201 302 3 Energy intensity The Lebensbaum energy policy see p 128 f 302 4 Reduction of energy consumption The Lebensbaum energy policy see p 128 f 303 1 Interactions with water as a shared resource 100 from the municipal water supply Less waste see p 143 305 1 Direct Scope 1 GHG emissions Climate impact see p 134 f 305 2 Energy indirect Scope 2 GHG emissions Climate impact see p 134 f 305 3 Other indirect Scope 3 GHG emissions Climate impact see p 134 f 305 4 GHG emissions intensity Climate impact see p 134 f 305 7 Nitrogen oxides NOX sulfur oxides SOX and other significant air emissions NOx 2016 225 kg 2017 221 kg 2018 206 kg SO2 2016 4 kg 2017 4 kg 2018 4 kg CO 2016 597 kg 2017 588 kg 2018 574 kg PM 2016 6 kg 2017 6 kg 2018 5 kg Calculation method Air emissions are calculated only for the gas heating and the vehicle fleet together at both locations based on consumption For gas the calculation is based on the emission values established for the gas heating at our facilities For passenger vehicle emissions the values are based on published emission values for Euro 6 vehicles 306 1 Water discharge by quality and destination Less waste see p 143 306 2 Waste by type and disposal method Less waste see p 143 307 1 Non compliance with environmental laws and regulations None 308 1 New suppliers that were screened using environmental criteria 100 The Lebensbaum Partner System see p 44 f

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