SECTION 1 PROFILE. (c) Competent Authority: HHRM - HELLENIC HYDROCARBONS RESOURCES MANAGEMENT SA

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1 SECTION 1 PROFILE Information on Member State and Reporting Authority (a) Member State: GREECE (GR) (b) Reporting period: (Calendar Year) 217 (c) Competent Authority: HHRM - HELLENIC HYDROCARBONS RESOURCES MANAGEMENT SA (d) Designated Reporting Authority: HHRM - HELLENIC HYDROCARBONS RESOURCES MANAGEMENT SA (e) Contact details Telephone number: address: contact@greekhydrocarbons.gr SECTION 2 INSTALLATIONS 2.1. Fixed s Please provide detailed list of s for offshore oil and gas operations in your country (on first of January of the reporting year), including their type ( fixed manned, fixed normally unmanned, floating production, fixed non-production), year of and location: Table 2.1. Installations within jurisdiction on 1 January of the reporting period Name or ID Type of, Fixed manned (FMI); (Fixed) normally unmanned (NUI); Floating production install. (FPI); Fixed nonproduction install. (FNP) Type of fluid, Oil; Gas; Condensate; Oil/Gas; Oil/Condensate of beds Coordinates (longitude - latitude) PRINOS COMPLEX FMI 198 Oil/Gas ( , )

2 Name or ID Type of, Fixed manned (FMI); (Fixed) normally unmanned (NUI); Floating production install. (FPI); Fixed nonproduction install. (FNP) Type of fluid, Oil; Gas; Condensate; Oil/Gas; Oil/Condensate of beds Coordinates (longitude - latitude) KAPPA NUI 198 Gas ( , ) 2.2. Changes since the previous reporting year : (a) New fixed s: Please report the new fixed s, entered in operation during the reporting period: Table 2.2.a. New fixed s entered in operation during the reporting period Name or ID Type of, Fixed manned (FMI) (Fixed) normally unmanned (NUI) Floating production install. (FPI) Fixed nonproduction install. (FNP) Type of fluid, Oil; Gas; Condensate; Oil/Gas; Oil/Condensate of beds Coordinates (longitude - latitude) no to report (b) Fixed s out of operation: Please report the s that went out of offshore oil and gas operations during the reporting period: Table 2.2.b. Installations that were decommissioned during the reporting period

3 Name or ID Type of, Fixed manned (FMI) (Fixed) normally unmanned (NUI) Floating production install. (FPI) Fixed non-production install. (FNP) Coordinates (longitude - latitude) Temporary / Permanent no to report 2.3. Mobile s Please report the mobile s carrying out operations during the reporting period (MODUs and other non-production s): Table 2.3. Mobile s Name or ID Type of, i.e Mobile offshore drilling; Other mobile nonproduction; construction of beds Geographical area of operations; and Duration Area Duration (months) MODU N-E AEGEAN SEA Information for data normalization purposes Please provide the total number of actual offshore working hours and the total production in the reporting period: (a) Total number of actual working hours for all s: (b) Total production, in ktoe: Oil production (specify units): (Ktoe) Gas production (specify units): 7.2 (Ktoe)

4 SECTION 3 REGULATORY FUNCTIONS AND FRAMEWORK 3.1. Inspections of offshore inspections performed over the reporting period. of offshore inspections Man-days spent on (travel time not included) of inspected s 3.2. Investigations and type of investigations performed over the reporting period. (a) Major accidents: (pursuant to Article 26 of Directive 213/3/EU) (b) Safety and environmental concerns: (pursuant to Article 22 of Directive 213/3/EU) 3.3. Enforcement actions Main enforcement actions or convictions performed in the reportig period pursuant to Article 18 of Directive 213/3/EU. Narative 3.4. Major changes in the offshore regulatory framework Please describe any major changes in the offshore regulatory framework during the reporting period. (include e.g. rationale, description, expected outcome, references) Rationale (not set) Description (not set) Expected outcome (not set)

5 SECTION 4 INCIDENT DATA AND PERFORMANCE OF OFFSHORE OPERATIONS 4.1. Incident data of reportable events pursuant to Annex IX: of which identified as being major accidents: 4.2. Annex IX Incident Categories Annex IX categories of events Normalized number of events (reported number) (events/hours worked) (events/ktoe) (a) Unintended releases.e+.e+ Ignited oil/gas releases - Fires.e+.e+ Ignited oil/gas releases - Explosions.e+.e+ Not ignited gas releases.e+.e+ Not ignited oil releases.e+.e+ Hazardous substances released.e+.e+ (b) Loss of well control.e+.e+ Blowouts.e+.e+ Activation of BOP / diverter system.e+.e+ Failure of a well barrier.e+.e+ (c) Failures of SECE.e+.e+ (d) Loss of structural integrity.e+.e+ Loss of structural integrity.e+.e+ Loss of stability/buoyancy.e+.e+ Loss of station keeping.e+.e+ (e) Vessel collisions.e+.e+ (f) Helicopter accidents.e+.e+ (g) Fatal accidents.e+.e+ (h) Serious injuries of 5 or more persons in the same accident.e+.e+

6 Annex IX categories of events Normalized number of events (reported number) (events/hours worked) (events/ktoe) (i) Evacuation of personnel.e+.e+ (j) Environmental accidents.e+.e+ Values used for normalization: Provided in Section 2.4 of this document Total number of actual offshore working hours for all s: Total production, in ktoe: Total number of fatalities and injuries (**) Normalized value of fatalities - Total number of injuries 3 - Total number of serious injuries - (**) A total number as reported pursuant to 92/91/EEC Value used for normalization: Provided in Section 4.1. of this document of reportable events pursuant to Annex IX: 4.4. Failures of Safety and Environmental Critical Elements (SECEs) SECE related to major accidents (a) Structural integrity systems (b) Process containment systems (c) Ignition control systems (d) Detection control systems (e) Process containment relief systems (f) Protection systems (g) Shutdown systems (h) Navigational aids (i) Rotating equipment (j) Escape, evacuation and rescue equipment (k) Communication systems (l) other

7 4.5. Direct and Underlying causes of major incidents Causes of incidents Causes of incidents (a) Equipment failures - Total (c) Procedural / Organizational error Design failures Inadequate risk assessment/perception Internal corrosion Inadequate instruction/procedure External corrosion Non-compliance with procedure Mechanical failures due to fatigue Non-compliance with permitto-work Mechanical failures due to wear-out Inadequate communication Mechanical failures due to defected material Inadequate personnel competence Mechanical failures (vessel/helicopter) Inadequate supervision Instrument failures Inadequate safety leadership Control system failures other other (b) Human error-operational causes - total (d) Weather-related causes - total Operation error Wind in excess of limits of design Maintenance error Waves in excess of limits of design Testing error Extremely low visibility in excess of limits of design Inspection error Presence of ice or icebergs Design error other other 4.6. Which are the most important lessons learned from the incidents that deserve to be shared? Narative

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