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September 29, 2008 |  6 comments |  Print  Your Opinion  

John Mathiason

Empowering International Organizations to Manage Climate Policy

John Mathiason: The Copenhagen Conference will hopefully produce a successor to the Kyoto Protocol; but then the real work begins. Independent organizations will be necessary to tackle adaptation and mitigation requirements, while ensuring, through effective monitoring, that states comply. Self-policing is not an option.

The negotiation of climate change agreements has been the major focus of inquiry to date leading up to the fifteenth Conference of Parties to the UN Framework Convention on Climate Change in Copenhagen, which should agree on the successor to the Kyoto Protocol. But, once this is agreed, what will happen next? Here the issue of managing climate change comes into play, and with it the role of the international public sector. Policies to address climate change – through mitigation and adaptation – will require implementation agencies. Clearly, this is an area where a multi-stakeholder approach is needed. But what are the roles of governments, the private sectors, civil society and international secretariats? And are they compatible? And more importantly, can they be implemented?

As the major industrialized powers in the world, the countries in the Atlantic Community will have a major stake in the process, but unlike other areas, they will have to play their role together with the rest of the countries on the planet.

An on-going task will be maintaining the evolving climate change management regime. The United Nations Framework Convention on Climate Change continues to be the core of the regime, but it was agreed with the assumption that the rules for addressing climate change would be negotiated later. The first stage of this process was the negotiation of the Kyoto Protocol and the next stage will be the agreement on the replacement of that protocol. There is no doubt that further rules will have to be developed depending on changes in scientific findings about success. This will be built on the work of the Intergovernmental Panel on Climate Change, which will have to maintain its quality and consensus-based presentation of the facts.

Built into this is the need to monitor the extent of state compliance with obligations. These will only be known after Copenhagen, but there is no doubt that they will be extensive. The success of any regime is based on whether states comply and this can be encouraged by effective monitoring based on the information received, processed and disseminated by a neutral international organization.

One of the agreed mechanisms that will emerge is mitigation, the process of reducing the emission of greenhouse gases. Conceptually this is easy: states ensure that their private and public sector enterprises, as well as individuals and households, reduce their emission profiles. In practice, it will be very difficult: many industries, as well as energy and transportation infrastructure, cannot be readily changed. It can be expected that temporary arrangements like emissions trading (including cap and trade) will have to be set up. Some of these already exist at the regional level, while there have been experiments globally such as the Clean Development Mechanism. The option of having mitigation managed by market forces is not realistic, since self-policing is unlikely to work. There will need to be a broad international mechanism to manage the mitigation system, and this has yet to be designed.

For most countries, the main focus will be adaptation, since many of the consequences of climate change – such as sea-level rise, drought and increasingly severe weather conditions – are already inevitable. In that sense, adaptation will replace economic development as the main focus of North-South transfers. This will, in turn, require a strategic reorientation of national public investment policies and regulations and, consequently of the policies and practices of international development agencies like the World Bank, UNDP and bilateral donors. How this is to be done, including consolidating the many funds and programs currently underway, still has to be worked out.

The international public sector, consisting largely of the secretariats of international organizations, has been evolving slowly. Originally established on the basis of a civil service model that characterized the United States, the United Kingdom and France in the mid-twentieth century, it has undergone periodic “reforms” that may or may not have improved its capacity. Clearly if these organizations are to perform their expanded global tasks, their structure, functioning and financing will have to be reviewed along with the new tasks. This is not yet happening on a global basis, but will be one of the key factors in addressing the climate change situation.

John Mathiason, Ph.D., is professor of International Relations at the Maxwell School of Citizenship and Public Affairs of Syracuse University. He was a career staff member of the United Nations Secretariat for over twenty-five years.

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Gunnar  Schmidt

September 30, 2008

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While I share your skepticism regarding self-policing by market forces, I do not think that international organizations can be reformed in such a way that they effectively monitor and enforce all signed commitments.

Bureaucrats can't get the job done. What we need are strong monetary incentives for all players to reduce carbon emissions, increase energy efficiency and recycling and reduce waste.
Tags: | market forces |
 
Heinrich  Bonnenberg

October 2, 2008

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Bureaucrats and policymakers should be not influenced by esoteric, environmental gurus who are mainly interested to change our free market democracy to environmental despotism.

Subsidizing technology with the argument to minimize environmental danger is a big step to environmental despotism.

