Cleaner Future Power Stations ITG Secretariat Energy and Environment Division Department of Resources, Energy and Tourism E-mail: cleanerfuturepowerstations@ret.gov.au Industry House 9/10 Binara St Canberra City, ACT 2601 GPO Box 1564, Canberra City, ACT 2601 24 December 2010 Re: INTERDEPARTMENTAL TASK GROUP DISCUSSION PAPER: A CLEANER FUTURE FOR POWER STATIONS Australia is currently at a crucial stage in its energy policy. Legal and policy frameworks need to be developed to initiate the long term structural shifts required to move Australia to a low carbon economy. In this regard, the urgent threat of climate change offers a strong incentive to ‘wean’ Australia from its historical dependency on fossil-based fuels for power generation. In particular, the Australian economy and society needs to move away from using coal as the primary means of stationary electricity provision which is widely accepted as the major source of greenhouse gas emissions in Australia. It is the overarching imperative to move away from fossil fuel use towards more sustainable energy sources that needs to inform proposals for a cleaner future for power stations. The specific proposals in the above Discussion Paper should be read against this need for transformation of the energy mix. Thus a focus on multiple regulatory levels is necessary to respond to, and to precipitate change in, the day-to-day activities of individuals, families, businesses and governments that operate at multiple levels and are the primary source of GHG emissions. More generally it should be noted that the adoption of standards-based regulatory measures for emissions and the discrete ‘performance ready’ standards for CCS is in keeping with similar trends to enhance direct regulation of the energy sector in many countries. Declining enthusiasm for a market-based approach for dealing with climate change [at least as sole measure] is evident in some other jurisdictions, with a return to more direct regulatory approaches e.g. mandated energy efficiency standards and other measures e.g. promoting renewable energy uptake. The recent climate change legislation in Victoria which gives particular powers to the EPA to regulate GHG emissions as a form of pollution is a recent example. This submission generally endorses the move to direct regulation via standard setting for power generation emissions intensity, but notes that such regulation of power generation facilities needs to be seen as part of a spectrum of legal and regulatory approaches for responding to structural change and innovation in energy source technologies. Discussions of emissions standards and CCS readiness should be extended to existing power stations that continue to make stationary energy the biggest single 1 source of greenhouse gas emissions in Australia. Further, the range of initiatives in energy efficiency regulation at a national domestic level has grown, although the level of attention directed to demand-side measures for power generation still seems to lag well behind the more discrete proposals advanced for supply-side measures. The following address the specific matters for comment raised in the paper. BEST PRACTICE EMISSION STANDARDS FOR NEW COAL-FIRED POWER STATIONS This submission would favour the extension of regulatory standards based upon Best Available Technology (BAT) for all power stations. The adoption of regulatory emission standards is particularly suitable for stationary power generation sources where existing reporting requirements (e.g. NGER Act 2007) that will facilitate monitoring and compliance. However the submission notes the need to ensure that innovation in emission intensity reductions technologies, and indeed renewable technologies, are not unduly constrained by standards for new power generation that are comparatively weak and thus do not drive changes to the technologies. [The submission notes the ‘phase out’ policy in the discussion paper but would suggest that measures once introduced should be evaluated for their effectiveness vis a vis market measures although the different regulatory forms required to address existing facilities and any potential ‘retrofit’, as opposed to new facilities are noted. However the bifurcation in economic positions that may be introduced by two different emissions standards as a result is noted below]. Accordingly there is a need to ensure a progressive refinement of the standard over time in order to drive and maintain levels of innovation and uptake of new BAT. Overseas experience has demonstrated that BAT or best practice standards usually provide more flexibility and adaptability than standards setting fixed emissions limit. Further, such a standard might be coupled with regimes to promote performance beyond the standard: for example accredited licence type schemes that operate in pollution control legislation in some Australian states. Thus the submission would favour the following option for the proposed standard threshold- 5. A Standard set with review and possibility of a declining threshold to account for improvements in technology. In respect of coverage the submission notes the following: Definition – “A generation complex, generation complex project or generation unit that uses coal to generate electricity and may be grid connected or nongrid connected generation” The definition does not seem to cover a situation where