“Besides the contaminants we find outside, we also have indoor contaminants. There are pollutants typical of homes such as dust, spores, moulds, and those produced by human activities like cooking and house-cleaning, that contribute to the release of additional damaging substances,” expert warns
Indoor air pollution kills 4.3 million people globally every year, according to the World Health Organization (WHO). The main causes are heating and cooking practices that produce high levels of toxic substances, such as fine particles and carbon monoxide.
Post date: 30 sty 2017
The AIVC workshop: “Is ventilation the answer to indoor air quality control in buildings? Do we need performance-based approaches? will take place in Brussels, Belgium on 14-15 March, 2017. The event aims to identify the pros and cons of performance-based approaches and metrics that can be considered to assess the indoor air quality (IAQ) performance of ventilation systems, as well as to draft guidelines for their use in standards and regulations.
Post date: 27 sty 2017
ATLANTA – A manual to help users navigate the changes in ASHRAE’s 2016 ventilation standard is now available.
The User’s Manual for ANSI/ASHRAE Standard 62.1-2016, Ventilation for Acceptable Indoor Air Quality, provides information on the requirements of the standard and includes tables, illustrations and examples to aid users in designing, installing and operating systems for ventilation in buildings.
Post date: 16 sty 2017
The RENEW SCHOOL International Workshop will take place on 8 February 2017 from 1pm to 6pm at the Wartingersaal, in Graz, Austria. The event aims to provide information on the developments of school buildings' retrofit in Europe, with a special focus on financing, prefabrication, energy efficiency and ventilation.
The workshop topics include the following:
Post date: 10 sty 2017
38th AIVC - 6th TightVent & 4th venticool Conference, 2017 | Ventilating healthy low-energy buildings
The need to reduce the energy demand of buildings is reflected in the legislation and policies of many countries. However, there is increasing concern about their adverse effects on occupant health and comfort in low energy buildings. These issues are being considered by some international energy conservation policy initiatives for buildings that seek to simultaneously reduce energy demand and provide acceptable indoor environment quality.
Post date: 15 gru 2016
Over the years, different approaches and indices have been used to define indoor air quality. The most frequently used, recognised by the public, and equated with indoor air quality are, of course, ventilation rate and concentration of carbon dioxide. Other approaches define the levels of dissatisfaction with acceptability of indoor air quality, as expressed by the building occupants. At some point in time, the total concentration of airborne volatile organic compounds was proposed, as well.
Post date: 14 gru 2016
This paper reviews and summarises research studies of residential energy efficiency (EE) and related ventilation upgrades, discusses ways that programmes monetise occupant health co-benefits, highlights innovative programmes that combine EE and health-focused home repairs and identifies where research gaps exist, and/or where research can be improved and leveraged.
Key study findings include:
Post date: 13 gru 2016
EVIA, representing the European Ventilation Industry, welcomes the Clean Energy for All Europeans package, which recognises the crucial importance of indoor environment quality aspects in buildings. However, it could have gone even further for the benefits of citizens.
Post date: 5 gru 2016
This guide, released by the Building Services Research and Information Association (BSRIA), provides a brief introduction on how a range of indoor physical, functional and psychological factors (thermal comfort, noise and indoor air quality) can impact the wellbeing of the occupants.
Post date: 25 lis 2016
This Topic includes all content relevant to the Theme "thermal comfort, indoor air quality, acoustics"
Post date: 21 lis 2016