholars Association for the additional award of a PhD Fieldwork Grant.


Black, J. ‘Forms and Paradoxes of Principles Based Regulation’ (2008) 3(4) Capital Markets Law Journal 425

Black, J. Rules and Regulators (Clarendon Press 1997)

Castellini, M., Walejko, G. K., Holladay, C. E., Theim, T. J., Zenner, G. M., Crone, W. C. ‘Nano Technology and the Public: Effectively Communicating Nanoscale Science and Engineering Concepts’ (2007) 9(2) Journal of Nano Particle Research 183

Collins, H. M. and Evans, R. ‘The Third Wave of Science Studies: Studies of Expertise and Experience’ (2002) 32(2) Social Studies of Science 235

Environment Agency and Department of Food and Rural Affairs, ‘Control and Monitor Emissions for your Environmental Permit’ (, February 2016) <>accessed 12 June 2016.

Hawkins, J. ‘The Legitimisation of Hydraulic Fracturing Regulation: Power, Prejudice and Public Participation’ PhD Thesis (University of Bristol 2016)

Hawkins, J. ‘Fracking: Minding the gaps’ (2015) 17(1) Environmental Law Review 8-21

Jassanoff, S. ‘A Mirror for Science’ (2014) 23(1) Public Understanding of Science 21

Jassanoff, S. ‘Breaking the Waves in Science Studies: Comment on H. M. Collins and Robert Evans ‘The Third Wave of Science Studies’’ (2003) 33(3) Social Studies of Science 389

Lee, M. ‘Experts and Publics in EU Environmental Law’ in D Chalmers, A Arnull (eds) The Oxford Handbook of European Law (Oxford University Press 2015)

Lee, M. C Abbot ‘The Usual Suspects? Public Participation under the Aarhus Convention’ (2003) 66(1) Modern Law Review 80

Lusk, L. J., House L. O., Valli, C., Jaeger, S. R., Moore, M., Morrow J. L. ‘Effect of Information about Benefits of Biotechnology on Consumer Acceptance of Genetically Modified Food: Evidence from Experimental Auctions in the United States, England and France’ (2004) 31(2) European Review of Agricultural Economics 179

McAuslan, P. The Ideologies of Planning Law (Pergamon Press 1980)

Wynne, B. ‘Creating Public Alienation: Expert Cultures of Risk and Ethics in GMOs’ (2010) 10(4) Science as Culture 44

Wynne, B. ‘Misunderstood Misunderstandings: Social Identities and the Public Uptake of Science’ in A Irwin, B Wynne (eds) Misunderstanding Science? The Reconstructions Science and Technology (Cambridge University Press 1996)

37 replies »

  1. Paris climate change treaty:we have to keep fossil fuels in the ground to avoid catastrophic climate change. This paper looks at public perception of regulation but ignores the bigger picture: we CAN’T have ANY dalliance with new fossil fuel reserves AND need to wind down existing operations to meet our obligations. Strict regulation makes this industry squeel as its simply not economically viable to do safely. So communities suffer, as does the planet, as politics interfers with regulators objectivity in enforcing standards. Where the viability is threatened, regulation bends into irrelevance. 24/7 deliveries? No problem. Discharge polluted runoff into local streams? We’ll bend the regs to suit the big boys in town. We can see whats happening, publicise it, and even pro fracking local Tory supporters are turning against the reality of shale gas exploration

    • Concern Ian yes, where are your answers?

      Please provide evidence that in the U.K polluted runoff is allowed into local streams…

      What regulations are being bent? Where are these 24/7 deliveries? I live near the Cuadrilla PNR site and only one or two deliveries have been at night to avoid illegal efforts against them and minimise desruption to local people

      Are local Tory supporters really turning against shale Gas? The Fylde Coast voted Conservative, last year wasn’t it? In fact it has been reported recently on this website that support for U.K shale gas has increased…

      We all benefit from having natural gas in our lives.

      The time has come when we need to take responsibility for the energy we use and where we get that energy from. Unfortunately our Offshore gas reserves are dwindling and the myth that wind turbines and solar panels will suffice has been laid bare in our recent windless few weeks

      Cuadrilla are on the cusp of shale gas production in a matter of weeks. We as a Nation should be wishing them all the best for the sake of the future secure supply of gas empowering the U.K with heating our homes, cooking our food and powering our electricity grid…

  2. Philip P I agree with you.

    I have worked for years in Norway and have seen the rise in electric vehicles which will happen all over the World sooner than people think.

