Fire Protection 

Fire Protection Assessment and Engineering

Fire Protection and Combustible DustFAI reviews risk assessment findings and determines if there are recommendations and next steps for fire protection. This analysis includes the re-baselining of fire areas to support a fire hazard analysis (FHA). The product is an overall matrix to address audit findings, risk assessment findings and open recommendations.

Fire Protection Engineering provides innovative engineering solutions to complex fire hazards for industrial applications.  Our team can provide prescriptive and performance based fire safety solutions that ensure results.  As a specialty, fire protection engineering involves detailed technical understanding of combustibles and ignition sources, their effect on the building environments, and most importantly, the impact of fires on humans. We’re committed to providing innovative solutions to your challenges, while delivering projects safely, on time and with the highest quality. 

Services Provided

  • Facility Fire Assessments and Surveys
    • Probabilistic Risk Analysis (PRA)
    • Inspections and Existing Condition Assessments
    • Vendor Document Reviews
  • Fire Code Compliance Analysis
    • Hazard Analysis
    • Combustible Loading
  • Regulatory Compliance (OSHA)
    • Fire Protection Program Evaluation and Development
  • Life Safety Consulting
    • Life Safety Analysis
    • Egress Analysis
  • Fire Protection System Design
    • Manual Fire Protection Systems
    • Fire Protection Pumps
    • Fire Barrier Design and Requirements
    • System Maintenance Program
    • Seismic Standpipes Fire Protection System Design
    • Structural Fireproofing
  • Fire Suppression Design
    • Automatic Water Based Systems
    • Clean Agent Fire Suppression Design
    • Dry Powder Fire Suppression Design
  • Fire Detection and Alarm Design
    • General Device and Panel Layout
    • Control Panel Programming for Detection, Notification and Initiation
    • Auxiliary Interfacing with Dampers, Fans, Elevators and Other Miscellaneous Equipment
    • Plant and/or Facility Networking
  • Special Hazards System Design
  • Fire Science Research, Development and Testing
  • Fire Modeling and Testing

Supporting Software



OSHA requires that employers implement and document an electrical
Arc Flash & Safety Consulting Engineerssafety program to protect their employees from electrical hazards such as shock and arc flash.  National Fire Protection Association (NFPA) Standard 70E is the consensus standard for electrical safety in the workplace and as such OSHA uses this standard when determining compliance.

Fauske & Associates, LLC (FAI) has a highly qualified staff of electrical engineers who can assess and make recommendations to mitigate risk associated with electrical hazards in your workplace such as shock and arc flash.  Key components of the FAI process are as follows:

  • Assessment - Our electrical engineers will perform a thorough review and assessment of your entire electrical power system which begins with a site visit to collect and visually verify key data such as single-line diagrams, equipment nameplate data, protective device settings and other required electrical drawings
  • Modeling - Your entire electrical power system will then be modeled using ETAP, SKM Power*tools or equivalent electrical engineering software (based upon customer preference) using the information that was gathered during our site visit
  • Analysis - Our electrical engineers will analyze all short-circuit, incident energies and protective device coordination data resulting from the electrical power system modeling and studies to determine the adequacy of circuit breaker interrupt and bus bracing ratings, in addition to the minimum levels of personal protective equipment (PPE) required for the protection of your employees
  • Reporting - A report will be generated which highlights all of the risks within your facility and electrical power system (as compared to NFPA 70E criteria) which will be presented to all of your key stakeholders
  • Labeling - All applicable electrical equipment in your facility will be appropriately labeled in accordance with NFPA 70E requirements by our team of electrical engineers and technicians
  • Training - Your employees will receive training that is tailored to your needs that will specifically highlight the risks present in your workplace along with the required PPE and safe work practices necessary to mitigate those risks

Materials Testing - Dynamic Mechanical Analysis (DMA)

Dynamic Mechanical Analysis is a state-of-the-art technique for understanding how the mechanical properties of a material behave as a function of time, temperature and frequency. Fauske & Associates, LLC (FAI) uses this effective method for characterizing the viscoelastic behavior of plastics, rubbers, and other polymeric materials.

FAI utilizes the Q800 DMA manufactured by TA instrumentsWhat can be characterized by DMA:

  • Viscoelastic Behavior
  • Damping Behavior
  • Creep and Stress Relaxation
  • Glass and Secondary Transitions
  • Curing Behavior

Available Modes of Deformation:

  • 3-point Bending
  • Single/Dual Cantilever
  • Compression
  • Tension
  • Shear

Typical Test Modes:

  • Multi-Frequency: the multi-frequency mode can assess viscoelastic multi-frequency-diagramproperties as a function of frequency, while
    oscillation amplitude is held constant. These tests can be run at single or multiple frequencies, in time sweep, temperature ramp, or temperature step/hold experiments.
  • Multi-Stress/Strain: in this mode, frequency and temperature aremulti stress strain held constant, and the viscoelastic properties are monitored as % strain or the stress is varied. This mode is primarily used to identify the Linear Viscoelastic Range (LVR).
  • Creep/Stress Relaxation: With cree, the stress is help constant and deformation is monitored creep stress relaxationas a function of time. In stress relaxation, the strain is held constant and the stress is monitored vs. time.
  • Controlled Force/Strain Rate: In this mode, the temperature is held constant while stress or strain is ramped at a constant rate. controlled forced strain rateThis mode is used to generate stress/strain plots to obtain Young's Modulus. Alternatively, stress can be held constant with a temperature ramp while strain is monitored.
  • Isotrain: With this mode, strain is held constant during a temperature ramp. Iisotrain-diagramsostrain can be used to assess shrinkage force in films and fibers.

Improve safety, reduce operating costs, increase productivity, and establish a competitive advantage

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