SynergenOG is happy to be acknowledged for its capabilities to support organisations in the quest to obtain regulatory approval and compliance.  It has been appointed to support the PMB Petrochemical Project in Brunei through undertaking the requested Quantitative Risk Assessment (QRA) Revisit. This scope of work involves assisting the client in understanding the findings of each study and the implementation of any measures of recommended risk reduction. The team is...Continue Reading

SynergenOG is proud to be appointed to conduct updates of safety studies carried out during the first phase for BW Offshore. The main purpose of this project is to provide updates on the associated safety studies based on the design changes to the BWO Adolo FPSO. SOG will provide assistance to BW Offshore Singapore Pte. Ltd. by identifying major accident hazards related to FPSO’s Phase 2. SOG will also address...Continue Reading

SynergenOG is privileged to receive the contract to develop the Operation Phase of Safety, Health and Environment (SHE) procedures and support services for Idemitsu Kosan Co., Ltd. (IKC) in Vietnam. In this project, SOG will be covering the drafting and completion of all SHE Standard Operating Procedures (SOPs) including SHE operation support activities (Procedural Hazards and Operability (HAZOPs), streamlining and automating the Cause and Effects diagrams, develop Safety Case Training...Continue Reading

SynergenOG have completed a safety case for Advanced Hydrogen Energy Chain Association for Technology Development (AHEAD) Hydrogenation Demo Plant in Brunei, in which its operations are expected to commence in 2020. As an association that owns four industry-leading companies from Japan, AHEAD has sought for and engaged with SynergenOG to produce a safety case for the Hydrogenation Demo Plant that complies with Brunei’s Workplace Safety and Health (Facilities) (Control of...Continue Reading

In support of the Front End Engineering Design (FEED) phase, a Fire and Explosion Analysis (FEA) will be conducted to evaluate the potential fire and explosion hazards related to the facility. The study aims to assess the consequences of fire and explosion scenarios resulting from a loss of containment (LOC) incident on the Floating Power Unit (FPU), identify the escalation potential in case of a fire or explosion event and...Continue Reading