    There is a problem with this. The shift in energy requirement from petrol and diesel to electric. This is already happening on the railways seeing for myself the electrification of the Blackpool to Preston line and the draw down of diesel trains on This route. The works took a number of months to complete the infrastructure being put in place for said trains. This will also have to happen for the mass population of electric vehicles on the roads, ie charging points and transmission lines.
    So in part the uplift in electricity demand will be a massive undertaking to offset the fuel oil replacement. As you can see gas demand in the U.K for electric generation, heavy goods vehicles (proposed CNG for HGVs) and filling the gap as coal powered power stations go offline is a very big ask. With falling U.K gas production and increased reliance on foreign imports the financial burden will increase year on year at the consumer, that’s yours and mine cost.

    Intermittent renewables with every square inch of the U.K covered in wind turbines and solar panels, O.K offshore turbines as well cannot physically provide the U.K with all it’s electricity needs.

    No problems you say batteries will keep us going during those cold windless winter nights. Not sure a few weeks of no wind would be too easy as we have just had but let’s run the numbers anyway

    Replacing 17GW of wind for just one hour would require 130 of Teslas recently installed 100MW/129MWH South Australian batteries. At current exchange rates this would cost £4.5 BN. Even adjusting for expected cost reductions and economies of scale – expanding the capacity to provide a meaningful back up for multi-day wind lulls is a non starter

    The next argument would be that every house would have a battery bank and utilise their ev cars battery. This financial burden coupled with a need to switch to ASHP and install solar panels is out of the reach of a high percentage of U.K households

    So back to your point, yes electric vehicles are without doubt the future but we must understand the shift in fuel source…

    • I agree that the issues are huge but it takes new mindsets, not old ones, to forge the path ahead. Development in storage systems is taking place right now all over the world at an unprecedented pace. Flow systems that don’t require Lithium or Cobalt will soon replace Li batteries for large scale backup. Behind the meter storage (per household) and more localized generation – wind, solar, fuel cell etc will progressively off load the needs for huge utility generators. Smart charging, renewable generation and micro-grids are up-ending traditional models of power distribution already.

      As mentioned before… baseload supplies are already calibrated for peak demand periods, so there’s not only a lot of spare capacity with existing grids (during off peak periods). Increased storage of any kind, including eV cars, can be used to redistribute off-peak power to peak demand periods. There are areas now experimenting with free electric vehicles usage where they’re charged during off-peak hours and used for feeding back a portion of their charge into the grid at peak periods. With this sort of thing happening en-mass the leveling out effect will bring down peak demand from the utilities (big power generators) overall. In the long run of course the renewable generation will have to take over but that’s a way off – for at least the next decade or so.

  3. I thought it was Tesla vehicles that burst into flames! (See BBC teletext.) Or, wind turbines in thunder storms-recent event I believe in Cambridgeshire.

    Meanwhile, the antis would rather the UK ship vast quantities of gas and oil across thousands of miles of oceans and suggest that is safer than producing it within the UK! Take a look at maritime disaster stats.

  4. Motorway services will be fun, Kisheny!

    Currently, if you want to travel from the south of England to Edinburgh, the time to refuel en route is about the same as for a comfort break.

    New model electric vehicles are a long way removed from that. It is not just about inconvenience to casual motorists but huge costs to business motorists. (Check the recharging/range specs. for the proposed Jaguar electric.)

    Then, of course, there is the little question of the recycling of all these batteries, which appear to require replacing after a relatively short time. Suspect the answer from the supporters will be we just send them off to China and forget what they do with them-until we find the bits dumped in the sea!

    My bet is still on hydrogen-see trains are due shortly. That might focus a few minds.

