Environment

COP 15 or Cop out?

Dr Tim Fox CEng MIMechE, the Institution’s Head of Energy and Environment, represented the UK engineering profession at the landmark United Nations Conference on Climate Change in Copenhagen. Just back from Denmark, Dr Fox gives this assessment of the likely outcomes of the fifteenth Conference of the Parties (COP15) and the engineering solutions that realistically will be needed to try to meet the challenge of climate change.

Tim Fox is firmly established as one of the UK’s leading experts on the engineering and technology which supports action on climate change. With Institution members he developed the holistic, combined policy of MAG: mitigation, adaptation and geo-engineering. He regularly advises the Department of Energy and Climate Change (DECC) most recently contributing to the Department’s 2050 Vision, and the Department of Environment, Food and Rural Affairs (DEFRA).

The Institution’s work on climate change led to its role as the UK representative for the global engineering research project, Future Climate. The national UK 2050 Energy Plan produced by the Institution for Future Climate was submitted to the UNFCCC and formed part of the expert evidence available to the COP15 delegates and negotiators.

Dr Fox was invited to attend COP15 to represent the UK engineering profession. He was on hand to provide expert opinions on the implications of climate science for engineering, with insights into decarbonisation, adaptation and geo-engineering to international media via broadcast interviews for the UK’s Channel 4 news, BBC news and the US National Public Radio.

Speaking just before the Conference closed, Tim offered his assessment of some of the outcomes that could be expected: “Without doubt, all of the delegates from the 192 nations represented at the Conference know that COP15 is the last opportunity to agree a replacement to the Kyoto Protocol and avert dangerous climate change. All the signs suggest that at best what will emerge will be a loose political agreement to act on climate change, and at worst, that nothing will be agreed at all.”

“Certainly, the progress of the negotiations towards some kind of agreement has been stymied along the way. Perhaps the most serious impasse was created by the small island states and least developed countries (LDC) - a grouping that includes poorer nations of Africa and Latin America - asking for severe carbon emissions reductions, predominantly from the developing world. This was diametrically opposite to the strategy proposed by other nations in the G77 bloc, such as India and China. Climate scientists predict that 90% of future emissions will be coming from developing nations, and so it is perhaps not surprising that sharp divisions emerged during the Conference between the developed world, large developing nations and what could be described as the more ‘vulnerable’ nations.”

“If a loose, political consensus can be reached, the next question is what action needs to be taken, by when and in what order. The Institution has been vocal in its campaign to illustrate to government, policy makers and the public the sheer magnitude of the decarbonisation task ahead, and that realistically there is a need for a wider raft of planned solutions which would include significant long-term adaptation as well as a short-term deployment of practical geo-engineering techniques incorporated into mitigation approaches.”

“As an international organisation, representing engineers in 130 countries and from every continent world-wide, the Institution is uniquely placed to offer insight into solutions to tackle the global issue of climate change, understanding the differing needs of countries from the various stages of economic development.”

“With this in mind, the outcomes that the world should be hoping to see post-COP15 are a commitment to decarbonisation, using the technology that makes sense for each nation: for example, here in the UK that would be wind power, marine energy, and nuclear. Secondly, adaptation will be crucial, given that even with decarbonisation at an incredible rate, there is now the likelihood of exceeding a 2°C rise, so it is crucial that nations adapt to climate change.”

“Thirdly, practical geo-engineering should be brought into the mitigation fold, particularly air capture for CO2 removal: what many are now calling ‘negative’ emissions. Comprising solutions such as biochar sequestration and artificial trees, these approaches could play a significant role in delivering short term results, to buy the world more time to decarbonise and adapt.”

“Moreover, post-COP15, the UNFCCC could usefully provide the framework for all countries to create a route to global governance for the development and deployment of adaptation and geo-engineering. The UK, for example, leads the world in its understanding of the impacts of climate change, adaptation methodology, research and development. The Met Office and the Tyndall Centre are genuine world-leaders in this field. Potentially, there could be a real economic advantage in the sale of that knowledge to other nations, and the rise of an adaptation driven economy. Conversely, there is an argument that for something as important as the guaranteed long-term survival of modern civilised society as we know it, countries such as the UK have a moral obligation to provide their expertise and help to vulnerable nations as adaptation aid.”

