TEEBA Engineering Inc.
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EMF Audits

TEEBA has extensive experience in performing electric and magnetic field measurements to characterize field sources. Measurement environments include:
  • Commercial Properties
  • Office Buildings
  • Schools
  • Hospitals
  • Factories and Manufacturing Plants
  • Development Sites
  • Electrical Facilities (substations, power plants, transmission lines)
  • Personal Exposure Assessment
  • And many other types of environments

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Along with applied research and EMF measurements, TEEBA has extensive experience in the area of engineering and scientific consulting: 
Computer Modeling & Simulations of Electric Facilities (Existing and Proposed)
  • Field Optimization and Mitigation
  • Characterization of Field Sources Within Various Environments
  • Personal Exposure Assessment
  • Long-Term Field Monitoring
  • Custom Measurement Protocol Development
  • Custom Instrumentation Development and Modification
  • Custom Software Development
  • Training Seminars and Lectures
  • Video Series Development

TEEBA can model your electrical system before you build it - or upgrade it:
  1. Transmission lines and R.O.W. - flat or uneven terrain,
  2. Distribution lines - overhead or underground.
  3. Substations - complex bus configurations, switchgear, transformers, circuit breakers, reactors, capacitor banks.

TEEBA can calculate the expected EMF Profiles, as well as EMF Contours for any area of interest:
  1. Produce easy-to-read EMF contour maps or lateral profiles.
  2. Evaluate a range of EMF reduction options.

TEEBA can perform mitigation or "what if" analysis:
  1. Get "before" and "after" EMF Profiles, Contours, and 3D Maps.
  2. Compare the EMF Profiles of Overhead and Underground feeders.
  3. Demonstrate the effect of various EMF mitigation options.
  4. As many loading conditions as you need.

TEEBA provide a report that contains:
  1. Profile graphs that show the EMF peaks and where they are located.
  2. Contour maps that show EMF strength in the surrounding area,
  3. 3D maps that show the shape and gradient of the field,
  4. Recommendations for reducing the EMF strength.