Sustainability

We are committed to providing services that meet our customers ‘ needs and expectations for quality, productivity and safety, while fostering a business culture that educates, develops and encourages our people to continuously improve all aspects of our operations. Health, safety and environment (HSE) is implemented at all levels of our business and integrated into our quality assurance system; new employees get a complete picture of Standard oil and Gas Refinery as soon as they start their work. All information about the company is archived electronically. Unwanted incidents and deviations from the procedure are logged on our intranet using web-enabled mobile devices. These procedures allow Dutch Petroleum Company to maintain an optimal HSE system that is always up to date and available online from anywhere in the world.

The functioning of the refinery is associated with increased requirements for industrial fire safety of production, as well as labor protection. Implementation of organizational and technical measures aimed at prevention of emergency situations, reduction of consequences and preparedness for their localization allows to limit the level of risk both for employees of Dutch Petroleum and for the population within acceptable limits.

ENVIRONMENTAL MANAGEMENT SYSTEM POLICY
At Dutch Petroleum Company, the environmental department in the sphere of environmental monitoring has been to carry out quantitative and qualitative monitoring of harmful wastes in gaseous, liquid and solid forms emitted to the atmosphere as a result of natural and anthropogenic impacts at enterprises and companies subordinated to Dutch Petroleum on scientific grounds with the purpose of assessing and forecasting the conditions of air, water and soil environment, implementing regular control and research system defining their chemical content, degree of contamination, radioactive and hydro-biological features and physical characteristics. In the area of health, safety and environment, Dutch Petroleum Company is guided by the requirements set forth in the European legislation and the international law.
HSE RISK MANAGEMENT

HSE Risk management process is the cornerstone of the Company’s HSE IMS described in its HSE Risk Management Regulation made effective on 2019, which is a part of the Company’s overall risk management system setting up a unified structured process of hazard identification, risk assessment, planning and implementing activities to manage those.

Risk management takes place at a number of management levels – from the heads of structural units in subsidiaries to the top managers in Dutch Petroleum Company headquarters. The results of the lower management levels inform the decisions at the higher levels.

The Company manages the following HSE risks:

➜ accidents, incidents, fires and other events related to damage to operating process facilities and equipment, deviation from the process parameters;

➜ health deterioration of workers, contractors, visitors and local population;

➜ environmental impact; penalties and temporary shutdown of facilities, damage to business reputation and decline in trust from the stakeholders in case of non-compliance with the applicable legal HSE requirements.

Based on the results of risk assessment and ranking, actions are taken to help prevent contingencies, and also provide readiness for quick and effective response. HSE risk management process is synchronized with the business planning process to provide funding to the risk mitigation actions

Geochemical Laboratory Analysis

  • High Resolution Gas Chromatography Mass Spectrometry (GCMS-Biomarkers). Used for source typing, thermal maturity, oil-source correlation, Source rock dating from C26 Steranes.
  • 13C Stable Isotopic Analysis (DEL 13C) . Oil-oil and oil-source rock correlation.
  • 13C Stable Isotopic Analysis of Gases by (GC-IRMS). Gas characterization and reservoir compartmentation.
  • Gas Chromatography (GC). Oil and extract characterization.
  • High Temperature Gas Chromatography. Wax characterisation C14 to C80+.
  • High Performance Liquid Chromatography (HPLC)
  • Pyrolysis – Gas Chromatography (PGC). Oil to gas generation potential.
  • Pyrolysis – “Rock Eval” . Petroleum potential.
  • Elemental Analysis (TOC and S%). Source rock richness.
  • Vitrinite Reflectance. Sediment maturity profile.
  • Iatroscan. Tar mat delineation.
  • Physical property and elemental analysis. API Gravity, Viscosity, S, Ni, V, N, TAN, Wax content etc.
  • Oil and Gas Source Rock Analysis