Organizational Strategy - Sustainable Development - L'Oréal

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6 L’oréaL - GrI DaTa SHEETS 2011 EMISSIONS, EFFLUENTS ANd WASTE I. CONTENTS CORE ADD II. STATE OF THE L’ORéAL’S POLICY IN 2011 EN16 EN16 Total direct and indirect greenhouse gas emissions by weight. EN17 other relevant indirect greenhouse gas emissions by weight. EN18 Initiatives to reduce greenhouse gas emissions and reductions achieved. L’oréal’s GHG emissions come from its energy consumption for all the group’s production and distribution sites. L’oréal uses the GHG protocol (Greenhouse Gas Protocol). Calculations are based on specific data: for each source of energy (natural gas, fuel, steam, electricity), L’oréal multiplies the energy consumption by the relevant emission factor: • For gas and fuel, L’oréal applies the emission factors recommended by the GHG protocol. • For electricity, the group uses the emission factor of the local supplier, if the latter is available. otherwise, it applies the last factor provided by the International Energy. Direct Emissions Indirect Emissions 71,012 tonnes of CO 4 2 95,238 tonnes of CO 4 2 TOTAL 166,250 tonnes of CO 4 2 EN17 The GHG emissions are of Co 2 . The group’s indirect GHG emissions (besides electricity, heat and steam) are mainly froms: • Use of products by customers (hot water): estimated at 3,500,000 tonnes of Co 2 4. • Components of the finished products: estimated at 790,000 tonnes of Co 2 4. • raw materials for the finished products: estimated at 660,000 tonnes of Co 2 4. • Transportation of finished products, raw materials and components: estimated at 380,000 tonnes of Co 2 4. The total indirect GHG emissions (except electricity) are estimated at 5,900,000 tonnes of Co 2 4. 8/12 CORE ADD EN19 Emissions of ozone-depleting substances by weight. EN20 No, So, and other significant air emissions by type and weight. EN21 Total water discharge by quality and destination. EN22 Total weight of waste by type and disposal method. EN24 Weight of transported, imported, exported, or treated waste deemed hazardous under the terms of the Basel Convention annex I, II, III, and VIII, and percentage of transported waste shipped internationally.
6 L’oréaL - GrI DaTa SHEETS 2011 EN18 Each factory and distribution centre strives, on a voluntary basis, to reduce their greenhouse gas emissions, through a variety of actions: • optimisation of steam networks in factories, less consumption of fossil fuels, • optimisation of heat in the factories and DC, less consumption of fossil fuels, • Use of heat pumps, • recovery of energy generated by wastewater, • recovery of energy from compressors, • optimising the electricity consumed, as in the generation of compressed air, use of LEDS in some sites, variable frequency motors to adapt the speed to the needss, • Changes in staff behaviour, • on-site production of renewable electricity (solar), • Use of geothermal energye, • Purchase of green power… Scope 1 Factories Scope 2 Total Scope 1 Centres Scope 2 Total Scope 1 F + DC Scope 2 Total EN19 • Tonnes of substances (estimate): 0.184 t. • Tonnes of equivalent CFC-11 (estimate): 0.178 t. These estimates come from a survey performed on the 2009 values. This study shows that the equivalent Co 2 emitted by the oDS* represents less than one per cent of direct Co 2 emissions. Using the total direct emissions, we have estimated the oDS* to the group’s scale (tonnes of Co 2 ); this quantity was then translated into equivalent tonnes of CFC-11. Concerning substance quantity, we based the calculation on the amount emitted by the study sample concerning the equivalent amount of Co 2 . * ozone-depleting substances EN20 TCO 2 2010 2011 <strong>Development</strong> The calculation below is established according to the data recorded by the various sites: NO negligible SO 6,532 kg 4 POP 0 VOC 121.8 t 4 PAHs 0 Smoke emissions and fugitive emissions 0 Particulate matter, cosmetic powder negligible EN21 Before being discharged, wastewater quality is tested in compliance with legal and contractual requirements. approximately 60% of the L’oréal sites include on-site treatment with state of the art facilities using physical, chemical and biological processes. In 2011, the group increased its CoD (chemical oxygen demand, the most common indicator used for wastewater treatment) by 7%, or 1.2 g per finished product, following on-site treatment. Most of the time, L’oréal’s wastewater discharge is relatively low compared to the volume of municipal wastewater. • Installation of collective treatment: 1,711,266 m 3 . • Watercourse: 111,788 111 788 m 3 . Treatment method: • Physical-chemical treatment: 257,324 m 3 . • Biological treatment: 364,022 m 3 . • Physical-chemical and biological treatment: 384,140 m 3 . • others (decantation, filtration): 817,568 m 3 . 64,747.6 73,362.1 138,109.1 15,203.2 22,213.6 37,416.7 79,950.8 95,575.7 175,526.4 9/12 59,460.9 76,795.7 136,256.6 4 11,550.9 18,442.3 29,993.3 4 71,011.8 95,238.1 166,249.9 4 -8.2% 4.7% -1.3% -24.0% -17.0% -19.8% -11.2% -0.4% -5.3%
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