3 groups of chemical compounds were analysed to determine the levels of harm reduction between Combustible Cigarettes and OLC’s vaping liquids..
How did we achieve this?
We commissioned a study to compare levels of TSNA’s (Tobacco Specific Nitrosamines), VOCs (Volatile Organic Compounds) and Carbonyl Emissions. We took 3 traditional cigarette brands and our Own Label Creations product portfolio, to establish how much safer our products really are.
Own Label Creations partnered with ESSENTRA Laboratories to conduct the suite of testing required for the study so that our results were independent.
*If Purchased from OLC. This does not necessarily equal a 99.73% reduction in risk. ASA Approved Communication. Study conducted independently by ESSENTRA.
Why we did this
Negative media
Public Misconception
66%
of the
UK
population believing Vaping is as dangerous as Smoking!
Increase in Smoking
Negative Media
+
Public Misconception
=
30% drop in the number of Vapers and an increase in the number of Smokers.
Timeline that led to the above
Study Details
VOC’s Volatile Organic Compounds
Organic chemicals that have a high vapour pressure causing evaporation and entry to surrounding air. Large amounts of Toxic VOCs are produced during the burning of tobacco.
Through metabolism & chemical binding to DNA they are known to cause Lung, Oral, Esophageal, Liver & Pancreatic Cancer.
TSNA’s Tobacco Specific Nitrosamines
Organic compound carcinogens are formed from nicotine and related compounds by a chemical reaction that occurs during the curing and processing of tobacco.
Known to cause damage to liver, kidney and central nervous system. Some VOC compounds can lead to lung cancer.
Carbonyls
Derived from thermal degradation of sugars within the flavourings due to high combustion temperatures.
- Formaldehyde –Respiratory irritant that causes chest pain, shortness of breath, coughing and nose/throat irritation.
- Crotonaldehyde – Potential to cause buildup of fluid within the lungs. Eye, nose & lung irritant.
- Acrolein – Carcinogen which can lead to lung cancer through the cause of mutations.
- Acetaldehyde – Can cause liver damage, central nervous system depression and damaging to DNA resulting in cancer.