“Engineering is a truly global discipline, largely operating within the context of industrialised free market economies, and to solve society’s most challenging problems engineers are entirely reliant on legislative, commercial or strong cultural drivers, or combinations of these in order to implement their solutions. The ultimate outcome from Copenhagen must be this: the world’s politicians have to create a global culture which can support meaningful change; they have to show real leadership to put in place radical policies and frameworks necessary to correct market failures, engender behavioural change and plan for a world secure against climate change through mitigation, adaptation and geo-engineering. Unfortunately, they are unlikely to achieve this at COP15.”

Have your say

17 comments from readers

Richard Greville

17 December 2009 at 08.42

It is always good to hear of engineering opportunities being offered, particularly in troubled financial times such as these. However, engineers should also have a conscience – should we take the ‘Queen’s shilling’ when knowingly resources are being wasted on futile and farcical projects such as extracting carbon from the air and making artificial trees? Does no-one learn from dear old King Canute? Climate changes continuously, sometimes slowly, and sometimes more quickly and we are naïve indeed if we think we can halt that.

Does anyone believe that the UN can reach a concensus on climate change? Look at Bosnia, a far simpler concept but a total failure from the world’s point of view. Kyoto, for anyone who has read it, was no more than cotton wool, would Copenhagen be any better – fat chance!

Dr. Chris Holmes

17 December 2009 at 10.04

Can it really be the case, as we are constantly told, that all the effects of global warming (however it is caused) will be harmful? I have been contemplating the fact that 25% of the land in the Northern Hemisphere is under perma-frost, so the soil can not be cultivated. If this land thawed, there would be a vast new source of biofuels, or food, or forest, or all three. Typically, in the scare culture we live in, I expect to be sneered at by the 'believers' for even asking the question.

John Thompson

17 December 2009 at 10.52

One of the principal drivers of global warming is world population growth. Stabilizing population growth is vital to stabilizing greenhouse gas emissions. This is a subject that never seems to get aired in discussions on the subject. I think people generally should be made aware of the correlation between population growth and climate change.

Mark Hesketh

17 December 2009 at 11.02

All practical solutions to future environmental issues will come from engineers, their input has to be part of the dialogue, it's why a number of governments have the role of a Chief Engineer, unfortunately ours does not.

Mark Chillery

17 December 2009 at 11.02

feel it is engineers’ responsibility to get behind the science of climate change, rather than fuel the tabloid frenzy of denial: we are applied scientists after all - mechanical engineers may not understand the science in detail but we have to believe the professionals on this one. I believe the important issues include population growth and ‘radical’ government action to help us develop a less carbon dependant economy. Talking about potential threats or future prospects for jobs in the same breath I consider to be somewhat self-centred. As engineers, we have the intellectual resources to make a difference; we should all be gainfully employed, providing we are not underwater!

Keith Armstrong

17 December 2009 at 15.18

John Thompson is right. I have been saying the same for several years now. If the "third world" does not get into birth control, and fast, all the effort on carbon emissions will be a waste of time. They are soon going to be a far bigger problem than the so-called "developed" world.

Cut the numbers and you cut methane emissions, fuel burn and material usage in one go. We must keep our numbers down to a level that we can feed and provide for. Then we can all have a reasonable life while we are here.

John C Morris

18 December 2009 at 12.14

The way the UK is developing e.g. with a future involving electic vehicles etc. the country will need ever more electric power. It is time the Severn Barage Scheme was given the go-ahead. This will be carbon and pollution free and operate well into the future - far longer than "convtional/nuclear" power stations.

John Whitehead

18 December 2009 at 15.07

Tim Fox's report is interesting if somewhat bleak. Even more bleak are the comments from some readers. One suggested that the melting of perma frost would bring agricultural benefits. Not so, as far as I gather, since it seems likely to bring more problems than solutions. I think that we all need to remember that when the Titanic sunk the first class passengers suffered the same fate as those in steerage.

Martyn Roberts

18 December 2009 at 19.32

Full marks to the IMechE for finally capturing centre stage on key issues like this - but why all the talk of 'artificial trees'? What is wrong with planting thousands of real trees - returning vast tracts of the country to woodland?

Surely they will do an effective job of carbon capture at a far lower cost than constructing man-made devices? Or am I missing something?

Robert Paynter

21 December 2009 at 17.35

Keith Armstrong says "John Thompson is right" and focusses attention on 3rd-world population, but surely we should focus on 1st world population. According to available data we use resources and emit pollution many times over that of the third world and much of third world resource use and pollution is part of producing for our consumption, so we can conclude that we should cut our (1st world) population - by higher proportions!

