ACRR_2014

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ATRESMEDIA | ANNUAL AND CORPORATE RESPONSIBILITY REPORT 2014 | ENVIRONMENT | 172
The increase in scope 1 direct emissions of CO2 and gas during 2014 is
a result of the high user occupancy of the company's buildings, as well
as increased production (Building/Studio 7) which has led to the boilers
spending more time in operation.
Direct emissions scope 1
GHG Emissions (t)
3500
2500
1500
500
CO2 NOX SOX CO
0
1,373
2,463
3,282
0.518 0.4320.1220.162 2.736 0.5460.5920.56
2012 2013 2014
2.103
8000
6000
4000
2000
0
2012 2013 2014
4,942
6,786
4,384
Indirect emissions scope 2
t CO2
800
600
400
200
0
2012 2013 2014
459
758
635
Employee transportation emissions scope 3
t CO2
Note 8. The data relating to emissions have been obtained in accordance with the certification from the Entidades de Inspección y Control
Reglamentario ( Inspection and Regulatory Control Organisations, ENICRE) Inspector (ATISAE. The sources used to obtain the data are the conversion
factors published by GHG and IDAF).
Note 9. Included within the direct CO2 emissions (3,091 T) is 1,314.30 T corresponding to the consumption of heating oil. The data on direct CO2
emissions refer to the work centre in San Sebastián de los Reyes.
Note 10. Given that there is no publication for 2014 that reflects the energy mix of our supplier (Iberdrola), the data used in this report are the result of
applying, to all the electricity consumed in 2014, the latest energy mix published by IBERDROLA (from 2013), therefore are subject to the certification
that the CNE (National Energy Commission) publishes for 2014.
Note 11. The data on NOx, SOx and CO emissions (direct emissions scope 1) refer to the work centre in San Sebastián de los Reyes.
The direct emissions of NOx are equivalent to 370ppm.
The direct emissions of SOx are equivalent to 155ppm.
The direct emissions of CO are equivalent to 36ppm.
Note 12. To obtain the data on emissions from air travel, the website was used.
The 228.08 T of CO2 from domestic air travel corresponds to 894,446 miles
The 407.11 T of CO2 from international air travel corresponds to 1,596,495 miles