In 2020, as part of consistent reduction of GHG (CO2) emissions, KPO set the target to reduce direct GHG emissions by 285 thousand tonnes through implementation of a number of production optimization and energy efficiency projects.
Owing to implementation of the seven projects listed in table below, the actual reduction of the GHG emissions was 88% of the planned target. The target was not achieved due to restrictions on well operations introduced in Q3 2020 due to quarantine.
GHG emissions’ reduction measures in 2020
GHG emissions’ reduction, tonnes/year
Status of completion, %
Use of high pressure separator during well clean-up*
Use of high pressure pump during well clean-up
Use of oil based fluid for reservoir stimulation
Use of high volume gas fraction pump (HVGF)
Repair of flare headers valves at KPC
Adjustment of steam flow meter at Train 4
Upgrade of Unit 2 turbo-compressors piping
*The target to reduce GHG emissions for 2020 was not fully completed due to СOVID quarantine restrictions; the activity with a high-pressure separator was applied only at well № 9870 instead of 11 wells as planned.
Across KPO the direct greenhouse gas (GHG) emissions are regulated under the national quotas trading system. KPO obtained quotas for 2018-2020 GHG emissions (CO2) in the amount of 6,927,159 tonnes on the basis of specific emissions indicators (benchmark). In 2018 — 2020, total actual emissions amounted to 5,242,018 tonnes of CO2, which made 76 % of the quota.
Assessment of GHG emissions is performed for carbon dioxide (СО2), methane (СН4) and nitrogen oxide (N2O), using the calculation method on the basis of the Company’s operations data (in terms of fuel consumption and laboratory data on fuel composition).
According to the verified GHG Emissions Inventory Report for 2020, the total volume of GHG emissions amounted to 1,821,604 tonnes in СО2-equivalent, of which СО2 contribution equalled to 1,800,774 tonnes of СО2-equivalent (98.9%), CH4 — 11,993 tonnes of СО2-equivalent (0.6%), N2O — 8,837 tonnes of СО2-equivalent (0.5%).
Information on the dynamics of generated GHG emissions is provided in table below. A small reduction in GHG emissions (by 2.6%) in 2020 versus 2019 is attributed to the changes to the fugitive emissions methodology.
Dynamics of GHG emissions generated as a result of KPO production activities, 2018-2020
Total volume of greenhouse gas emissions (tonnes of CO2 equivalent)
From fuel combustion at flares and incinerators
From fuel combustion at stationary sources
Total GHG emissions in 2020
Total GHG emissions in 2019
Total GHG emissions in 2018
*Considering the use of internal calculation methodology for fugitive GHG emissions approved for use for the purposes of inventory by the RoQ Ministry of Environment, Geology and Natural Resources. The volume of figutive GHG emissions in 2020 calculated by the methodology applied at the GHG emissions inventory for 2018-2029 made up 161,782 of CO2-equivalent.
In 2020, KPO specific GHG emissions amounted to 62 tonnes of СО2 per thousand tonnes of produced hydrocarbons, which is fully consistent with the target indicators of the specific GHG emissions of no more than 67 tonnes of CO2 per thousand tonnes of hydrocarbon produced.
Graph below shows the dynamics of specific GHG emissions comparing to the specific emissions data provided by the IOGP. The actual specific GHG emissions at KPO are 23% lower than the European indicators and 52% lower than the international ones.
Dynamics of specific GHG emissions per unit of produced hydrocarbons (HC)*, 2018-2020
*The data was sourced by Annual reports of the International Associations of Oil and Gas Producers (IOGP) — ‘Environmental Performance Indicators — 2019 Data’. The 2019 data was used for comparison purpose, as the 2020 IOGP Report was not available at the time this issue was prepared.