Technical Safety Studies
Our partners and associates assure that your installation or project remains compliant with all aspects of the safety measures
Risk management is an integral part of safety in the industry sector. We deliver certified experts who have good knowledge and technical skills of the national and international standards to enable all technical safety requirements.
Working with the advanced analytic tools and techniques, our engineers will execute a practical and realistic solution to support clients in all safety aspects of their functions, systems and equipment for the oil and gas, petrochemical, utilities, military and manufacturing industries.
PHA, HAZID and HAZOP Studies
Facilitate certified safety engineers to identify the potential hazards with a systematic Process Hazard Analysis using HAZID and HAZOP.
Functional Safety Training
Coordinate with our partners to provide Functional Safety Training for specific parts of IEC 61508 and its derivatives.
Consequence Modelling
Advanced software used to conduct consequence modelling for onshore and offshore projects to prevent accidental release of hazardous material.
Design Engineering
Assist and train clients to create and implement safety compliance in every aspect of product as desired by IEC 61508 and IEC 61511 standards.
Building Risk Assessment
Monitor and mitigate the risk of fire, explosion, gas leakage etc. in occupied buildings.
Dropped Objects Analysis
Quantitative analysis to understand the probability of getting things damaged when an object drifts off to the sea.
Escape, Evacuation and Rescue Analysis
Responding to any emergency that requires the involvement of personnel for an efficient escape, evacuation and rescue.
Functional Safety Assessment
The objective of FSA is to identify the potential hazards and demonstrate that the risk from hazardous events stay below a tolerable target or ALARP target.
Human Factors
Experts with relevant knowledge and guidelines on human factors, provide recommendations to reduce hazards induced by human errors.
Legacy Systems
Understanding the client's requirement for a safety instrument system in compliance with IEC 61511.
Prior Use Assessment.
Conduct prior use assessment for the devices utilised in Safety Instrument Function.
Proof Testing Procedures
Complete proof testing procedures to test the safety of equipment as detailed in IEC 61508 safety manual.
Operation and Maintenance
Thorough review to ensure the safety requirements throughout the operational and maintenance phase.
Quantitative Risk Assessment
A unique approach to Quantitative risk assessment studies for onshore and offshore projects to manage the complexity of hazardous events.
Reliability, Availability and Maintainability Study (RAMS)
RAM study and analysis carried out for system or process in diverse industries intending to increase the profit and reduce cost.
Process Hazard Assessment (PHA)
PHA studies by experts holding HAZOP and CHAZOP certification.
Safety Requirements Specification
Create SRS as per the client requirements and IEC 61511 standards to feature the functional requirements of SIF.
SIL Determination
Use various methods to determine the Safety Integrity Level requirements using Risk Graphs, Layers of protection analysis, and Fault tree analysis.
Safety Integrity Level (SIL) Determination
Carry out SIL Verification using modelling techniques that includes Reliability Block Diagram, Fault tree Analysis and Failure Mode and Effect Analysis.
Safety Instrumented System (SIS) Conceptual Design
Conceptual design to choose appropriate equipment with integrity and reliability is vital to achieving the safety target of equipment.