Petrochemicals &
chemicals

Gexcon has years of experience in understanding and analysing the risks associated with the use of hazardous materials in the petrochemical and chemical industry. We have experts in accidental releases, fires and explosions, who have the expertise in utilising advanced risk assessment and consequence modelling tools. Because of this, we can continually provide significant value to risk and hazard assessments.
Gexcon Petrochemical & chemical

What we can offer

As leading consultants in process safety and risk management, we aim to increase awareness and understanding of process safety at our clients’ facilities and help them mitigate the risks of potential accidents. We also strive to provide practical recommendations to achieve feasible solutions to manage process risk and ensure compliance with the relevant regulations.

We have experience in performing safety assessments for various petrochemical and chemical facilities/ processes, including but not limited to:

  • Fertiliser (e.g. ammonium nitrate through the Haber-Bosch process)
  • Organic pigments
  • Dyes and inks
  • Aromatics
  • Synthesis gases
  • Hydrocarbons
  • Alcohols and solvents


Gexcon Petrochemical & chemical

Contact us for more information on our Petrochemical & chemical solutions

Courses for upskilling your team on Petrochemical & chemical

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    Course

    Dust Explosion Hazards Course

    In this two-day advanced course on dust and powder explosion hazards, you will learn all aspects of dust explosion hazards.

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    Course

    Explosion Science

    Gexcon has developed a unique training course for obtaining a full understanding of the phenomenon of explosions, including consequences, prevention techniques and current regulatory requirements for a safe and compliant working environment.

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    Course

    Electrostatic Hazards

    Electrostatic hazards are often given the blame as the cause of an accident when it is unclear what in fact was the ignition source.

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    Course

    Self-Declaration of Mechanical Equipment to be Used in Flammable Atmospheres

    You will learn about gas- and dust explosion basics, ignition processes, how to perform ignition hazard assessments, and the processes involved in issuing self-declarations depending on the classification of the hazardous area.

Case studies

  • Petrochemicals & chemicals

    DSEAR Compliance Analysis – Hand Sanitiser Manufacturing

    Petrochemicals & chemicals

    DSEAR Compliance Analysis – Hand Sanitiser Manufacturing

    What you will learn

  • Petrochemicals & chemicals

    Investigation findings and lessons learned in the West Fertilizer explosion

    Petrochemicals & chemicals

    Investigation findings and lessons learned in the West Fertilizer explosion

    What you will learn

    • Summary of the West Texas Fertilizer explosion incident: cause and damage Summary of the West Texas Fertilizer explosion incident: cause and damage
    • Understand the unique set of conditions necessary for the explosive decomposition of ammonium nitrate Understand the unique set of conditions necessary for the explosive decomposition of ammonium nitrate
    • How advanced blast techniques can be used to determine the quantity of ammonium nitrate that likely detonated during the blast How advanced blast techniques can be used to determine the quantity of ammonium nitrate that likely detonated during the blast
  • Petrochemicals & chemicals

    Advanced methods for determining the origin of vapor cloud explosions. Case study: 2006 Danvers Explosion Investigation

    Petrochemicals & chemicals

    Advanced methods for determining the origin of vapor cloud explosions. Case study: 2006 Danvers Explosion Investigation

    What you will learn

    • The chain of events leading to the explosion in the ink and paint manufacturing facility. The chain of events leading to the explosion in the ink and paint manufacturing facility.
    • A summary of the inspection findings. A summary of the inspection findings.
    • The analysis to determine the location of the ignition source and resulting building damage during the explosion. The analysis to determine the location of the ignition source and resulting building damage during the explosion.