Cigarette smoking causes serious diseases through frequent and prolonged exposure to Toxicants. Technologies are being developed to reduce smokers' exposure safeguarded, including the tobacco filter Adsorbents treatments and substitutes. This study examined the effect of modifications to filter ventilation, and active charcoal filter length and loading, as well as use of porous substances and chemical reactions, on the yields of Toxicants in cigarette smoke. Earlier, an air-dilution mechanism, called split-tipping, in which a band of porous paper was developed at the Center of the filter tipping functions to minimize the effects of mainstream smoke and to facilitate the diffusional loss of volatile Toxicants. This study mainly focusing on reducing the effects of passive smoke stream by adopting simple means that will prove beneficial and facilitate in both design and manufacturing the filter unit. This will not only filter the air but also neutralize the acidic and reduce the harmful effects of toxic constituents present in passive smoke. Certain smoking cabins can be provided for smokers, and this filter can be used to prevent harmful effects on passive smokers.