che 670 sustainability seminar the true costs of compliance 1 7 2010 n.
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CHE 670 Sustainability Seminar The True Costs of Compliance… 1/7/2010. Curtis Lesslie, PE Director of Environmental Affairs Ash Grove Cement Company Overland Park, KS. ABOUT ASH GROVE CEMENT COMPANY. Founded in 1882 Led by the Sunderland family since 1913

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CHE 670 Sustainability Seminar The True Costs of Compliance… 1/7/2010


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    1. CHE 670 Sustainability SeminarThe True Costs of Compliance…1/7/2010 Curtis Lesslie, PE Director of Environmental Affairs Ash Grove Cement Company Overland Park, KS

    2. ABOUT ASH GROVE CEMENT COMPANY • Founded in 1882 • Led by the Sunderland family since 1913 • Sixth largest cement company in the US • Producer of portland and masonry cement • 9 cement plants • 2 import terminals • 22 terminals • Annual clinker production capacity of over 7.5 MM tonnes • Ready-mix concrete, aggregates and packaged concrete products, and fly ash and CKD • Total direct employees ~2800 * Includes 100% of NTCC 2

    3. Where we operate… Seattle, WA Spokane, WA Portland, OR Kennewick, WA Montana City, MT Corvallis, OR Meridian, ID Durkee, OR Idaho Falls, ID(C) Inkom, ID Hawarden, IA(C) Des Moines, IA Salt Lake City, UT Louisville, NE Elko, NV(C) Murray, UT Cozad, NE(C) Kansas City, KS Denver, CO(C) Leamington, UT Chanute, KS Van Buren, AR Memphis, TN N. Las Vegas, NV Oklahoma City, OK N. Little Rock, AR Foreman, AR Cement Plant Denton, TX Cement Terminal (C: contract) Shreveport, LA Midlothian, TX Alexandria, LA Corporate Office (Overland Park, Kansas) Houston, TX Regional Office (Portland, Oregon) 3

    4. Portland cement is the second most used construction material in the world, after water No know substitute or production process ~60% of gross CO2 from calcination Irreducible & inherent to the chemical conversion of CaCO3 to CaO ~40% of the emissions are from fuel combustion Process Emissions 4

    5. Calcination (heating limestone to release CO2) CaCO3 CaO + CO2 (> 900 deg C, 1652 deg F) Combustion (burning of fuels in Kiln) Heat from combustion necessary to complete chemical reactions needed to make clinker C + O2 CO2 (carbon from fuels like coal, gas) H + O2  H2O (hydrogen in fuels like coal, gas) 5

    6. Carbon auction market is unpredictable and threatens domestic cement production EU ETC market provided free allocations in excess of production needs until 2008, now has implemented leakage provisions for cement Waxman-Markey GAO analysis assumed carbon trading cost of $20/tonne CO2 – very high in relation to product sale price Transport emissions from Asia to West Coast adds ~50% CO2 to domestic emissions Threat to Domestic Cement Industry 6

    7. Existing Pacific Import Infrastructure • Pacific Coast has strong population and economic growth and cement supply imbalance • Yet, none of the planned plant modernizations is for Pacific coastal region, due to role and threat of imports 7 7

    8. Cement is a critically necessary component of infrastructure and future growth, therefore the US will continue to rely on cement, regardless of its source Cement is highly efficient when used in structures Cement manufacturing is also: Energy-intensive Carbon intensive with substantial process emissions unaffected by efficiency gains Trade exposed, with low barriers to market entry and import infrastructure Market price is set in coastal regions by imports, so no pass throughs to downstream consumers Cement industry is uniquely exposed to the competitiveness impacts of carbon price signals Conclusions 8