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A BPI Building Analyst Professional is a person who evaluates uncontrolled air leakage into and out of a home and identifies heating and cooling problems that lead to high energy costs, health problems, and occupant discomfort.
Steps to Get Building Analyst Certified Most BPI Test Centers offer training. Schedule your exams with a BPI Test Center in your area. Take your Building Analyst Exams (online and field). Test Scores: After taking the online exam at the BPI Test Center, you will see your exam score on the screen.
Time Testing for ASTM D6400 or D6868 may require a minimum of 90 days, and a maximum of 180 days. BPI certification review requires six to eight weeks AFTER receipt of test results and other required information.
Step 1: Calculate the Ventilation Required for the Building. AIRFLOW(b) = 0.35 x volume / 60 volume = 8 x (1500 + 700) = 17600 cubic feet. ... Step 2: Calculate the Ventilation Required for the People. AIRFLOW(p) = 15 x occupants. AIRFLOW(p) = 15 x 4. ... Step 3: Using the Higher Airflow Requirement, Convert to CFM50.
Getting awarded the BPI certification means that a product has gone through a rigorous testing process that has been confirmed to meet the compostable standards of the organization.

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An individual must score a 70% or higher on the field exam to pass. Please note: candidates must score at least an 85% or higher on the combustion safety portion alone.
There are two exams required to attain BPI certification as a BPI Building Analyst: a written exam and a field exam. You need to get at least a 70% on the 100-question written exam and also must demonstrate that you understand how to use the primary tools required of a Building Analyst.
Formula #1: 15 cfm x the number of occupants x n = CFM50 BTL This formula estimates a tightness level based on the number of occupants. Formula #2: 15 cfm x number of bedrooms + 15 x n = CFM50 BTL This formula calculates the tightness level based on the number of occupants as estimated by the number of bedrooms.
Calculating your ventilation requirements Volume (m³/s) ÷ Free Area Velocity (m/s) = Free Area required (m²) 0.2m³/s ÷ 2m/s = 0.1m² free area required. Free Area required (m²) ÷ Louvre Free Area % = Answer. Answer x 100 = Vent Area (m²) 0.1m² ÷ 48 = 0.00208. 0.00208 x 100 = 0.208m²
Step 1: Calculate the Ventilation Required for the Building. AIRFLOW(b) = 0.35 x volume / 60 volume = 8 x (1500 + 700) = 17600 cubic feet. ... Step 2: Calculate the Ventilation Required for the People. AIRFLOW(p) = 15 x occupants. AIRFLOW(p) = 15 x 4. ... Step 3: Using the Higher Airflow Requirement, Convert to CFM50.

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