READ: Ambient Air Quality Standards for Particulate Matter
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READ: Emergency Management Accomplishments Report
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(2 RC) - This report details major response and removal actions from October 1, 2021, to September 30, 2022, and outlines regulatory actions to protect community health through chemical accident and oil spill prevention and preparedness. It features science-based solutions that EPA utilizes during all phases of crisis and consequence management… (EPA, Sept 2022)
Read MoreREAD: WHO Global Air Quality Guidelines Chapter 4
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(2 RC) - The WHO air quality guidelines set goals for protecting public health on a worldwide scale. They were established through a rigorous process of revision and evaluation of scientific evidence on the health effects of air pollutants and, like other WHO guidelines, are not legally binding recommendations… (WHO Global AQG, 2021)
Read MoreREAD: WHO Global Air Quality Guidelines Chapter 6
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(1 RC) - The WHO air quality guidelines set goals for protecting public health on a worldwide scale. They were established through a rigorous process of revision and evaluation of scientific evidence on the health effects of air pollutants and, like other WHO guidelines, are not legally binding recommendations… (WHO Global AQG, 2021)
Read MoreREAD: WHO Global Air Quality Guidelines Chapter 3
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(4 RC) - The WHO air quality guidelines set goals for protecting public health on a worldwide scale. They were established through a rigorous process of revision and evaluation of scientific evidence on the health effects of air pollutants and, like other WHO guidelines, are not legally binding recommendations … (WHO Global AQG, 2021)
Read MoreREAD: Microbiology: Disease and Epidemiology
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(3 RC) - In the United States and other developed nations, public health is a key function of government. A healthy citizenry is more productive, content, and prosperous; high rates of death and disease, on the other hand, can severely hamper economic productivity and foster social and political instability. The burden of disease makes it difficult for citizens to work consistently… (Microbiology Chapter 16, 2016)
Read MoreREAD: NIOSH Standard: Occupational Exposure to Diacetyl and Pentanedione - Toxicology
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(2 RC) - Diacetyl and 2,3-pentanedione have a long history as components of food, suggesting that exposures can occur in diverse work-places. They occur as natural products in many foods. Diacetyl imparts the flavor and aroma of butter to many common foods and drinks including butter, cheese, yogurt, beer, and wine… (NIOSH Standard, Oct 2016)
Read MoreREAD: NIOSH Standard: Occupational Exposure to Diacetyl and Pentanedione - Risk Assessment
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(3 RC) - The goal of this chapter is first to present a numerical estimate of the risk of developing respiratory disease due to occupational exposure to diacetyl using standard epidemiological methods. This estimate is based on statistical models that describe the relationship between exposure to diacetyl and the development of impaired lung function in a known population of exposed employees… (NIOSH Standard, Oct 2016)
Read MoreREAD: NIOSH Standard: Occupational Exposure to Diacetyl and Pentanedione - Hazard Prevention
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(4 RC) - Work practices are procedures followed by employers and employees to control hazards in the workplace. The use of good work practices, incorporated into the facility’s standard operating procedures, can help reduce exposures to diacetyl, 2,3-pentanedione, and other flavoring compounds while at the same time maximizing efficiency and product quality… (NIOSH Standard, Oct 2016)
Read MoreREAD: NIOSH Standard: Occupational Exposure to Diacetyl and Pentanedione - Exposure Monitoring
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(.50 RC) - Employers should develop and implement comprehensive occupational safety and health programs to prevent occupational injuries, illnesses, and deaths. To be successful, safety and health programs should be developed and implemented as part of an employers management system, with strong management commitment, employee involvement, and occupational safety and health expertise. A safety and health program designed to protect employees from the adverse effects of exposure to diacetyl, 2,3-pentanedione, and other flavoring compounds… (NIOSH Standard, Oct 2016)
Read MoreREAD: WHO: HPC and Drinking-water Safety Part Three
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(4 RC) - This report deals with safe water supply extending from source to consumer, including plumbed-in devices, domestic and building environments, and water supplied in bottles or packages. The different ways in which drinking-water may be used in the home are considered, and specific concerns in higher-risk settings and populations at increased risk are addressed. … (WHO, 2003)
