Moscow Exchange Sustainability Report 2023
ru

RESOURCE EFFICIENCY AND ENVIRONMENTAL IMPACT

ESG indicator

GRI Standards

Recommendations of the Ministry of Economic Development of the Russian Federation

Reporting perimeter

Indicator

Unit of measurement

2019

2020

2021

2022

2023

Е4

302-1

1

Electricity consumption

kWh

16,139,892

15,278,009

15,571,967

15,422,157

14,206,003

Е4

302-1

1

Electricity consumption

TJ

58.1

55.0

56.6

55.5

51.1

Е4

22

1

Renewable and low carbon energy consumption

kWh

13,113,897

Е4

302-1

1

Electricity consumption, data centers

kWh

5,094,206

5,531,978

5,718,422

5,650,934

5,862,240

Е4

302-1

1

Electricity consumption, data centers

TJ

18.3

19.9

20.6

20.3

21.1

Е4

302-1

1

Heat consumption

Gcal

4,554

3,955

5,111

4,650.9

4,064.4

Е4

302-1

1

Heat consumption

TJ

19.2

16.7

21.6

19.5

17.0

Е4

302-1

1

Petrol and diesel fuel consumption, total

liters, thousand

77.9

52.2

58.4

58.5

56.0

Е4

302-1

1

Diesel fuel consumption

liters, thousand

7.2

5.9

8.8

6.1

5.8

Е4

302-1

1

Petrol consumption

liters, thousand

70.7

46.3

49.6

52.4

50.2

Е4

302-1

1

Petrol and diesel fuel consumption, total

TJ

2.56

1.7

1.9

1.9

1.8

Е4

302-1

1

Diesel fuel consumption

TJ

0.26

0.2

0.3

0.2

0.2

Е4

302-1

1

Petrol consumption

TJ

2.3

1.5

1.6

1.7

1.6

Е4

302-1

1

Energy consumption, total

TJ

79.9

73.4

80.1

76.9

70.0

Е4

302-3

1

Energy intensity per revenue

GJ/RUB million of revenue

1.85

1.51

1.46

0.92

0.67

Е4

302-3

1

Electricity intensity per revenue, data centers

GJ/RUB million of revenue

0.42

0.41

0.38

0.24

0.20

Е4

23

1

Energy consumption per unit of net added value

kWh/RUB million

212.12

156.99

Е4

302-3

1

Energy intensity per employeeThe calculation used total number of employees at year end.

GJ/person

47.56

40.44

40.37

34.87

28.17

Е4

1

GHG emissionsGHG emissions for Scope 1 and Scope 2 were calculated using coefficients approved by Order of the Ministry of Natural Resources and Environment of the Russian Federation No. 371, dated 27 May 2022. To estimate emissions for Scope 2, we also used openly available data on specific fuel consumption by generation facilities of Mosenergo PJSC and the average losses in electric and heat networks of PAO MOESK and PAO MOEK. Scope 1 and 2 include only CO2 emissions.

Е4

305-1

20

1

Direct GHG emissions (based on fuel consumption and coefficients pursuant to Order of the Ministry of Natural Resources and Environment of the Russian Federation No. 371, dated 27 May 2022), Sсоре 1

t CO2

233.7

119.9

132.9

134.8

149.7

Е4

305-1

20

1

Direct GHG emissions (based on vehicle passport characteristics), Scope 1

t CO2

96.6

72.8

63.6

60.1

82.1

Е4

305-2

20

1

Indirect GHG emissions from purchased electricity (location-based), Scope 2

t CO2

3,966.3

3,626.5

3,838.2

3,907.4

3,736.22

Е4

305-2

20

1

Indirect GHG emissions from electricity consumption (market-based), Scope 2Market-based calculation method considers the emissions of suppliers of electricity, including suppliers of energy from RES.

