We spend up to 90% of our lives indoors. Yet the air quality inside buildings has been shown to be 2 to 5 times poorer than outdoors. This can also true for modern energy efficient buildings due to increased insulation levels and greater air tightness.
Post date: 12 Maj 2017
This interdisciplinary guide offers background, research findings, and practical strategies for assessing and improving air quality in hospitals and other healthcare settings. Positing good air quality as critical to patient and staff well-being, it identifies disease-carrying microbes, pollutants, and other airborne toxins and their health risks, and provides localized interventions for reducing transmission of pathogens. Effective large-scale approaches to air quality control are also outlined, from green building materials to hygienic HVAC and air treatment practices.
Post date: 8 Maj 2017
To combat the emerging problem of indoor air quality, the ECO-SEE project has developed a range of eco-building solutions that can deliver healthier, quieter and more energy efficient buildings.
These solutions are presented in a new project video: https://www.youtube.com/watch?v=4KyjYTsNGoM
Post date: 19 kwi 2017
Methodology Applied to the Evaluation of Natural Ventilation in Residential Building Retrofits: A Case Study
Post date: 7 kwi 2017
Air filters are essential for a good and healthy indoor climate and have a strong impact on the energy performance of buildings as well as air handling equipment. Using ineffective air filters or lacking air filter maintenance and replacements can offset the efficiency gains of the entire product in which filters are incorporated.
Post date: 4 kwi 2017
The major roles of the Air Infiltration and Ventilation Centre (AIVC) are to disseminate information and to facilitate international collaborative projects in the fields of ventilation and airtightness. Seven projects have just been approved for the 2017-2021 operating period at our the last AIVC board meeting: Indoor Air Quality (IAQ) metrics, ventilation requirements, airtightness testing, and performance of fans, residential cooker hoods, and heat recovery, are key issues addressed in these projects.
Post date: 29 mar 2017
People spend up to 90% of their lives indoors, so it is perhaps not surprising that the quality of the environment created has a significant impact on their health and well-being. What is perhaps even more surprising is that the indoor air quality of some buildings, including modern low energy buildings, has been shown to be poorer than urban outdoor air quality.
Post date: 20 mar 2017
In 2013, a collaborative effort to evaluate the impact of ventilation system flow rates on interior comfort conditions, space-conditioning energy consumption and condensate generation as well as concentrations of certain indoor air contaminants was initiated by the Pacific Northwest National Laboratory (PNNL), the Florida Solar Energy Centre (FSEC), and the Florida Home Energy and Resources Organisation (Florida HERO).
Post date: 3 mar 2017
The ECO-SEE workshop on "Energy efficient building materials for improved indoor air quality" will take place on 8 March 2017 from 10.30 to 12:30 in London, United Kingdom, as part of the EcoBuild exhibition.
The workshop will showcase the scientific and technical achievements of the ECO-SEE project, and provide the opportunity for interested parties to meet members of the project team.
Post date: 3 mar 2017
This conference by the UK Indoor Environments Group (UKIEG) and the Health Effects of Modern Airtight Construction (HEMAC) Network, will bring together research and case studies to help shed light on the topic of the indoor home environment. The event is intended for academics, policy makers and industry experts with an interest in improving indoor environments for health and wellbeing.
Conference topics include (but are not limited to):
Post date: 2 mar 2017