PPT-Air pollution control methods

Introduction Air pollution control can be generally described as a separation technology The pollutants whether they are gaseous aerosol or solid particulate are separated from a carrier gas which is usually air. ORGANIC AIR POLLUTANTS. Acrylonitrile. Benzene. Butadiene. Carbon disulfide. Carbon monoxide. 1,2-Dichloroethane. Dichloromethane. Formaldehyde. Polycycli aromatic hydrocarbons (PAHs). Polychlorinated biphenyls (PCBs). Indoor Air Quality. Indoor Air Pollution. Indoor air contains higher concentrations of pollutants than outdoor air (up to 70x). Indoor air pollution usually is a greater threat to human health than outdoor air pollution.. Outdoor Air Pollution. Stationary and Mobile Sources of Air Pollution. Two Sources of Air Pollution. 1. . Stationary Sources:. have a relatively fixed location. Point Sources: . Fugitive Sources: . Area Sources:. Bart . Croes. , Chief. Research . Division. bcroes@arb.ca.gov. 1-916-323-4519. Growth Stages of a Culture of Environmental Management. Recognizing the Need. Controls . in the developed world came only after major environmental . newborns. . Rüedi. S*, . Proietti. Elena*. , . Gorlanova. O, Dick B, . Flück. C. , . Röösli. M, . Latzin . P, . M. . Frey B, Frey U. Prenatal air pollution exposure has adverse effects on the infant’s respiratory system. . SMOG. London, the capital of the United Kingdom, is notorious for air pollution. In fact, the word smog was first used in 1905 to describe the air in London. Smog is air pollution caused by sunlight acting on gases from automobile and factory exhausts. It sometimes hangs over cities in the United Kingdom. . Dr Clare Beattie. Urban Air Quality Issues. Nitrogen dioxide – not achieving objectives. Particulate Matter (PM) – achieving objectives in Bristol. No threshold for health effects. All the health work relates to PM. NSC1280. Instructor Amy Pritt. July 26, 2016. Introduction. Human activity is causing pollution in our air quality which affect animals, our environment and our health. Alternatives are on the rise to help decrease pollutants in our air which otherwise would increase environmental issues and our health. There maybe some obstacles in changing over how we produce energy but the benefits are worth the challenge in getting more people involved in using alternative resources.. 2. ). 20.95% Oxygen (O. 2. ). 0-4% Water Vapor (H. 2. O). 0.93% Argon (Ar). 0.036% Carbon Dioxide (CO. 2. ). 0.002% Neon (Ne). 0.005%Helium (He). 0.002% Methane (CH. 4. ). 0.00005% Hydrogen (H). 0.00003% Nitrous Oxide (N. Green Budget Europe Event. Dr. Aonghus McNabola. School of Engineering. Trinity College Dublin. 15. th. Sept 2016. Diesel Emissions, Air Pollution & Climate Change. What do we mean by ‘air pollution’ ?. Topics. :. 1) Major Air Pollutants. 2) Smog & Acid Deposition. Our Atmosphere . IS. a Resource. Atmospheric Composition. N. 2. . 78.08%. O. 2. . 20.95%. Argon 0.93%. Carbon dioxide 0.04. % (400 . Assistant Professor. Department of Civil Engineering. SAL Institute of Technology & Engineering Research. Content . . Definition, Composition of atmospheric air, Classification and sources of air pollutants. Effects of air pollution on human, plant and material, Air pollution control methods, equipment and safety.. DEPARTMENTS OF COMMUNITY MEDICINE & PUBLIC HEALTH. Introduction . Air is one of the components of environmental health on which all forms of life . depends. It is the Earth’s atmosphere. It is the clear gas in which living things live and breathe. Air pollution is the contamination of air due to the presence of substances in the atmosphere that are harmful to the . health.  of . humans.  and other . living beings. .. Air pollution can cause diseases, allergies, and even death to humans; it can also cause harm to other living organisms such as animals and food crops, and  Air pollution can be caused by both human activities and natural phenomena..