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What is a Facility Siting Assessment?

Posted by The Fauske Team on 07.19.19

A site assessment can involve a number of cross discipline elements to assess the costs, risks and health of the occupants. The various elements focus on the identification of hazards, the characterization of those hazards and delivering a mitigation strategy.

Facility Siting Assessment TeamSiting Assessment Elements

  • Facility Siting
  • Process Hazards Analysis (PHA)
  • Dust Hazards Analysis (DHA)
  • Fire Risk Assessment (FRA)
  • Quantitative Risk Assessment (ALARP)
  • Security Strategy Review

Facility siting assessments engineering firms evaluate the potential damage that a workplace explosion, fire, or release of toxic chemical could cause to every occupied building in the work area. Many safety standards (including OSHA 19 29 CFR 1910.119) require that facility siting is addressed as part of the process hazard analysis.

Facility siting assessments are beneficial when:

  • Designing/Modifying Buildings/Unit Operations Layouts
  • Evaluating Location of Air-intake for HVAC Systems
  • Developing Risk Mitigation Strategies

A proper siting analysis considers the hazards that are specific to the identified workplace and evaluates the risk in the context of the environmental conditions of the existing or proposed work site. A key task is identifying credible worst case scenarios. These may include:

  • Dust Hazard / Explosion Analysis
  • Jet Fire Risk Analysis
  • General Fire Risk Analysis
  • Liquid Release to Vapor Cloud Analysis
  • Atmospheric Relief Dispersion Analysis
  • Combustible Gas Analysis in Rooms and Compartments
  • Asphyxiant Concentration
  • Pure Oxygen Release and Migration
  • Chemical Compatibility in the Event of Unintended Chemical Communication

Process Hazards Analysis (PHA)

A PHA is a systematic evaluation of the hazards involved in a process and is required for initiation of a process and for ongoing process operations. Process safety/nuclear safety engineering and testing lab offers a full range of PHA services using a variety of techniques including:

  • Hazard and Operability (HAZOP) Analysis
  • What-if Checklists
  • Failure Modes and Effects Analysis (FMEA)
  • Quantitative Risk Assessments (such as layer of protection analysis)

Fire Risk Assessment (FRA)

Performing a quantitative fire/explosion hazard analyzes the facility’s vulnerabilities to fire by identifying, characterizing, and partitioning ignition sources as well as evaluating mitigation strategies and proposing potential recommendations.

Quantitative Risk Assessment (ALARP)

As Low As Reasonably Practicable (ALARP) is a decision-making logic that, when applied correctly in quantitative risk assessments, results in actions or designs balanced between benefit and cost or effort. The ALARP concept requires applying the notions of reasonability and practicability. It is difficult to clearly define what is reasonable and practicable, but simply put, the process of assessing the risks to be ALARP is an assessment of the safety benefits against the expense of implementing the option to determine if the level of risk is tolerable.

Facility Siting Assessment
The ALARP Principle - Balancing the Expenses and Benefits

Dust Hazard Analysis (DHA)

A full service process safety engineering lab and testing service offers a wide range of DHA services to support a variety of industries including combustible dust testing, onsite assessments, OSHA and NFPA compliance assistance, audit preparation, training, ignition source evaluation and vent sizing calculations.

Security Strategy Review

Security strategy support from initial development to upgrades/reviews of target set analyses, vulnerability assessments, security system specifications and strategy reviews in order for facilities to protect critical infrastructure elements from adversary attacks in a cost effective manner provide key reviews.
Look for a process safety and nuclear safety engineering lab and testing service with extensive experience in evaluating, characterizing, and mitigating identified hazards. A legacy to support hazards analysis and the systems used to mitigate those hazards, starting with its inception as a leading member of the Design Institute for Emergency Relief Sizing (DIERS), part of the American Institute of Chemical Engineering (AIChE). A comprehensive service offering includes the ability to evaluate both facility plans and existing facility locations for hazards, and is complemented by extensive laboratory testing suite and simulation/modelling capabilities. Staff should be well positioned to address a variety of different hazards across multiple industries.
If you are interested in reading more abut dust hazards analysis, check out our 3 step approach by clicking below. 
FAI's 3 Step Approach to DHA

Topics: dust hazard, process hazards analysis, DHA, testing, Alarp, fire risk assessment, quantitative risk assessment


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