Emissions

The list list of organizations (by regions) having permits of quantities/emissions of pollutants into atmosphere from stationary sources (as of December 31, 2019)

The reference (11.09.2013) on background concentrations of hazardous substances into atmosphere in Arevshat community of RA Ararat region

EMISSIONS OF HAZARDOUS SUBSTANCES INTO ATMOSPHERE FROM STATIONARY SOURCES

Quantity of hazardous substances detached from stationary sources of emission by RA marzes and Yerevan city, 2014-2019

download the table

In 2019 emissions

In 2019, emissions into atmosphere comprised 267.9 thsd. t, 66.5% of which fell to share of mobile, 33.5% - to stationary sources of emission.The quantity of stationary sources of emission comprised 3 363. The quantity of hazardous substances detached from stationary sources of emission comprised 211.1 thsd. t, 57.5% of which was captured, the rest 42.5% – emitted into atmosphere.

Hazardous substances detached from stationary sources of emission and atmospheric
specific emissions by RA marzes and Yerevan city, 2019

In 2018 emissions
In 2018, emissions into atmosphere comprised 263.4 thsd. t, 56.7% of which fell to share of mobile, 43.3% - to stationary sources of emission.
The quantity of hazardous substances emitted into atmosphere from stationary sources comprised 114.0 thsd. t. 
The quantity of stationary sources of emission comprised 2 624, 71.8% of which had standard marginal permissible norms. The quantity of hazardous substances detached from stationary sources of emission comprised 243.8 thsd. t, 53.2% of which was captured, the rest 46.8% - emitted into atmosphere. 
 

Hazardous substances detached from stationary sources of emission and atmospheric
specific emissions by RA marzes and Yerevan city, 2018

EMISSIONS OF HAZARDOUS SUBSTANCES INTO ATMOSPHERE FROM STATIONARY SOURCES

In 2017, emissions into atmosphere comprised 291.1 thsd. t, 51.5% of which fell to share of mobile, 48.5% - to stationary sources of emission. The quantity of hazardous substances emitted into atmosphere from stationary sources comprised 141.3 thsd. t. The quantity of stationary sources of emission comprised 3 334, 74.4% of which had standard marginal permissible norms. The quantity of hazardous substances detached from stationary sources of emission comprised 239.7 thsd. t, 41.1% of which was captured, the rest 58.9% - emitted into atmosphere.

Hazardous substances detached from stationary sources of emission, t, by RA regions and Yerevan city, 2017

In 2016, emissions of hazardous substances  into atmosphere comprised 276.7 thsd. t, 5 2.4% of which fell share of vehicles, 47.6% - to stationary sources of emission. The quantity of hazardous substances emitted into atmosphere from stationary sources comprised 131.8 thsd. t, the quantity of stationary sources of emission comprised 3 568, 60.5% of which had standard marginal permissible norms. The quantity of hazardous substances detached from stationary sources of emission comprised 199.1 thsd. t, 33.8% of which was captured, the rest 66.2% - emitted into atmosphere.
29.4% of hazardous substances emitted into atmosphere was comprised by sulphureous anhydride (38.7 thsd.t), 1.7% - carbon oxide (2.3 thsd. t), 1.1% - nitric oxides /without suboxide/ - (1.5 thsd. t). Total quantity of heavy metals in atmospheric emissions comprised 24.9t, quantity of dust emitted into atmosphere comprised 4 199.7 t, 3.2% (133.9 t) of which was organic dust. The quantity of volatile organic compounds in the atmospheric emissions comprised 580.8 t. 
 

Hazardous substances detached from stationary sources of emission, t, by RA regions and Yerevan city, 2016

In 2015, emissions into atmosphere comprised 268.7 thsd. t, 52.0% of which fell to share of vehicles, 48.0% - to stationary sources of emission. The quantity of hazardous substances emitted into atmosphere from stationary sources comprised 128.9 thsd. t. 
The quantity of stationary sources of emission comprised 3020, 72.8% of which had standard marginal permissible norms. The quantity of hazardous substances detached from stationary sources of emission comprised 225.9 thsd. t, 42.9% of which was captured, the rest 57.1% -emitted into atmosphere.
26.5% of hazardous substances emitted into atmosphere was comprised by sulphureous anhydride (34.1 thsd. t), 2.5% ¬carbon oxide (3.2 thsd. t), 1.0% - nitric oxides /without  suboxide/ - (1.3 thsd. t). Total quantity of heavy metals in atmospheric emissions comprised 35.8 t. Quantity of dust emitted into atmosphere comprised 5036.7 t, 4.1% (204.6 t) of which was organic dust. The quantity of volatile organic compounds in the atmospheric emissions comprised 287.9 t. 

