O and G Solutions
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Electrical & Instrumentation Design
Process Automation & Control
Construction and Commissioning
Operations and Maintenance
Project Management


The following is a summary of the various consultancy services O&G Solutions provide.

Oil & Gas Engineering Consultancy

Feasibility Studies
Front-End Engineering
Conceptual Design
Detailed Engineering and Design
Preparation and /or Review of E&I Technical Specification
Tender Evaluation
Certifying Authority Liaison and Design Approval
Construction Management and support
Project control, procedures and reporting
Commissioning and start up
Client Liaison

Safety, Loss Prevention and Risk Assessment

Our safety and risk assessment consultancy services cover the entire life cycle of a project from preliminary HAZID studies through detail design HAZOP and QRA to construction risk assessment. Risk assessment is an essential process for identifying, assessing and controlling potentially unsafe designs, actions or conditions by identifying the hazards which are inherent in the oil and gas exploration and production industry, and addressing the risk associated with those hazards.

The following is the range of risk assessment services that we provide.

Design Freeze HAZOP
Procedural HAZOP
Project Definition HAZOP
HAZOP of changes
Quantified Risk Assessment (QRA)
Fire Risk Assessment
Construction Risk Assessment
Failure Modes, Effects and Criticality Analysis (FMECA)

Instrument Protective Functions (IPFs) Classification

The classification of Instrumented Protective Functions (IPFs) is a formal technique which analyses the probability and consequences of failure of each function on demand, and establishes a required Safety Integrity Level (SIL) for the function. The SIL is then used to define the Probability of Failure on Demand (PFD) for the IPF.
The purpose of IPF classification is to allow optimisation of the design of safeguarding systems known variously as ESD, PSD, EDP, TSD, etc. IPF classification is based on:

Frequency of demand
Potential extent of human injury
Duration of presence in the danger zone
Possibility to avert the hazard
Environmental Impact
Production Loss
Equipment damage

The techniques used are defined in IEC 61508: Functional Safety for E/E/PES Systems.
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