Carry-over Surplus Kyoto Emissions has Climate Finance Value, does not hurt climate targets[Jan  6, 2012]

The best way to reduce Greenhouse Gases is when countries have binding emissions caps and their emissions remain under that cap.

What then to do with the remaining emissions budgets, when countries stay below their cap? This question was at the table of the Durban Climate Summit, as the Kyoto First Commitment Period comes to an end December 2012. Durban decided to asses the implications of carrying-over AAUs in May and to take a decision at the next Climate Summit, December 2012 in Qatar.

Surplus national emissions budget will occur in Eastern European Countries, because their economies didn't come back to their 1990 levels. It can happen with more countries because of the economic crisis or if countries succeed in decoupling growth from emissions growth. The Kyoto Protocol rules say: add the remaining budget to the next budget. But since the Bali Summit, The Climate Convention parties call for enhanced mitigation action to help meet the 2 degrees target. What role can the carry-over surplus emissions budgets play 

Some say, carrying over AAUs will endanger the 2 Degrees target, cause less reductions will be made. That is NOT true: the delay of the use of emissions budgets will lead to fewer emissions in the atmosphere now  (‘antimululation’) The Intergovernmental Panel on Climate Change (IPCC) has assumed for their scenario’s to reach the 2 Degrees target (25%-40% 2020 targets needed) , that the Kyoto Budgets have been used-up.

What is true is that countries with banking surplus AAUs, will have to take less efforts compared to countries without surplus. That makes agreeing to stronger 2020/2030 targets easier. That is what the EU is trying now (see “Eastern EU states offered sweetener to agree deeper CO2 goal: draft “, Pointcarbon, Jan 6, 2012: http://www.pointcarbon.com/news/1.1712254 )

Risk of limiting carrying over AAUs?Many propose that countries should cancel their surpluses. That may indeed increase the efforts, however this approach has are four risks.

1.      That Parties will not be able to agree on Legally Amending the Kyoto Protocol Rules to limit carry-over.

2.      That Parties have a perverse incentive to use the remaining emission space up, before end-of-consumption date (True-up in 2014).

3.      That countries that have surplus, and lose their surplus, will not agree to ambitious future targets. 

4.      That developing countries, that are interested in adopting a national target, will get reluctant: will they lose their budget too, if they perform better?

Innovation Value of AAUs

An alternative way that could enhance mitigation, without having to amend the Kyoto Rules, is acknowledging that AAUs, when not used, can be seen as an asset, as innovator. And, when used in a smart way, AAUs could encourage broader participation and assist in climate finance for additional green growth and GHG reductions.  

That could work in practice as follows: 

- Industrialized nations are being asked to support climate finance, in their own nations and in developing nations.  Some nations will contribute money, potentially into a revolving fund that could be used to finance low-carbon development. Some nations could deposit AAUs in the revolving fund. 

- These AAUs could serve as 'security' or 'collateral' for the innovative low-carbon financing.  European Banks already value European emissions allowances (backed by national AAUs) of factories and power companies that way, when requesting finance for their investments.

- If a project, that receive finance by that Fund, fails to achieve the emission reductions, the AAUs could be retired.  If a project achieves emission reductions, the project could pay back a portion of the AAUs to the fund - a kind of gift that keeps on giving, as AAUs remain their atmospheric value when they are not used. Public Assets can turn into Market Value. This approach should be part of mobilising climate finance.

Doing so, saving AAUs from the Air, by carrying them over may lead to preserving fossil fuels in the Earth.

Jos Cozijnsen, January, 6, 2012