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...

SynergenOG is happy to announce its second Quantitative Risk Assessment (QRA) training programme for INPEX Corporation, Japan via the Institut Teknologi Petronas (INSTEP) Training Programme. The objective of the QRA training course is to enable participants to gain a thorough understanding of the different aspects of process safety and risk, allowing them to fully assess, evaluate and manage the risk arising from all foreseeable Major Accidents Hazard (MAH) identified within a...

SynergenOG (SOG) is conducting a study to develop an integrated ISO-Risk Contour covering four (4) major processing plants which are located adjacent to each other within a specific area in Brunei. The study acts as a foundation for the development of an integrated site Emergency Response Plan (ERP). SOG has done other works in Brunei, associating with the same and different clients. SynergenOG is glad to take up different projects with...

SynergenOG (SOG) is proud to announce another win in securing a contract to conduct Safety Case Update for a Jack-up Mobile Offshore Drilling Unit. The updates were in compliance with the Case Guideline issued by the International Association of Drilling Contractors (IADC) for Health, Safety & Environment (HSE). SOG has conducted more than 10 studies in different geographical areas. Some studies include workshops and all of them require the company’s...

SynergenOG (SOG) was engaged to perform a Gas Dispersion Modelling Study to evaluate the  performance of the existing gas detection system (hydrogen cyanide and sulphur dioxide) and identify potential areas for improvement. The objective of this study is to evaluate the adequacy of existing gas detectors layout and to demonstrate that the location and number of gas detectors are in compliance with specified detection criteria. Over four million ounces of...