Hi, I'm Philipp!
A web developer who suffers
from secondhand smoking.
I made this site to help other sufferers.
And myself.
18 people said its effective against smoke! 6 said it isn't.
Users generally found it effective at reducing smoke, but some noted it takes longer for heavy smoke or persistent odors.
View on Amazon (paid link)
12 people said its effective against smoke! 5 said it isn't.
People said it performs moderately well with smoke, but may require more time to clear the air in larger spaces.
View on Amazon (paid link)
33 people said its effective against smoke! 1 said it isn't.
People said its extremely effective at removing smoke, even in dense conditions, with fast purification times.
View on Amazon (paid link)
I've analysed some air purifiers' reviews on Amazon
and found the ones where people said they worked well
against secondhand smoke.
Each of these links is an associate link.
As an Amazon Associate I earn from qualifying purchases.
Help me help you.
*Amazon is a company, not a woman.
The claim that even many smokers don't enjoy the smell of secondhand smoke might seem paradoxical at first glance. However, it finds support in various studies and real-world observations that highlight the complex psychological and physiological relationships smokers have with cigarette smoke.
Research has shown that while smokers are accustomed to direct smoke inhalation, many repo...
The hypothetical scenario of smokers emitting bubbles instead of smoke opens an intriguing discussion about social acceptance and perception. Smoking, often frowned upon due to its health implications and unpleasant smell, leaves a negative mark on social interactions. However, replacing smoke with harmless, transparent bubbles could drastically alter this perception.
First, we must cons...
Being constantly exposed to secondhand smoke is not only a physical health concern but can also be a mental health burden. The idea of ignoring or "not noticing" secondhand smoke through psychological tricks is an interesting one. Studies have shown that cognitive behavioral strategies can sometimes help individuals alter their perception of certain stimuli, but can these methods exte...
Winter brings not only a drop in temperatures but also changes in how air pollutants like secondhand smoke behave. As temperatures decrease, the way secondhand smoke spreads both indoors and outdoors can be significantly different compared to warmer months.
Cold air is generally denser than warm air, and as temperatures drop, the ability of smoke particles to remain airborne can change. In outdoor settings, cold air can trap smoke closer to the ground due to a phenomenon known as temperature inversion. This occurs when a layer of warm air traps colder air near the ground, preventing the rise and dispersion of smoke plumes. This inversion can cause secondhand smoke to linger longer in a specific area, potentially increasing exposure to non-smokers.
A 2014 study published in 'Environmental Science & Technology' emphasized how urban areas experienced this effect during cold weather, with smoke and other airborne pollutants being more concentrated at lower altitudes. This indicates that during winter, the potential for secondhand smoke to travel and affect non-smokers is elevated, especially in dense residential areas.
When considering indoor environments, the impact of cold weather on the spread of secondhand smoke is also noteworthy. During winter months, buildings are typically sealed more tightly to conserve heat, leading to less ventilation. This reduced air exchange can cause secondhand smoke to accumulate more quickly and persist longer indoors. For instance, a study conducted by the Lawrence Berkeley National Laboratory found that poor ventilation significantly increased indoor air pollution levels, including secondhand smoke.
The combination of more concentrated smoke due to temperature inversion outdoors and decreased ventilation indoors makes understanding the behavior of secondhand smoke in winter essential, especially for those concerned about exposure in shared environments.