Hazardous substances detached from stationary sources of emission, t, by
RA regions and Yerevan city, 2015

In 2014, emissions into atmosphere comprised 270.9 thsd. t, 52.6% of which fell to share of vehicles, 47.4% - to stationary sources of emission. The quantity of hazardous substances emitted into atmosphere from stationary sources comprised 128.4 thsd. t. 
 In 2013, the quantity of stationary sources of emission comprised 3005, 76.1% of which had standard marginal permissible norms. The quantity of hazardous substances detached from stationary sources of emission comprised 246.1 thsd. t, 47.8% of which was captured, the rest 52.2% -emitted into atmosphere.
 25.0% of hazardous substances emitted into atmosphere was comprised by sulphureous anhydride (32.1 thsd. t), 2.4% ¬carbon oxide (3.1 thsd. t), 1.2% - nitric oxides /without  suboxide/ - (1.5 thsd. t). Total quantity of heavy metals in atmospheric emissions comprised 19.8 t. Quantity of dust emitted into atmosphere comprised 4 164.8 t, 3.7% (153.0 t) of which was organic dust. The quantity of volatile organic compounds in the atmospheric emissions comprised 444.1 t. 

Emissions in 2014
•    Dust  (organic and non-organic) – 4164.77t
•    Heavy metals -  19.76t
•    Nitrogen oxides (without protoxide) – 1506.6t
•    Sulfur dioxide (SO2) - 32068.3t
•    Hydrocarbons (without VOC) - 86412.3
•    Volatile organic compounds – 444.1t
•    Other – 708.04t

EMISSIONS OF HAZARDOUS SUBSTANCES EMITTED INTO ATMOSPHERE FROM MOBILE SOURCES

Emissions in 2019
In 2019 the quantity of hazardous substances emitted into atmosphere from mobile sources comprised 178.2 thsd. t. A large share was comprised by carbon oxide 130.1 thsd. t or 73.0% of total emissions, volatile organic compounds – 29.7 thsd. t or 16.6%, nitric oxides – 17.8 thsd. t or 10.0%.

Quantity of hazardous substances emitted from mobile sources into atmosphere by types, 2019. 

Emissions in 2018
The quantity of hazardous substances emitted into atmosphere from mobile sources comprised 149.4 thsd. t. A large share was comprised by carbon oxide 109.2thsd. t or 73.1% of total emissions, volatile organic compounds – 24.3 thsd. t or 16.3%, nitric oxides – 15.5 thsd. t or 10.4%. 

Emissions in 2017
The quantity of hazardous substances emitted into atmosphere from mobile sources comprised 149.8 thsd. t. A large share was comprised by carbon oxide 108.7thsd. t or 72.6% of total emissions, volatile organic compounds – 24.7 thsd. t or 16.5%, nitric oxides – 15.8 thsd. t or 10.6%. 

Emissions in 2016
The quantity of hazardous substances emitted into atmosphere from vehicles comprised 144.9 thsd. t. A large share was comprised by carbon oxide 105.5 thsd. t or 72.8% of total emissions, volatile organic compounds – 24.0 thsd. t or 16.6%, nitric oxides – 14.8 thsd. t or 10.2%.  

Emissions in 2015
The quantity of hazardous substances emitted into atmosphere from vehicles comprised 139.8 thsd. t. A large share was comprised by carbon oxide 101.7 thsd. t or 72.7% of total emissions, volatile organic compounds – 22.8 thsd. t or 16.3%, nitric oxides – 14.7 thsd. t or 10.5%.  

 Calculation of Grid Emission Factor for the Electricity System of the Republic of Armenia for the Year 2011

POLLUTION (see Armenian version)

The sampling points for the monitoring of surface water and air pool Map

The data of air pool pollution by "Environmental Effect Monitoring Center" SNCO

2017 (see Armenian version)
May
April
March
February
January

2016 (see Armenian version)
Annual
December
November
October
September
August
July
June
May
April
March
February
January

2015 (see Armenian version)
Annual
November
August
May
April
March
February
January

2014 (see Armenian version)
Annual
December
November
October
September
August
July
June
May
April
March

2013 (see Armenian version)
Annual
December
November
October
September
May
April
March
February
January

2012 (see Armenian version)
Annual
November
October
August
July
June
May
March
February
January