And the responsible persons should know the real costs per kWh electricity produced without subsidizing. They are:

1. Electricity from burning coal with collecting and deep, very risky storing of CO2 (probally not feasible) will cost about 25 ¤c per kWh.
2. Electricity from burning renewables is in contradiction to food production and climate management.
3. Electricity from solar energy needs huge systems of collecting solar energy and storing electricity in big battery systems (not existing up to now) and will probably cost between 80 and 180 ¤c per kWh.
4. Elecricity from wind energy has the same collecting and storing problems as solar energy and will cost about 30 ¤c per kWh.
5. Electricity from nuclear fission will cost about maximum 5 ¤c per kWh if longtime storage (more than 500 years) is technically excluded.
 
Donald  Stadler

October 3, 2008

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Interesting comment, Herr Bonnenberg. I have a few questions. What are the cost figures per kWh of existing energy sources such as unsequestered coal brning, oil burning, and other flexible sources of energy now in use?

Could you expand somewhat about what you mean by nuclear fission - specifically the technologies which would be used in a modern reactor which could achieve thses costs. Where would the fuel come from - are there any supply risks? Are the technologies to b ued well proven - any risks that we can identify, or areas of possible risk. The financial markets have recently shown us an old statistical truth - that 'unlikely' means 'inevitable' over a long enough time frame. So are there any 'black swan' kinds of risks in modern nuclear technology?

Thank you.
 
Heinrich  Bonnenberg

October 3, 2008

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Dear Donald, thanks!

See
http://www.atlantic-community.org/index/articles/view/Working_Towar...

there especially:
the international project GENERATION IV, a project which analyzes future nuclear power use and was commissioned by the US Department of Energy (DOE) in Washington. All of the countries that use nuclear energy are participating in this project apart from Germany.

More to your questions next days

 
Heinrich  Bonnenberg

October 6, 2008

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Today, electricity from coal and lignite (without CO2 collecting and storing) costs about 5 ¤c per kWh and electricity from nuclear fission costs about 3 ¤c per kWh.
Firstly:
The combustion of coal and lignite (of gas and oil as well) produces CO2. A modern constant-load power plant fueled by coal or lignite with a power of 1,000 MW electricity needs (depending on the number of hours of operation per year) about 2,5 millions tons of coal or lignite per year and produces about 7,5 million tons of CO2 per year. This is equivalent to approximately 3,75 billion m3 per year; in mathematical terms, this would amount to a cube measuring approximately 1,55 km on all sides. CO2 can be liquefied at high pressure, whereby the volume is reduced to 0.27% of the initial volume. In the example just cited, the CO2 would be reduced to a volume of about 10 million m3, amounting to a cube measuring approximately 215 m x 215 m x 215 m which will eternally exist and never decay. The above-ground storage of such great volumes of liquefied CO2 would not be possible, because it would require the use of gigantic pressurized containers, which are not feasible. Subterranean final storage of such huge volumes of liquefied CO2 under high pressure (200 – 300 bar) is needed. A very expensive high-tech solution has to developed, if at all possible. People who are promoting this technology are not really honest, when they are telling the costs. The subterranean final storage of pressed CO2 is very dangerous and risky and will cost per m3 the same as the storage of nuclear radioactive waste, but the volume of nuclear waste is a factor of about 370,000 smaller (because of its natural high density) than the storage of CO2 and nuclear waste reduces its mass over the years by radioactive decay (also naturally!!).
Be so kind to ask DOE. I am sure they will tell you the correctly envisaged prices.
Secondly (will follow).


 
Heinrich  Bonnenberg

October 12, 2008

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Secondly:
Thilo Bode, who was director of the German Greenpeace over six years and who was from 1995 to 2001 manager of Greenpeace International is now consequently argumenting against solar electricity economy. He is saying: „Solar electricity is the most expensive production of electricity. It will never be possible that solar electricity will economically compete with conventionally produced electricity“ (German newspaper TAZ at July 1st, 2005).
Today the German government is subsidizing solar energy from small isolated plants with 47 ¤c per kWh. This amount will dramatically increase with extensive production of solar electricity because big expensive battery systems for storing electricity will be needed (not developed till now) for correlation of sun collecting times (during days and in summer) with electricity demanding times (during darkness and in winter). Much higher prices for kWhs from extensive solar electricity than the mentioned 47 ¤c are calculated by honest engineers, scientists and managers.
Solar electricity production is the greatest swindle for „stealing“ public money from the state budget which could be much better used in other fields as for medical services for elder people.
It is a pity, so many Pied Piper of Hamelin and other esoteric gurus are on business and are burdening our society and are trying to establish ecological despotism, all mainly using fear of nuclear energy and mass hysteria.
Hopefully, the running economical and financial crisis will put a stop to their game. Thanks to this crisis. It will stop another crisis.

 

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