Brown's Gas Propane Enhancement Textual Breakdown
In Experiment #1, only propane was used to
boil a 500 mL quantity of water. 5 LPM of propane was used flowing at 3.75 PSI. The water was in a measuring cup
made of Pyrex situated approximately 1/2 - 1 inch away from the flame.
The elevation was approximately 1000 feet above sea level, making the boiling point
approximately 190 degrees(F). The propane flame was
applied for 18 minutes until a stable temperature was reached.
In Experiment #2, Brown's Gas was added to the propane. A quantity of 545.7 Wh of electricity was used. 5 LPM of propane was used flowing at 3.75 PSI. The water was in a measuring cup made of Pyrex situated approximately 1/2 - 1 inch away from the flame. The elevation was approximately 1000 feet above sea level, making the boiling point approximately 190 (F). The flame was applied for 10 minutes until a stable temperature was reached.
In experiment #3, a reduced quantity of Brown's Gas was added to the propane. A reduced quantity of 241.8 W h of electricity was used. 5 LPM of propane was used flowing at 3.75 PSI. The water was in a measuring cup made of Pyrex situated approximately 1/2 - 1 inch away from the flame. The elevation was approximately 1000 feet above sea level, making the boiling point approximately 190 (F). The flame was applied for 11 minutes until a stable temperature was reached.
In experiment #4, a further reduced quantity of Brown's Gas was added to the propane. A reduced quantity of 172.8 W h of electricity was used. 5 LPM of propane was used flowing at 3.75 PSI. The water was in a measuring cup made of Pyrex situated approximately 1/2 - 1 inch away from the flame. The elevation was approximately 1000 feet above sea level, making the boiling point approximately 190 (F). The flame was applied for 12 minutes until a stable temperature was reached.
In Experiment #2, Brown's Gas was added to the propane. A quantity of 545.7 Wh of electricity was used. 5 LPM of propane was used flowing at 3.75 PSI. The water was in a measuring cup made of Pyrex situated approximately 1/2 - 1 inch away from the flame. The elevation was approximately 1000 feet above sea level, making the boiling point approximately 190 (F). The flame was applied for 10 minutes until a stable temperature was reached.
In experiment #3, a reduced quantity of Brown's Gas was added to the propane. A reduced quantity of 241.8 W h of electricity was used. 5 LPM of propane was used flowing at 3.75 PSI. The water was in a measuring cup made of Pyrex situated approximately 1/2 - 1 inch away from the flame. The elevation was approximately 1000 feet above sea level, making the boiling point approximately 190 (F). The flame was applied for 11 minutes until a stable temperature was reached.
In experiment #4, a further reduced quantity of Brown's Gas was added to the propane. A reduced quantity of 172.8 W h of electricity was used. 5 LPM of propane was used flowing at 3.75 PSI. The water was in a measuring cup made of Pyrex situated approximately 1/2 - 1 inch away from the flame. The elevation was approximately 1000 feet above sea level, making the boiling point approximately 190 (F). The flame was applied for 12 minutes until a stable temperature was reached.
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