Relief devices, also known as pressure relief devices, are crucial in releasing excessive pressure which might cause a pressure vessel to rupture. They serve as a safety net in the event that all other safety features or operational controls malfunction.

Finding the most effective maintenance plan for each asset in your system and continuously achieving high levels of reliability at the lowest costs is the ultimate objective of Reliability Centered Maintenance.

Failure modes and effects analysis (FMEA) is a systematic method for identifying every potential failure in a design, a production or assembly procedure, a product or service.

Risk and criticality helps in assessing an asset’s risk based on probability of failure and consequence or severity of failure. This allows assets to be classified as high critical or low critical, which helps in prioritizing maintenance tasks.

Events and calibrations play critical roles in maintaining safe and efficient operations by preventing accidents and disruptions, making informed decisions, and maintaining compliance with industry standards.

A structured approach that outlines the safety-related standards and criteria, ensuring risk mitigation of personnel, equipment, and the project.

A quantitative risk assessment method to determine the safety enhancements required in a process control system such as Safety Instrumented Functions (SIFs) to minimize the risk factors.

Creating an ideal layered safety system to provide a high level of protection against potential hazards by identifying, analysing, implementing, and monitoring various layers of protection.

Prioritize the inspection plan based on the prediction of failure versus the traditional time-based or condition-based inspection plan to improve reliability and safety while reducing unplanned outages and repair costs.

Assess the performance, efficiency, and safety of processes, equipment, and personnel through a systematic process of measuring, collecting, analysing, and monitoring KPIs and data points.

Developed keeping the end user in mind, this is a modern and easy-to-use software available for download on Apple App Store. It works on iOS devices like iPhones and iPads. Download it for free to create locations, calculate Tmin and MAWP, and perform inspections. Login is not required.

The CORE Calculator Mobile App is designed to take common Inspection and Engineering calculations and make them available and accessible on your mobile device. The App is free and downloadable from the Apple App Store for iPhones and iPad devices, or from the Google Play Store for Android Devices.

A semi-quantitative risk assessment tool used in the field of process safety to identify and evaluate layers of protection that can prevent or mitigate the consequences of hazardous events.

An MS Excel plug-in for SAP Cloud Master Data Management, Data Conduit is a convenient way to handle data more efficiently with an emphasis on reliability, security, and productivity.

An interactive and visual representation of critical data and KPIs to help you monitor, discover, and follow process of an outage or shutdown.

API 510, 570, 653 and other types of standards supported for Inspection Management. Inspections produce data in the form of readings, checklist conditions, findings, and recommendations.

Condition Monitoring Locations (CMLs) are designated regions on pipelines and pressure vessels where thickness measurement tests are carried out in order to track the existence and rate of damage and corrosion developing inside an asset.

Process Hazard Analysis (PHA) is a methodical approach created to identify and evaluate risks related to the handling or processing of extremely hazardous materials. A method of providing knowledge that will aid both employers and employees in making decisions that improve safety.

A high consequence area (HCA) is a place where a pipeline spill may have larger negative impact on the general public or the environment. Pipeline operators must calculate HCA’s, or High Consequence Areas, every 5 years.