Investor Presentaiton
Intensity of emissions of greenhouse gases (GHG) | G4-EN18|
Embraer calculates its greenhouse gas intensity indicator by adding the emissions from Scopes 1 and 2 accor-
ding to the company's net revenue. The company's reduction goal is 3% during 2017, using 2013 as a reference.
Considered in this indicator: Scope 1 emissions referring to: fugitive emissions; burning of different aeronauti-
cal kerosene fuels (QAV, in Portuguese); and burning of QAV in production flights (current portfolio aircraft). Not
considered: development flight emissions and certification of new products, as well as the Defense and Security
Business Unit's aircraft. In this way, the 2016 indicator showed 19% reduction with relation to the year of 2013.
Reduction of emissions of greenhouse gas (GHG) |G4-EN19|
Reduction of emissions of greenhouse gas (GHG)
Weight (tCO2e)
2014
2015
2016
Redesigning processes - Scope 1
77
98
0
Conversion and modernization of equipment - Scope 2
47
239
185
Conversion and modernization of equipment - Scope 1
120
0
0
Changes in the behavior of employees
22
0
19
Total emissions avoided
266
337
204
Persistent Organic Pollutants (POP)
0
0
0
Volatile Organic Compounds (VOC)
Particulate Matter (PM)
27
20
7
36
26
19
Reported values refer to manufacturing plants SJK, EGM, Eleb, GPX and BOT. To calculate emissions, the te-
chnical norms from the Environmental Company of the State of São Paulo (CETESB, in Portuguese) and the
Environmental Protection Agency (EPA) were used. Installations carry out surveillance of atmospheric emissions
resulting from stationary sources annually or at the demand of a local environmental agency, as per company
procedure doc.emb 2314 and the Plan of Surveillance for Atmospheric Emissions (PMEA, in Portuguese). PMEAS
identify all installed stationary sources, analyzed parameters and systems for controlling employed pollutants.
Emissions monitored are: Particulated Matter, Volatile Organic Compounds, Nitrogen Oxide, Sulphuric Oxide and
Carbon Monoxide. Emissions, measured in mg/Nm3, are converted to tonnes/year in order to verify if they ex-
ceeded the limits set by law. Results are recorded at the local environmental agency and do not exceed the set
limits, a compensation project not being necessary.
Emissions from volatile organic compounds were significantly reduced in the last few years due to the installation
of robots in the main painting cabins, which lessened the quantity of paint used for planes, consequently redu-
cing VOC emissions. Also added are the improvements made for control procedures for calculating emissions.
Total discard of water, separated by quality and destination | G4-EN22|
Emissions of substances that destroy the ozone layer (SDOS, in Portuguese) |G4-EN20|
Emissions shown in tonnes of equivalent CFC-11, calculated using the Ozone Depleting Potential (ODP) adopted
by Montreal Protocol. Values taken from the Environmental Protection Agency (EPA), available at www.epa.gov/
ozone/science/ods/index.html.
Total volume
of water
discard (m³)
2014
2015
2016
Treatment
Destination
Domestic
318,443
373,229
291,422
SJK
213,196
164,318
153,752
Primary treatment - railing
Emissions of substances that destroy the ozone layer (SDOS, in Portuguese)
Precursor
HCFC-22
HCFC-141b
Total
ODP (tCFC-11E/t gas)
0.055
0.110
0.165
2014 (tonnes)
0.08
0.03
0.11
2015 (tonnes)
2016 (tonnes)
Public sewage
collection network
Public sewage
EGM
46,867
56,970
48,270
Primary treatment - railing
collection network
0.08
0.04
GPX
38,009
34,465
34,319
Anaerobic treatment
0.03
0.02
TTE
20,371
13,311
12,440
Aerobic treatment
0.11
0.06
OGMA
N/C
104,165
42,641
Biological treatment
Local stream
Local stream
Public sewage
collection network
Emissions of NOx, SOx and other significant atmospheric emissions |G4-EN21|
Industrial
71,108
116,126
108,047
SJK
23,708
25,690
24,619
BOT
2014
2015
2016
37,702
37,670
28,918
Categories
NOX
SOX
Volume of
emissions in tonnes
103
2
Volume of
Volume of
EGM
4,160
4,200
3,540
emissions in tonnes
emissions in tonnes
97
91
GPX
615
827
577
2
2
ELEB
4,923
4,714
3,699
Physical-chemical
treatment
Physical-chemical
treatment
Physical-chemical
treatment
Physical-chemical
treatment
Physical-chemical
treatment
Public sewage
collection network
Public sewage
collection network
Public sewage
collection network
Local stream
Public sewage
collection network
56
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