Is it?
I've been pretty supportive of da/ap not being present in juices and for transparency in ingredients present in juices, however a few weeks ago I thought about it and realized that the numbers people were exposed to in the manufacturing settings are enormous.
From my understanding ppm is a measurement of volume, so there are 1 million parts to each ml.
The lowest detectable levels found in the manufacturing settings from what I have read were .02ppm.
Now the average human at rest breathes in approximately 7 to 8 liters of air per minute. If we multiply this number by 60(minutes) and then by 8(hours), the average human would be inhaling between 3360 - 3840 Liters of air within an 8 hour work day (This estimate is low as it is applicable to only resting rate of breathing). We then multiply 3360 (L) * 1000 (ml) and that gives us between 3,360,000 ml - 3,840,000 ml of air inhaled per day.
If the lowest concentration per ml that was detectable in these manufacturing areas was .02ppm that would mean that the lowest amount these workers were inhaling across a 8 hour work day was approximately 67,200 ppm - 76,800 ppm
What are your thoughts on this?
I've been pretty supportive of da/ap not being present in juices and for transparency in ingredients present in juices, however a few weeks ago I thought about it and realized that the numbers people were exposed to in the manufacturing settings are enormous.
From my understanding ppm is a measurement of volume, so there are 1 million parts to each ml.
The lowest detectable levels found in the manufacturing settings from what I have read were .02ppm.
Now the average human at rest breathes in approximately 7 to 8 liters of air per minute. If we multiply this number by 60(minutes) and then by 8(hours), the average human would be inhaling between 3360 - 3840 Liters of air within an 8 hour work day (This estimate is low as it is applicable to only resting rate of breathing). We then multiply 3360 (L) * 1000 (ml) and that gives us between 3,360,000 ml - 3,840,000 ml of air inhaled per day.
If the lowest concentration per ml that was detectable in these manufacturing areas was .02ppm that would mean that the lowest amount these workers were inhaling across a 8 hour work day was approximately 67,200 ppm - 76,800 ppm
What are your thoughts on this?