From the corner office to our labs and out into the field, our level of expertise, experience and track record in fire investigation is unrivaled. Our staff includes professionals who have investigated fires for over 40 years and even some who have commanded large metropolitan bomb squads before coming to S-E-A. In fact, the experts of S-E-A have been intimately involved in leading and guiding acknowledged authorities like NFPA and IAAI with the development of the standards and guidelines commonly accepted in the fire investigation and legal arenas.
Our reputation for ethics and excellence has helped create a client list numbering in the thousands, and in some cases inspired new standards for fire safety procedures and building codes.
The investigation begins with a visual overview, point of origin determination, mapping, interviewing and photographic survey.
S-E-A team members begin systematic investigations in their respective specialized areas:
Identify the exact point of origin of the fire or explosion, and causal possibilities.
Investigate possible electrical malfunctions and lightning strikes.
Determine causal effects of oil, gas, and propane-fueled appliances and systems, including leak detection, and analysis of transmission lines and sprinkler system operation.
Explore other potential causes (wood-burning fireplaces, stoves, and chimneys.
Analyze sprinkler systems, fire alarm systems, suppression systems, codes, and other relevant protection issues as they relate to fire.
Conduct chemical analysis of samples for possible accelerants, explosives, and ignition agents; test materials for flame spread and toxic fumes. To ensure sample quality and consistency, and to minimize chances of spoliation, S-E-A maintains an in-house chemical laboratory.
Causation and conclusions may be corroborated with extensive data collection, analysis, testing, technical searches, simulations and/or in-depth reporting.
The S-E-A report gives the client a clearly written and easily understood document stating conclusively the cause-effect relationships of elements present in a particular fire.