What is a SIMOP?
Introduction We’re going to dive into a crucial aspect of managing safety in complex work environments: Simultaneous Operations, or SIMOPS. As an HSE professional, you’re well aware of the challenges that arise when multiple activities occur concurrently. In this article, we will explore what SIMOPS entails, its connection to Permit-to-Work... Continue reading→
How to develop an ESG Strategy
With ESG factors gaining significant importance in the business landscape, it’s crucial for the C-Suite to lead the charge in creating a robust ESG strategy that aligns with your company’s goals. In this article, we’ll explore practical steps and insights to help you develop an effective ESG strategy and make... Continue reading→
What Is A Permit To Work System And Why Is It Important?
What Exactly Is A PTW System? Picture this: You’re at a construction site, and there are various tasks taking place simultaneously. Some workers are welding, others are operating cranes, and some are engaged in electrical work. Amidst this bustling environment, a Permit to Work (PTW) system is there to ensure that... Continue reading→
CO2 emissions reporting issues in ESG tools
CO2 conversion factors are used to convert raw data into CO2 emissions data e.g. energy consumption or fuel usage. These factors are often produced by government agencies or other regulatory bodies to provide a consistent approach to emissions reporting. They are frequently based on average emissions data for a certain industry or region and... Continue reading→
How to Improve Safety Culture and Prevent Future Accidents by Investigating Near-Miss Incidents
Introduction Near-misses are incidents that could have resulted in injury but did not. Information relating to the near-miss can be used to prevent future accidents and incidents. Follow-up of near-misses is a crucial aspect of safety management and can help promote a proactive safety approach. Importance of Investigating Near-Misses There are... Continue reading→
Investigating the Advantages of 2D Catenary Analysis in Offshore Wind Turbine Mooring
What is Catenary Analysis? As we work to lower our reliance on fossil fuels, offshore wind is an increasingly significant source of renewable energy. Mooring devices are frequently used to anchor these turbines to the seabed. But because the systems must be able to withstand powerful environmental forces, creating and... Continue reading→
Integrating a Permit to Work Process with Risk Assessment Software
The permit to work (PTW) procedure is essential for ensuring the health and safety of employees and contractors performing dangerous operations. A Permit To Work enables someone to perform a task which may involve hazards such as hot work, working at heights, working in confined spaces etc. It describes the... Continue reading→
Training and Education for Jack-Up Rig Personnel to Identify and Manage Punch-Through Risks
Jack-up rigs are indispensable for offshore drilling operations, especially in shallow waters with a comparatively stable seafloor. Punch-through is one of the hazards associated with the operation of these rigs. When one or more legs of a jack-up rig penetrate the seabed, causing the rig to tilt or even collapse,... Continue reading→
How Simulator Training Can Improve Safety During Rig Move Operations
Rig move operations are complex and hazardous, necessitating thorough planning and preparation to guarantee efficiency and safety. The use of simulators in training programmes has grown in popularity in recent years, giving crew members a means to practise and get ready for various problems and scenarios they might face during... Continue reading→
Common challenges in HAZOP action tracking
Introduction: Identifying possible risks and operability problems in a variety of sectors can be done using the well-established HAZOP (Hazard and Operability Study) technique. To create a safe and effective working environment, potential dangers must first be identified. Organisations must monitor the activities and suggestions that come from the HAZOP... Continue reading→