Read MoreREAD: WHO reports on drinking water safety (Part 2)
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(4 RC) - This report deals with safe water supply extending from source to consumer, including plumbed-in devices, domestic and building environments, and water supplied in bottles or packages. The different ways in which drinking-water may be used in the home are considered, and specific concerns in higher-risk settings and populations at increased risk are addressed. … (WHO, 2003)
Read MoreREAD: WHO reports on drinking water safety (part 1)
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(4 RC) - This report deals with safe water supply extending from source to consumer, including plumbed-in devices, domestic and building environments, and water supplied in bottles or packages. The different ways in which drinking-water may be used in the home are considered, and specific concerns in higher-risk settings and populations at increased risk are addressed. … (WHO, 2003)
Read MoreREAD: NIOSH Standard: Occupational Exposure to Diacetyl and Pentanedione
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(2 RC) - This chapter discusses available sampling and analytical techniques for monitoring diacetyl and pentanedione vapor in the workplace; techniques for measuring diace-tyl and pentanedione in airborne dust and bulk materials; real-time techniques for measuring relevant airborne analytes and other flavoring compounds; and results of some occupational exposure assessments by NIOSH and others of facilities that use diacetyl andpentanedione… (NIOSH Standard, Oct 2016)
Read MoreREAD: NIOSH Analyses FTIR Instrument for Respirable Crystalline Silica (II)
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(4 RC) - This document details how to implement field-based monitoring for RCS. It is primarily intended for industrial hygienists and other workers with health and safety responsibilities, specifically within the mining industry (although workers in other industries may also find it useful). The document has been written for a user with experience in respirable dust or RCS exposure assessment but who does not necessarily have specialized training in analytical techniques… (NIOSH, Jan 2022)
Read MoreREAD: NIOSH Analyses FTIR Instrument for Respirable Crystalline Silica (I)
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(4 RC) - This document details how to implement field-based monitoring for RCS. It is primarily intended for industrial hygienists and other workers with health and safety responsibilities, specifically within the mining industry (although workers in other industries may also find it useful). The document has been written for a user with experience in respirable dust or RCS exposure assessment but who does not necessarily have specialized training in analytical techniques… (NIOSH, Jan 2022)
Read MoreREAD: NIOSH Evaluates Elastomeric Half-Mask Respirators
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(3 RC) - Elastomeric half-mask respirators (EHMRs) and filtering facepiece respirators (FFRs), the most common filter class being “N95,” are both classified as air-purifying respirators. Unlike FFRs, which are not designed to be cleaned or disinfected, EHMRs are designed to be routinely cleaned, which could include disinfection, and maintained for longer-term use. Their reusability and durability to withstand disinfection makes EHMRs appealing for use in the healthcare industry… (CDC NIOSH, Jan 2022)
Read MoreREAD: NIOSH investigates lead exposure at Ohio police department
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(3 RC) - The Health Hazard Evaluation Program received a request from employees at a police department in Ohio. The request concerned lead exposures in and around the firing range, a history of water intrusion and mold growth on the ceiling tiles in the juvenile office, and lack of ventilation in the property room where illicit drugs were stored. We made two site visits to the police department to evaluate exposures, work conditions, and employee health concerns… (NIOSH HEE, July 2013)
Read MoreREAD: Australia Investigates Biotoxin-related Illnesses
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(.50 RC) - The Australian Government is concerned for those patients who are suffering debilitating symptoms they believe to be associated with exposure to mould and/or biotoxins. At this point in time, further research is required into the link between such symptoms and exposure to mould. The Australian Government acknowledges that there is a need to provide better multidisciplinary care to patients (WHO, Mar 2020)
Read MoreREAD: WHO publishes guidance on indoor chemical sampling
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(4 RC) - Indoor air contains a wide variety of chemical compounds. Some of these compounds, including volatile organic compounds (VOCs), originate mainly from indoor sources such as paints, building products, furnishings, glues, varnishes, and consumer and household products. Other pollutants, such as nitrogen dioxide (NO2) and ozone (O3), are classical pollutants of outdoor air that penetrate indoor environments in different ways in additional to releases from indoor sources… (WHO, Jan 2020)
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