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CLIMATE CHANGE & STEEL SECTOR IPCC WORKING GROUP IIIS DISSEMINATION WORKSHOP ON FOURTH ASSESSMENT REPORT October 11-12, 2007 Kolkata.

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Presentation on theme: "CLIMATE CHANGE & STEEL SECTOR IPCC WORKING GROUP IIIS DISSEMINATION WORKSHOP ON FOURTH ASSESSMENT REPORT October 11-12, 2007 Kolkata."— Presentation transcript:

1 CLIMATE CHANGE & STEEL SECTOR IPCC WORKING GROUP IIIS DISSEMINATION WORKSHOP ON FOURTH ASSESSMENT REPORT October 11-12, 2007 Kolkata

2 Sustainable Development & Steel Steel is one of the most common materials that we come into contact with every day. Progress would be impossible without steel. Steel is the most recycled material in the world. In 2006 the world produced 1.24 billion tonnes of steel. More than 40% of the new steel was created using recycled steel. Steel helps us in meeting the challenge of sustainable development.

3 GHG Emission & Steel Industry

4 Commitment by Steel Industry The steel industry has made significant reductions in its CO 2 emissions since It is committed to further reduce the CO 2 emissions and help the world in curtailing rising greenhouse gas emissions resulting in adverse climate change.

5 CO 2 Emission from Steel Industry Inspite of significant efforts to reduce energy consumption, CO 2 emissions from Steel Sector has gone up. As production continues to grow, absolute CO 2 emissions will continue to increase despite energy efficiency efforts. The Steel Industry will remain in the spotlight.

6 International Initiative Formation of sectoral expert group for climate change Adoption of seven principles committed to; 1.Expanding the use of current efficient technologies 2.Undertaking R&D for Introducing new technology 3.Maximize recycling 4.Value addition to waste and by-products 5.Making new generation steels to manufacture energy efficient products (ULSAB, HT Steel Sheets) 6.Adopting common and verifiable CO 2 emission reporting 7.Adopting a global sector-specific approach Initiative by IISI

7 Initiative by APPCDC Six countries namely, China, Australia, India, Japan, South Korea, and the USA representing over 50% of world steel production has formed a partnership to address energy issues vis-à-vis CO 2 emission reduction through technology and process know how transfer. Creation of Steel Task Force within APPCDC. Action plan has been prepared. Document on SOACT (BAT) prepared by partner countries to be formally released. International Initiative

8 Indian Steel Industry Indian Steel Industry represents 4% production and 4.5% CO 2 emission respectively among world steel producers. 8 large Integrated Steel Plants. Large secondary producers - sponge iron producers, mini blast furnaces, electric arc furnaces, induction furnaces, re- rolling furnaces and Iron & Steel foundries. Technologies: BF-BOF, Scrap EAF, DRI-EAF and COREX. Indian Steel Plants emit 2.5 to 3.0 TCO 2 /t of steel produced against world average of <2. Indian Steel Industry is generally constrained due to adverse raw material quality. Huge potential exists in India for improving energy consumption and reducing CO 2 emission.

9 Technological Options – Iron & Steel Large Units Coke Dry Quenching Pulverized Fuel Injection in Blast Furnaces BOF Gas Recovery Recuperative / Re-generative Burners Continuous casting / thin section continuous casting Hot charging Top Recovery Turbine Waste Heat Recovery By-product Gas based Steam & Power Generation Small Units Long-term cluster specific technology intervention programs on technology development, demonstration and wide-scale adoption

10 Tata Steels Response to Climate Change Policy Statement – Energy Policy, Environment Policy Adoption of energy efficient technology Up-gradation of equipment and process Waste heat recovery Maximum utilization of by-product fuel Regular energy audit and review Benchmarking Monitoring and measurement

11 Technology Up-gradation – Tata Steel Replacement of Bessemer Converters & Open Hearth Furnaces by Basic Oxygen Furnaces (LD Converters) 100% Continuous Casting - Slab & Billet Casters Regenerative type vertical Shaft Kilns for lime calcination Stamp Charge Coke Oven Batteries Raw Material Bedding & Blending Plant Modern Wire Rod Mill, Hot Strip Mill, Cold Rolling Mill, Bar Mill High productivity Blast Furnace Computer Controlled Energy Management Center Waste heat recovery from BF stoves Conversion of all Coal Fired Boilers to Gas Fired Boilers Installation of Coke Dry Quenching facility at Coke Plant

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14 Thank you


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