Elixir Engineering

Fire and Explosion Risk Assessment (FERA) for offshore platforms enhancing safety through risk reduction, asset protection, and better design decisions.

FERA plays a key role in improving safety and reliability in offshore facilities by identifying potential hazards and evaluating their impact.
In our recent case study for the Kalamkas-Sea & Khazar Field Development Project, we assessed fire, explosion, and gas dispersion risks to support safer design and protect critical assets and personnel.

The study shows how a structured approach to risk assessment and modelling can reduce major accident risks, improve facility layout, and strengthen emergency preparedness.

👉 Read the full case study: https://www.elixirengineering.om/articles/fire-and-explosion-risk-assessment-for-offshore-platform/

Service Page: https://www.elixirengineering.om/services/technical-safety/fire-and-explosion-risk-assessment-fera/

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Let’s continue to support, empower, and uplift each other.

Happy International Women’s Day!✨

Simultaneous Operations (SIMOPS) require clear planning, coordination, and risk control to ensure safety in live facilities.

This flowchart illustrates the structured SIMOPS Risk Assessment methodology from identifying simultaneous activities and interface hazards to evaluating risks and classifying operations as Allowed, Restricted, or Not Authorized.

A defined SIMOPS process helps prevent conflicts, reduce incident risk, and ensure safe project ex*****on.

Learn more: https://www.elixirengineering.om/services/technical-safety/simultaneous-operations-simops/

Is your Safety Instrumented Function truly achieving its target SIL?
SIL Verification is the final and most critical step to confirm that your Safety Instrumented System (SIS) delivers the required risk reduction defined in the Safety Requirements Specification (SRS).

The achieved SIL is determined based on the minimum of:
✔ SIL based on Probability of Failure (PFDavg / PFH)
✔ SIL based on Architectural Constraints (SFF & HFT)
This ensures protection layers are not overestimated and your facility operates safely in compliance with IEC 61508 and IEC 61511.

At Elixir Engineering Oman, we provide independent and systematic SIL Verification Services for oil & gas, petrochemical, chemical, and power industry projects.

Learn more: https://www.elixirengineering.om/services/technical-safety/sil-verification-services-in-oman/

Ensure your safety systems perform when it matters most.

Are your safety barriers strong enough to prevent a major accident?
BowTie Analysis provides a clear visual methodology to identify hazards, understand threats, and ensure effective preventive and mitigative barriers are in place.

This approach helps:
✔ Control Major Accident Hazards
✔ Identify Safety Critical Barriers
✔ Improve process safety and risk visibility
✔ Support ALARP and regulatory compliance

At Elixir Engineering Oman, we deliver practical BowTie Analysis studies for Oil & Gas, Power, and Industrial facilities

Service Page: https://www.elixirengineering.om/services/technical-safety/bowtie-analysis-services-in-oman/

Contact Us: https://www.elixirengineering.om/contact/

Protect your facility before an incident occurs.

Factory Acceptance Test (FAT) and Site Acceptance Test (SAT) are critical steps in ensuring that Safety Instrumented Systems (SIS) are correctly implemented and ready to protect your facility from day one.

Through structured FAT and SAT support, SIL Validation confirms that SIS configuration, logic, shutdown functions, field instruments, and complete safety loops perform exactly as intended before plant startup.

This systematic verification helps identify and resolve issues early, ensuring reliable protection, regulatory compliance, and safe commissioning.

Learn more about our SIL Validation Services:
https://www.elixirengineering.om/services/technical-safety/sil-validation-services-in-oman/

Contact our experts: https://www.elixirengineering.om/contact/

Are your Safety Instrumented Functions truly achieving the required SIL or is it just assumed?
Many facilities complete a SIL Assessment but skip proper SIL Verification.

Without verification:
❌ The achieved SIL may be lower than the target
❌ Architectural constraints may not comply with IEC 61511
❌ Proof test intervals may be unrealistic
❌ Devices may not meet systematic capability requirements

At Elixir Engineering Oman, we provide independent SIL Verification services to confirm:
✔ PFDavg / PFH compliance
✔ HFT and SFF requirements
✔ Practical and achievable proof testing strategy
✔ Clear validation of Achieved SIL vs Target SIL

We support operators, EPC contractors, and consultants across Oman to ensure their SIS is compliant, reliable, and audit-ready.

👉 Need professional SIL Verification support?
🔗 https://www.elixirengineering.om/services/technical-safety/sil-verification-services-in-oman/

📩 Contact us: https://www.elixirengineering.om/contact/

Understanding and applying the right Layers of Protection is key to an effective SIL Assessment.

From inherently safer design to emergency response, each layer helps reduce risk and ensures functional safety, fully aligned with IEC 61511.

Explore our SIL Assessment services in Oman:
https://www.elixirengineering.om/services/technical-safety/safety-integrity-level-sil-assessment-in-oman/

For technical discussions or project enquiries, message us directly.
https://www.elixirengineering.om/contact/

ALARP (As Low As Reasonably Practicable) Workshop Methodology a structured approach to review major hazards, evaluate existing safeguards, identify practicable risk reduction measures, and demonstrate that risks are reduced to acceptable levels.

Elixir Engineering provides ALARP Workshops and Demonstration Studies in Oman for Oil & Gas, Energy, and Process Facilities, aligned with international standards and local regulatory expectations.

Service Page: https://www.elixirengineering.om/services/technical-safety/alarp-workshop/

Need ALARP Workshop support in Oman?
Contact Elixir Engineering to discuss your project requirements.

Contact Us: https://www.elixirengineering.om/contact/

HAZOP vs HAZID – Key Differences Explained

Many Oil & Gas and process projects still ask:
Do we need HAZID or HAZOP?

The answer depends on project stage and risk level.
HAZID helps identify major hazards early during concept or FEED.
HAZOP is a detailed, systematic study that identifies process deviations, causes, consequences, and safeguards before startup or modification.

Using the wrong study at the wrong time often leads to:
❌ Safety gaps
❌ Rework and delays
❌ Authority or client non-compliance
This is why a properly facilitated HAZOP study is critical.

At Elixir Engineering, we support projects in Oman with:
✔ Facilitator-led HAZOP workshops
✔ Multidisciplinary team approach
✔ Clear, actionable recommendations
✔ Compliance with international standards and authority requirements

❓ Need a HAZOP study for your project?
📩 Enquire about our HAZOP study services now:
https://www.elixirengineering.om/services/technical-safety/hazop-study-consultants-in-oman/

HAZID Risk Ranking & Evaluation
A qualitative risk matrix based on Severity (1–5) and Likelihood (A–F) is used during HAZID studies to:
Prioritise high-risk scenarios
Ensure consistent risk classification
Demonstrate risks reduced to ALARP

Risk Ranking:
• Rank 1 – Highest Risk
• Rank 30 – Lowest Risk
This matrix provides auditable input for management and regulators.

HAZID Study approach: https://www.elixirengineering.om/services/technical-safety/hazid-study-oman/

Contact us for project support: https://www.elixirengineering.om/contact/