M. Bayatian
PhD Student in Professional Hygiene, Faculty of Public Health, Islamic Azad University, Tehran, Iran
[ 1 ] - Survey and Analysis of Noise Pollution in the Bidboland Gas Refinery
We investigated the issue of noise pollution in the Bidboland gas refineryby noise measurement and surveys. The Bidboland gas refinery has several process units.The sound pressure levels were measured at several places, such as units of 200, 300,400, 500, boiler, powerhouse area, cooling towers pumps, and maintenance area, and thecorresponding noise maps were produced by using sound plan softwa...
[ 2 ] - Survey and Analysis of Noise Pollution in the Bidboland Gas Refinery
We investigated the issue of noise pollution in the Bidboland gas refineryby noise measurement and surveys. The Bidboland gas refinery has several process units.The sound pressure levels were measured at several places, such as units of 200, 300,400, 500, boiler, powerhouse area, cooling towers pumps, and maintenance area, and thecorresponding noise maps were produced by using sound plan softwa...
[ 3 ] - بررسی اثرشارژ الکتریکی قطرات آب بر راندمان اسکرابر مه پاش در حذف ذرات فلدسپار
Background and aims: One of the modern ways introduced nowadays for increasing the collection efficiency of particulate, is the use of electric charge in wet scrubbers. These systems can be used in places in which scrubbers are suitable for contaminant collection. In fact, this system only increases the collection efficiency, and it is not a new technology for contaminant collection. Method...
[ 4 ] - مطالعه تأثیر شارژ الکتریکی قطرات آب بر بازده اسکرابر مه پاش در حذف ذرات سیلیس
یکی از روش های کنترل ذرات، استفاده از شارژ الکتریکی در اسکرابرهای تر (CWS) می باشد. استفاده از این فن آوری از سال 1975 به طور فراگیر آغاز شد. این سیستم ها در جایی کاربرد دارند که بتوان از اسکرابر در جمع آوری آلاینده ها استفاده نمود. در اصل این سیستم فقط بازده جمع آوری را افزایش می دهد و فن آوری جدید برای جمع آوری آلاینده ها نمی باشد. سیلیس از جمله موادی است که در صنایع مختلف کاربرد داشته و کارگ...
[ 5 ] - DEVELOPMENT OF A PHYSIOLOGICALLY BASED TOXICOKINETIC MODEL FOR HUMAN EXPOSURE RISK ASSESSMENT OF METHYLENE DIPHENYL DIISOCYANATE(MDI)
Introduction: Given the lack of a developed physiologically based toxicokinetic (PBTK) model for human systemic exposure assessment of methylene diisocyanate (MDI) and prediction of its urinary metabolites, this study aims to develop a PBTK model for exposure risk assessment of MDI. Methods and Materials: In this study, to assess the potential exposure to the MDI, a PBTK model was constructed ...
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