Mainly, flare stacks are used when unplanned over-pressuring of a vessel occurs. This type of gas disposal is sometimes overlooked and not kept up to the regulations. Therefore, some flare stacks release harmful gases into the atmosphere and cause negative environmental effects. Operated flare stacks that are improperly used, release harmful chemicals such as methane, volatile organic compounds (VOC’s), sulfur dioxide, aromatic hydrocarbons, and benzopyrene. Methane, VOC’s, and sulfur dioxide are known to exacerbate asthma and worsen other respiratory problems. Aromatic hydrocarbons such as benzene, toluene, and xylene are known carcinogens. Furthermore, if the flare stacks do operate by design, they can still cause harm to wildlife by the means of attraction. The flame from the flare stacks attracts insects and birds. “Approximately 7,500 migrating songbirds were attracted to and killed by the flare at the liquefied natural gas terminal in Saint John, New Brunswick,
Mainly, flare stacks are used when unplanned over-pressuring of a vessel occurs. This type of gas disposal is sometimes overlooked and not kept up to the regulations. Therefore, some flare stacks release harmful gases into the atmosphere and cause negative environmental effects. Operated flare stacks that are improperly used, release harmful chemicals such as methane, volatile organic compounds (VOC’s), sulfur dioxide, aromatic hydrocarbons, and benzopyrene. Methane, VOC’s, and sulfur dioxide are known to exacerbate asthma and worsen other respiratory problems. Aromatic hydrocarbons such as benzene, toluene, and xylene are known carcinogens. Furthermore, if the flare stacks do operate by design, they can still cause harm to wildlife by the means of attraction. The flame from the flare stacks attracts insects and birds. “Approximately 7,500 migrating songbirds were attracted to and killed by the flare at the liquefied natural gas terminal in Saint John, New Brunswick,