    • Dear me short sighted thinking as usual?
      Several quick fixes for electric vehicles have all ready been designed, easy peasy.
      1. Replacement battery service of recharged slide out, slide in trays, simple.
      2. Recharge systems in situ on the vehicle, wheels rotate in fixed coils on the wheel, recharging as you drive.
      3. Scoop vents to vortex generators recharge batteries as you go.
      4. Solar panel roofs, recharging when the sun is shining.
      5. Brake energy recoup systems, every time you brake, you recharge the batteries.
      6. New lightweight battery technology reduces weight.
      7. Beneath highway induction rail systems pick up power as you travel, much like train or tram, but non contact.
      Eventually these systems, and other yet to be developed will become efficient enough to power the vehicle by themselves and batteries will be back up and can be transfered getting money back, or connect to mains for upload, again getting money back.

      Welcome to the future.


      [typo edited at poster’s request]

      • So if you are correct Phil C petrol and diesel will not be required but will have to be replaced by electricity.

        Big gap to fill?

        My guess is gas will fill that gap

        Hold on though…

        Your claim that the vehicles will power themselves as they drive… WOW!!!

        Please immediately email Elon Musk as this should not be kept to yourself, get it out there…

        Can’t wait to hear the announcement

        Oh and money back as well, genius…


  5. Kisheny-I gave up reading the Beano/Dandy a few years ago, where we could regularly get a “scientific” up-date on how we would live in the future. It was fun then, but my old Mum and Dad used to remind me what was pure fiction and what might come to pass. I think they referenced the need for the common sense test.

    Meanwhile, getting ready for Roy of the Rovers to win the World Cup for England, whilst I eat my cow pie!

    • Too difficult eh? Sir Hugh Janus’ book might be a problem then?

      Never mind martin, You can always look at the pretty pictures, reading is not essential for frackers, just follow the pointy arrows towards the melting sign saying “Queue for oxygen here” and it will all become clear!

      When will the anti antis take common sense retests? C’mon guys, it cant be that hard?

      • Wind is free

        But the problem with free things is they can’t be relied upon, case in point the 2 to 3 weeks recently when there wasn’t any. Seagull breath the only thing threatening to turn turbines…

        • Can we rely on the sun? (a bit too big for us to screw up yet) Can we rely on the air (provided we don’t poison it of course) Can we rely in the water (same proviso) Can we rely upon the ecology to support us (same proviso) Can we rely upon the moon to keep the tides flowing (it is unlikely we can screw the moon up yet) Can we rely upon each other? (rather difficult at present, but be no means impossible if we get together in peace and cooperation) Can we rely on our ingenuity and intelligence? (a bit of a sidelined commodity at present, but necessity is the mother and father of invention) Can we rely upon the natural energy systems that pervade and support the very existence of this little corner of the……universe……to provide everything we need if we just have the common sense and intelligence to use them?

          Perhaps nothing is assured, and nothing can be relied upon, that is the truth isn’t it?

          Natural gas is a limited resource, it can be withheld, switched off, run out, pipes cracked and stopped, be held for ransome, become too expensive, blow up, catch fire, create pollution, destroy communities, destroy human rights by protectionism association and operation.

          Fossil fuels themselves have had their day, peak oil and gas are now in the past, we are reduced to these desperate measures to preserve not services anymore, but profits’ for the few.

          Time to move forward towards a combination of all present resources until they run out or become too dangerous to use, (ie now) and then move on and out into intelligent new renewable natural horizons.

          We should be using that constantly reliable resource of human intelligence and innovation is a truly reliable and unending resource isn’t it?

          Perhaps that seagull can breath freely if we just give it and it’s fellow creatures the space and the freedom and the support of it’s natural environment?

          We should live within the earths natural ancient ecological systems, and preserve and enhance them, not rend and rip and tear and and trash everything around us for short term gain and profit shouldn’t we?

          • “Cough, cough. Honey, the gas has run out, cough”
            “That’s it, no more, all gone in a puff of toxic smoke, cough”
            “What the f*ck are we gonna do, I don’t like the dark, cough”
            “Well if you hadn’t spent so much time putting people off that wind turbine stuff, we might have at least had some lights, cough. By the way, the last of the genetically modified ‘food’ pills have just been stolen by next door, cough”
            “Well go out and bloody get them back!”
            “Not a chance, there’s no air out there, you go you tosser, it was you that put us here, cough, you go; cough, cough”. [blood in hanky], faint, [thump], last gasp, die.
            “I don’t want to die alone. Hello, hello, is anyone out there?”

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