t CO2

–

–

2,939.6

1,077.8

287.23

Е4

305-2

20

1

Indirect СО2 emissions from purchased heat (location-based), Scope 2

t CO2

1,188.9

1,029.2

1,331.9

1,208.2

1,066.5

Е4

305-2

20

1

Gross indirect CO2 emissions from purchased electricity and heat, Scope 2

t CO2

5,155.1

4,656.7

4,271.6

2,286.0

1,353.7

Е4

305-3

20

1

Indirect GHG emissions, business trips by air, Scope 3To estimate emissions for Scope 3 in the business trips category, we applied the distance-based method. GHG emissions were calculated using coefficients for various types of transportation or distance, multiplied by the vehicle-specific emission factor. The emission factors were calculated according to the ICAO calculator for Moscow–St. Petersburg (flights of up to 1,500 km), Moscow–Frankfurt (flights of up to 4,500 km), and Moscow–New York (flights over 4,500 km).

t CO2

264.5

30.6

32.1

23.7

51.4

Е4

305-3

20

1

Indirect GHG emissions, business trips by rail, Scope 3The emission factor for rail transport was calculated for high-speed trains of the Sapsan type.

t CO2

3

0

1.25

1.13

2.55

Е4

305-3

20

1

Indirect GHG emissions from transmission of purchased electricity, Scope 3

t CO2

380.2

381.4

373.6

380.0

348.3

Е4

305-3

20

1

Indirect CO2 emissions from transmission of purchased heat, Scope 3

t CO2

108.8

96.3

149.9

135.6

127.0

Е4

305-4

1

GHG emission intensity per revenue, Scope 1 and 2Calculation of GHG emission intensity considers direct GHG emissions (based on vehicle passport characteristics) and indirect GHG emissions from electricity consumption (market-based).

t CO2/RUB million of revenue

0.12

0.10

0.08

0.03

0.01

Е4

305-4

1

GHG emission intensity per employee, Scope 1 and 2

t CO2/person

3.13

2.61

2.21

1.06

0.58

Е4

1

Gross GHG emissions (Scope 1, 2, 3)

t CO2

6,145.6

5,284.5

4,961.3

2,961.2

2,032.6

Е4

1

Water consumption and wastewater disposalMoscow Exchange Group consumes and intakes water only from municipal networks and doesn’t operate in regions affected by water security. The Group receives only fresh water. Fresh water means water with a total concentration of dissolved solids of no more than 1,000 mg.

Е4

303-3

13

1

Water withdrawal, total

m3, thousand

25.2

22.2

24.3

25.4

24.8

Е4

303-5

1

Water consumption, total

m3, thousand

0

0

0

0

0

Е4

303-3

16

1

Water withdrawal per revenue

m3/RUB million of revenue

0.6

0.5

0.4

0.3

0.2

Е4

303-3

1

Water withdrawal per employee

m3/person

15.0

12.2

12.2

11.5

9.98

Е4

303-4

15

1

Water dischargeWastewater disposal exceeds water withdrawal, as the calculation also considers water discharged through the storm drains of Moscow Exchange office buildings. Water is discharged only to municipal sources. Water means only fresh water.

m3, thousand

28.2

25.0

27.2

28.458

27.7

Е4

305-7

1

Air emissions

Е4

305-7

19

1

Nitrogen dioxide (nitrogen (IV) oxide)

t

0.01626

0.021229

Е4

305-7

19

1

Nitrogen (II) oxide (nitrogen oxide)

t

0.002642

0.00345

Е4

305-7

19

1

Carbon (soot)

t

0.000133

0.000365

Е4

305-7

19

1

Sulfur dioxide (sulphurous anhydride)

t

0.002864

0.004943

Е4

305-7

19

1

Dihydrosulfide (hydrogen sulfide)

t

0.0000002

0.0000038

Е4

305-7

19

1

Carbon oxide

t

0.102388

0.236016

Е4

305-7

19

1

Benzpyrene (3,4-benzpyrene)

t

1.62E-08

1.91E-08

Е4

305-7

19

1

Acetaldehyde

t

0.001053

0.001053

Е4

305-7

19

1

Formaldehyde

t

0.000249

0.000257

Е4

305-7

19

1

Ethanoic acid (acetic acid)

