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A reference manual detailing engineering, maintenance and operational procedures to correct problems associated with "sick building syndrome," assuring indoor air safety and quality. Meckler presents specific guidelines for assessing air contaminants, offering solutions to improve quality using VAV systems with IAQ sensors, desicants, and new ventilation techniques which do not sacrifice energy efficiency. The guidelines and state-of-the art methods for improvement are applicable to both old and new buildings. Includes diagrams and schemata. Annotation c. by Book News, Inc., Portland, Or.
Beginning with specific guidelines for assessing and measuring indoor air contaminants, this hands-on reference details engineering, maintenance and operational procedures which may be applied to correct problems associated with "sick building syndrome," and generally to assure the safety and quality of indoor air. Among the solutions examined are retrofitting of VAV systems with IAQ sensors, use of desiccants to remove air contaminants, and new ventilation efficiency techniques. Guidelines for optimizing operation and maintenance in terms of their impact on indoor air quality are also provided. The techniques presented are those which can provide for the quality of air in indoor environments while not sacrificing energy efficiency. While emphasizing practical IAQ solutions which can be readily implemented in new as well as in older buildings, the author has also included a number of state-of-the-art techniques and new methods for which testing has only recently been completed.
Indoor environmental quality (IEQ) is influenced by building design; heating, ventilation, and air-conditioning systems; and construction materials, as well as by building operations, maintenance, and housekeeping procedures. Increasing evidence suggests that adverse health outcomes in employees, students, hospital patients, and others are linked to the presence of indoor pollutants and other aspects of poor-quality indoor environments. Implementing Health-Protective Features and Practices in Buildings explores this issue and discusses ongoing research and possible strategies for implementing changes in standards and practices for indoor environmental quality.
"Addresses residential dwelling units covered by ASHRAE Standard 62.2-2016, providing guidance on best practices for design, construction, maintenance, and operation of single-family and multifamily dwellings to maximize IAQ and information and tools that residents, home designers, and builders can use to integrate IAQ while addressing budget constraints and functional requirements"--
"This practical desk reference is structured to serve as a guide and information resource - both on treating existing indoor air problems effectively - and on prevention costly IAQ problems from occurring in the first place. Finding solutions to indoor air quality problems is often a complex, multifaceted, multidisciplined endeavor. A single discipline approach from the environmental engineer, the industrial hygienist, or the medical doctor, unfortunately tends to narrow both the control and the treatment options. This book cuts across these professions without being limited by the specificity and bias of any one discipline, to offer those concerned with the total facility a broader, more comprehensive approach to managing indoor air quality and mitigating indoor air quality problems. The third edition has undergone extensive updates and editing in response to the rapid pace of changes end advances in the IAQ industry - most notably the new chapter on building security and the increased emphasis on mold-related issues."--Jacket.
High performance buildings maximize operational energy savings; improve comfort, health, & safety of occupants & visitors; & limit detrimental effects on the environment. These Guidelines provide instruction in the new methodologies that form the underpinnings of high performance buildings. They further indicate how these practices may be accommodated within existing frameworks of capital project administration & facility management. Chapters: city process; design process; site design & planning; building energy use; indoor environment; material & product selection; water mgmt.; construction admin.; commissioning; & operations & maintenance.
Evidence has accumulated that shows that the quality of indoor environments can affect the health and productivity of adults and children. One consequence is that a movement has emerged to promote the design of schools that have fewer adverse environmental effects. To examine the potential of such design for improving education, several private organizations asked the NRC to review and assess the health and productivity benefits of green schools. This report provides an analysis of the complexity of making such a determination; and an assessment of the potential human health and performance benefits of improvements in the building envelope, indoor air quality, lighting, and acoustical quality. The report also presents an assessment of the overall building condition and student achievement, and offers an analysis of and recommendations for planning and maintaining green schools including research considerations.
This guideline defines ventilation and then natural ventilation. It explores the design requirements for natural ventilation in the context of infection control, describing the basic principles of design, construction, operation and maintenance for an effective natural ventilation system to control infection in health-care settings.