a power generation facility may conceivably incorporate more than coal-based generation. Further 2 is there a need to define different types of coal given the GHG emissions produced varies with type. The submission would favour applying uniform emissions intensity standards to all power generation facilities as the exclusion of existing facilities provides an indirect ‘subsidy’ to those ‘players already in the market’. This situation will further entrench the economic advantage of those existing facilities and limit the potential for innovation. However of the three options developed in the discussion paper the submission would see the thirds suggestion i.e. “3. exclude existing generation units; however apply the standard to new expansion units.” This situation is in keeping with areas, such as planning law, where all new and extensions to existing ‘developments’ typically are regulated under the prospective standards. In respect of the definition of ‘committed or advanced project’ the submission would suggest that the high level of discretion implicit to the measures i.e. a project meets 3 of five criteria or shows ‘progress toward’ criteria is vague and may prove unworkable. There is a wide divergence between the stages of the project under the criteria. The submission would favour the choice of 1-2 definitive criteria at a relatively final stage in the project development process such as whether financing (including execution of all necessary contracts) is complete and whether there is a firm (i.e. contractually determined) date for construction to begin. The submission is mindful of the issues around breach of contract and it is these constructs that should primarily drive considerations around appropriate criteria and their implementation point. The submission would favour a firm commencement date for the legislation to allow for certainty of commercial planning and thus would favour 31 December 2011. Legal form “There are two likely ways in which the Standard could be enacted: • a stand alone Act of Parliament incorporating the Standard, and CCS-Ready requirements; or • insertion of a trigger in existing legislation, for example relevant State or relevant electricity market legislation.” The submission suggests that both a stand alone piece of legislation clearly articulating the Standard and CCS Ready requirements (see below) and a series of insertions into other cognate legislation should be implemented. The stand alone legislation is advocated to ensure that the standards are not ‘lost in the detail’ of other Acts and that the importance of the measure and the coherence of the standard are maintained. There is also likely to be considerable delegated legislation associated with the primary statute in terms of technical guidance etc and thus it may be more efficient to have the primary point of reference for such guidelines contained in one statute. Further the electricity market rules may not be a suitable vehicle for the standards as their regulatory objectives operate within a more deregulated market context; 3 although significant interaction with these rules is necessary to ensure complimentarily outcomes. Further, it is vital that the standards be implemented in association with other legal frameworks. In particular, the regulatory system for emissions standards and licencing should be instigated with a view to interaction with the planning and environmental impact assessment (EIA) laws and development controls. Effective integration with the EIA process will require a consideration of both federal and state legislative regimes although consideration in relation to the federal EPBC Act 1999 is worth consideration. However this is to be achieved, it is critical for planning and approval decisions to be integrated with power generation facility licensing decisions. These considerations could be implemented by way of ‘referral authorities’. As noted also, there is a need for integration across jurisdictions of any measures i.e. If States have own (higher) standards then it is vital that the federal legislation allows scope for their application should be preserved. A useful model here operates within the European Union. Phase Out Issues “Should the standard be enforced though ongoing compliance or should approval for new coal-fired power stations be granted at commencement only?” The submission would favour on going monitoring and compliance as all too often these aspects are the ‘poor cousins’ in a regulatory regime even though they are vital for the successful outcomes. There are significant monitoring and reporting regimes already in place that could be adapted. “Should the standard be phased out with the introduction of a carbon price, and what would be the implications of this for planning, investment, and construction activities?’ The submission would favour a long transition between the use of the standards and the phase out due to the introduction of a carbon price. The effects of the carbon price in driving innovation may not be apparent for some time as the ‘price signal’ needs to permeate at the level of widespread behavioural change. The standard will provide certainty to planning and investment particularly given the long term and strategic orientation of such activities. “Should the Standard be reviewed in the future?” The standard should be open to review and to third party review mechanisms that are available through typical planning law/ EIA regimes. CCS-Ready Standards The following makes some general points about the idea of CCS readiness. While it may be commendable that new power stations should emit as little 4 GHG emissions as technically possible, at the same time the legislation might be regarded as further locking Australia into a coal dependent future. In an ideal situation, new coal stations should not be built at all if Australia is to move expeditiously to a low carbon future. CCS readiness will not provide for a true low carbon alternative; if too much reliance is placed on this form of ‘technological fix’ and thus on the finite resource of coal, it will continue a pattern of very energy intensive power generation. Additionally, it should be pointed out that CCS technology is currently not applied on a commercial scale and long term storage management is uncertain. It is this uncertainty of when and how CCS may become commercially available, that is reflected in the term ‘CCS-ready’ (to be applied in the uncertain future). On the other hand, the Melbourne Energy Institute’s Stationary Energy Plan has recently shown that even 100 per cent renewable energy is economically achievable in a short timeframe with the help of proven technical solutions such as wind and solar. Further reliance on coal as energy source will make it more difficult for renewable generators to succeed in the electricity market. While the proposals in the discussion paper may curb the exponential growth of emissions in Australia a little, they will not significantly alter the trajectory of emissions without strong additional measures being implemented. As noted above, the discussions of emissions standards and CCS readiness should be extended to existing power stations. The following addresses specific matters in the discussion paper. “Are there exceptions where it is not appropriate for the CCS-Ready standard to apply to the same activities and entities as the best practice emissions standards?” Generally it would seem appropriate to apply both regimes in the approvals process for all new facilities and extensions of existing facilities. CCS readiness should also be applied to existing power-generation facilities as a condition of licences to ensure that such power generators do internalise the costs of externalities (i.e. pollution) previously borne by the community at large. “Are there reasons to enact the CCS-Ready standard through a different legislative process than the emissions standards? If so, what alternative would be suggested?” A stand alone statute incorporating both standards and CCS readiness would be appropriate for clarity and as the interactions with other statutes are complex. However there is a strong need to ensure that CCS requirements are effectively reflected in other regimes – the EPBC Act 1999 may be a vehicle here as well as state pollution/ licensing works approvals. “Are there reasons to administer the CCS-Ready standard through a different Authority or process than the emissions standards? If so what alternative would be suggested?” 5 It may be possible to apply the CCS readiness standard through planning and development control laws at a state level in combination with the federal authorities under a bilateral agreement model. “What criteria need to be covered in regulation or guidance material on what CCS-Ready facilities may require to demonstrate their CCS readiness?” This matter should be decided by an independent technical reference group of experts appointed under the legislation working in cooperation with statebased authorities that are a part of existing works approvals and EIA processes. “What level of detail, if any, is required or practical when assessing whether a plant is CCS-Ready?” An independent panel of experts should be set up under the legislation for these purposes. There should be rights of third party review for the decision. “Should proponents be required to secure rights to potential storage areas to meet the CCS-Ready criteria?” Yes. If proponents do not secure rights then the technology requirement may prove redundant. “Could the definitions create any unintended incentives, inconsistent with minimising long term emissions?” As noted this submission holds some major reservations about CCS technologies and would advocate ongoing review of CCS readiness capability to allow for adaptive management. “Is annual reporting appropriate to ensure that new power plants continue to comply with CCS-Ready standards?” Yes with a view to updating requirement after a review period of say 5 years. Is it appropriate to phase out the CCS-Ready standard once a carbon price is introduced? Note the comments made about transition above in relation to standards. However there is a more pressing need though to phase out CCS technologies to drive innovation in BAT for power generation itself and to assist in the uptake of renewable energy technologies. What level of detail should be required in the economic feasibility study? Again an independent panel of experts should assess economic feasibility in relation to each proposal as it will vary temporally and with the nature of the project. 6 Thank you for the opportunity to make this submission to the Discussion Paper. Professor Lee Godden, Associate Professor Jacqueline Peel, and Ms Anne Kallies. December 24 2010 7