OECD Steel Committee meeting IEA ETP Steel related activities Paris, 6 June 2014

Transcription

1 OECD Steel Committee meeting IEA ETP Steel related activities Paris, June 1 IEA Energy Technology & Policy division Project 1 15 Energy Technology Perspectives (ETP) - Thematic Tracking Clean Energy Progress (TCEP) Harnessing electricity s potential Cross-sectorial coverage Innovating a new climate deal Cross-sectorial coverage Direct CO emissions reduction by industrial sector between DS and DS GtCO Source: Energy Technology Perspectives 1, IEA. Cement Iron and steel Pulp and paper Aluminium Chemicals and petrochemicals Other industries 1

2 Energy Technology Perspectives 1: Global Outlook Iron & Steel sector DS 5 targets: a reduction of 1 MtCO of direct emissions To meet DS targets: Energy efficiency improvements: % of total emissions reduction New, low-carbon technology options will need to be developed and deployed: RDD&D should focus on utilisation of low quality ore and coal at a limited energy intensity level CCS to capture 81 MtCO in 5, or % of the sector s direct CO emissions 5 Crude steel production (Mt) - DS BOF/OHF STEEL EAF STEEL Available at Tracking Clean Energy Progress 1 Assess if clean energy technologies, energy savings and emission reduction measures are on track to achieve DS objectives by 5. Industrial sectors covered: overall Industry, Iron & Steel and Chemicals and Petrochemicals. Available at

3 EJ GJ/t steel EJ GJ/t steel Iron&Steel sector: energy savings technical potential based on the application of Best Available Technologies World China India OECD Russia Ukraine United Brazil Korea Japan Canada South Other Europe States Africa CDQ (or advanced wet quenching) COG recovery Blast furnace improvements Increased BOF gas recovery Switch from OHF to BOF Efficiency power generation from BF gas Specific savings potential (GJ/t steel) 9 Source: Tracking Clean Energy Progress 1, IEA. Energy savings displayed reflect technical savings potential regardless of capacity stock turn-over and cost-effectiveness of implementing these technology measures. Numbers refer to 11 capacity. Tracking Clean Energy Progress 15 Up to now: Monitoring energy savings technical potential by implementing Best Available Technologies Next editions: Aiming at tracking energy efficiency (EE) and low-carbon technologies implementation indicators Number of sites or capacity equipped with EE measures by country Energy and CO avoided through implementation of EE measures Implementation /demonstration of low-carbon technologies sites Significant data availability limitations to overcome: relevant input/support sought from OECD steel committee delegates

4 ETP 15: Innovating a new climate deal Industrial analysis: WHAT? Investigate private sector investment decision making in technology innovation Assess importance of public-private partnerships in the various stages of the RDD&D process Understand how conducive market conditions and policies are for industrial technology innovation Contribution of energy technology innovation in meeting climate targets by industrial sectors ETP 15: Industrial analysis HOW? Research phase: develop a questionnaire to explore, The importance of technology innovation in business decisions Methods to identify and prioritise industrial technology innovation programmes Current status of industrial technology innovation Market conditions and policy framework on industrial energyrelated technology innovation Analytical tool Build on ETP Industry model to provide illustrative examples of technology innovation contribution to meet climate targets

5 ETP 15: Industry analysis, research questionnaire INPUT SOUGHT FROM OECD STEEL COMMITTEE DELEGATES Thanks 5