Page 72 - Aqualia MRSC 2015

09 G4-EN8, G4-EN9 REAGENTS (t)
ENERGY (GJ) (GIA Aqualia and SmVaK)

INDIRECT CONSUMPTION

1,570,639 1,658,148 1,645,130

28,005 30,257 27,933

118,399 114,857 118,813
2015
2013 2014
42,299
RENEWABLE DIRECT CONSUMPTION 14,926 2013 2014 2015

222,583 2015

101,812 91,017 113,043
15,808

2013 2014

FUEL DIRECT CONSUMPTION

108,000 115,699

23,872 22,919 22,967 Aqualia GIA Note 1. Indirect energy consumption:
2014 2015 SmVaK electricity, steam or other forms of
2013 energy purchased from third parties.

COLLECTION

GIA TOTAL SmVak

553,608,859 m3 620,962,859 m3 67,354,000 m3

0.21% Unknown 5% Well and natural springs
22.94% River/Canal 95% Reservoirs
Seawater
1.56% Reservoir/Lake
13.60% Gallery/Dug well
Rain
2.57% Natural spring
0.04% Tube well
8.70%
50.37%

Note 2. The different types of collection are linked to the managed facility, therefore their selection does not depend on Aqualia.

EMISSIONS (teq CO2)
(GIA Aqualia)

DIRECT EMISSIONS (SCOPE 1) INDIRECT EMISSIONS (SCOPE 2) INDIRECT EMISSIONS (SCOPE 3)
91,714.90
21,486.80 21,165.50 35,967.80
54,352.80
27,982.70

2014 2015 2014 2015 2014 2015

Note 3. The direct and indirect emissions are derived from the activities carried out by Aqualia GIA, and were obtained from the carbon footprint verification report.
Note 4. The variation that occurred in the emissions of Scope 3 are due to the change of the electric service provider's emission factor (which went from 0.12 to
0.21 kg CO2/kWh). This factor change is common in all electric service providers in Spain. There are no changes regarding production or electricity consumption
that influence this scope.
Note 5. The variation that occurred in Scope 3 is due to the N2O emissions in the discharge of treated water, and particularly to the change in value of the
concentration of nitrogen in the discharged effluent (which rose from 13.8 to 22.8 mg/l), considering that the changes to the discharge flow are not relevant.

72 Environment