Jeremy Douglas

22 December 2009 at 09.55

Mr. Armstrong, while I agree that John Thompson is right that population growth is linked to climate change, in my view this is only true for the developed world. I disagree that curbing population growth in the developing world will limit carbon emissions, since the people of the developing world cannot afford the very culprits of those emissions; cars and buses to get to the shops down the road, central heating and airconditioning to keep in our very limited temperature comfort zone, over-packaged mass-produced food three times daily and so on.

If anything, we can learn from the simplicity of life in the developing world instead of imposing our consumption beliefs on them. Why not try their way; walk or ride a bicycle, put on another jumper, grow our own vegetables? I think the present weather does not 'warm' itself to the last option!

Patrick Fossett

22 December 2009 at 16.46

1. Dr. Holmes is right. Why don't we evaluate the positive effects of global warming? There must be many which can be exploited and which would lead to great benefits.

2. I frankly do not believe that any scientist or engineer would back his career on achieving a temperature change of 1.75 ± .25 deg C (COP delegates talked about 1.5 not being achievable and 2 being the maximum) in a strongly non-linear system being controlled by purely one parameter.

3. We must solve the problems associated with climate change and ensure that the developed world economies create enough wealth to bring the poorer nations out of their misery of malnutrition, disease etc. In addition we must develop a strategy of sustainable energy which by its very nature will be low(er) carbon.

4. Any competent Project Manager would do some “what if” questioning. What if CO2 is not the primary climate change parameter? We have been blinded into making a great mistake by putting all our eggs in the CO2 basket.

Steve Dalton

24 December 2009 at 18.55

COP15 and Kyoto are largely a waste of money and effort. The real issues that we need should all be focussing on (and engineers can lead on) are:-

1. Educating people on how to live more sustainably + contraception 2. Providing clean water, sanitation, medicine and mosquito nets 3. Reducing deforestation and planting more forests 4. Reducing pollution on land / sea (encouraging recycling) 5. Reducing over-fishing 6. Becoming more self sufficient 7. Discouraging globalisation and encouraging localisation 8. Discouraging the greed culture - a diificult one! 9. Making our live and homes more energy efficient 10. Promoting microgeneration and efficiency technologies

Steve Dalton

5 January 2010 at 00.28

The evidence for 'Climate Change' appears overwhelming and, irrespective of the cause, requires an appropriate response. With the current focus on greenhouse gas emissions, the need to accommodate and mitigate the consequences appear to be taking a back seat, e.g. re-locate/protect coastal cities, CCS pipelines to disposal sites, desalination plants, re-structuring of power generation and distribution systems, enhanced public transport systems, etc.

In particular, I'm concerned about the potential impact that any future depression of the 'market' may have on our global ability to manufacture the new infrastructure required.

Tony Breedon

11 January 2010 at 11.50

I see a lot of well meaning people with good intentions. The earth has taken care of itself quite well for millions of years and I am sure will continue to do so, again perfectly well without our assistance. It seems obvious that what we have here is not global warming, but global taxation. The people who commented on population control might want to know that a global eugenics policy is already in operation, (where have you been). You might be less enthusiastic about this idea if you found out you were placed in one of the groups to be culled. There is much evidence to show that climate change and weather patterns are interdependant. Whithout co2 we may not have changeing weather. Please don't take my word for it, the evidence is there.

Peter

11 January 2010 at 13.36

I'm not an engineer, I'm just an old scientist who has taken a strong interest in climate change and concludes that we need to do something big and do it soon, globally. I'm disappointed in British engineers because Britain should be leading this second industrial revolution, not `selling our knowledge' to other countries. We made the the equipment and machines that powered the first revolution and we sold it worldwide. Now we need to do the same for this climate based revolution. For example, I'm told that nuclear reactor pressure vessels can only be forged in one factory in Japan (Japan Steel Works in Muroran) and that they can only produce 4 per year. Why aren't we making them? We desperately need great numbers of wind turbines, wave energy equipment, large solar installations and the like. We could be making these and selling them around the world - controlling climate change and doing well for Britain at the same time.

Richard Page

15 January 2010 at 14.54

Even if we don't understand the science, we can surely recognise that there is a significant risk associated with global warming. In any other situation we would be looking to mitigate against that risk. Whether or not excessive CO2 in the atmosphere will lead to global disaster, we need to face up to accelerating use of fossil fuels and finite supply. Climate change and energy security are both issues that will require engineered solutions, so I am very heartened to see Tim Fox and the IMEchE taking a leading role in this debate. As engineers we need to give them our support to ensure that government(!) and financial institutions(!!) provide the means of investment in the new technologies required.

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