t

0.001053

0.001053

Е4

305-7

19

1

Gasoline (petroleum, low sulfur) (in terms of carbon)

t

0.008873

0.019197

Е4

305-7

19

1

Kerosene

t

0.004936

0.007833

Е4

305-7

19

1

Alkanes С12–С19 (saturated hydrocarbons С12–С19)

t

0.000072

0.001345

Е4

305-7

19

1

Paper dust

t

0.005265

0.005265

Е4

305-7

19

1

Sodium hydroxide

t

0.0048

Е4

305-7

19

1

Sodium hypochlorite

t

0.0048

Е4

305-7

19

1

Ammonia

t

6.00E-08

Е4

305-7

19

1

Prop-2-en-1-al

t

0.001528

Е4

305-7

19

1

Propanal

t

0.000039

Е4

305-7

19

1

Pentanoic acid

t

0.0000005

Е4

305-7

19

1

Hexanoic acid

t

0.000024

Е4

305-7

19

1

2-hydroxypropane-1,2,3-tricarboxylic acid

t

0.018

Е4

305-7

19

1

Dimethylamine

t

1.30E-07

Е4

305-7

19

1

Air emissions, total

t

0.145788

0.331201

Е4

305-7

19

1

  • Including solid

t

0.0053980

0.03323

Е4

305-7

19

1

  • Including gaseous and liquid

t

0.1403902

0.2979712

Е4

1

Waste management

Е4

306-3

17

1

Waste generated, total

t

243.2

243.7

297.6

235.733

333.262

Е4

306-3

17

1

Waste generated, hazard class I

t

0.3

0.3

0.38

0.0

0.183

Е4

306-3

17

1

Waste generated, hazard class II

t

0.2

2.6

1.3

1.7

6.965

Е4

306-3

17

1

Waste generated, hazard class III

t

0.1

0.4

0.12

0.126

0.2

Е4

306-3

17

1

Waste generated, hazard class IV

t

196.8

207.8

266.8

202.107

287.875

Е4

306-3

17

1

Waste generated, hazard class V

t

45.8

32.6

29.0

31.8

38.039

Е4

306-3

1

Waste generation intensity per revenue

t/RUB million of revenue

0.006

0.005

0.005

0.003

0.003

Е4

306-3

1

Waste generation intensity per employee

t/person

0.14

0.13

0.15

0.11

0.13

Е4

18

1

Waste directed to processingProcessing means release of valuable components, including release of energy.

t

7.4

3.0

5.8

174.92

191.12

Е4

18

1

Waste directed to disposal

t

20.9

8.1

4.0

4.97

16.931

Е4

306-5

18

1

Waste sent for detoxification and recycling

t

3.6

5.5

4.8

8.153

6.945

Е4

306-5

18

1

Waste sent for storage

t

0

0

0

0

0

Е4

306-5

18

1

Waste sent for burial

t

216.9

227.1

283.0

47.69

117.07

Е4

1

Paper procured

packages, thousand

15.8

6.0

5.6

5.817

2.44

Е4

1

Paper waste generated

t

23.2

11.2

21.9

13.9

12.5

Е4

1

Environmental expenditures and investments, totalData for 2022 on environmental expenditures and investments have been updated based on statistical reporting forms.

RUB thousand

4,365.3

3,127.6

4,629.6

781.6

1,814.9

Е4

21

1

Expenditures and investments for prevention of air pollution and climate change

RUB thousand

1.1

0.0

898.5

0.0

0.0

Е4

21

1

Expenditures and investments for collection and treatment of wastewater

RUB thousand

2,765.0

1,692.2

1,973.3

0

525.0

Е4

21

1

Expenditures and investments for waste management

RUB thousand

1,487.14

773.96

1,296.80

256.60

777.9

Е4

21

1

Expenditures and investments for other areas of environmental protection

RUB thousand

166

200

477

525

512.0

Е4

1

Non-compliance with environmental laws and regulations

cases

0

0

0

0

0

Environmentally friendly and trusted market infrastructureAdvanced practices of responsible investing