IEQ - Indoor Environment Quality

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Last year the main focus was on improving the energy performance of buildings. Reducing the use of fossil fuels and the direct and indirect CO₂ emission of buildings caused by heating, cooling and ventilating and at the same time improving or safeguarding the indoor environmental quality.  
Post date: 16 Jul 2020
Type: News

The World Health Organisation (WHO) estimates that people spend approximately 90% of their time indoors in residential and non-residential buildings and that 26 million European children are living in unhealthy homes. With the objective of safeguarding the wellbeing of EU citizens by delivering improvements in Indoor Environmental Quality (IEQ), the Informal IEQ Gathering of eight European industry associations is proud to present its Healthy Buildings for All Manifesto.   
Post date: 22 Jun 2020
Type: Publication

Proper technology solution-sets can enable a regenerative indoor environment for building users and for the planet, thereby ensuring occupant wellbeing and health. Several aspects are considered for high indoor environmental quality, such as hygro-thermal comfort, visual comfort, indoor soundscape, indoor air quality and a pleasant ambiance.
Post date: 26 May 2020
Type: Publication

Users’ satisfaction in indoor spaces plays a key role in building design. In recent years, scientific research has focused more and more on the effects produced by the presence of greenery solutions in indoor environments. In this study, the Internet of Things (IoT) concept is used to define an effective solution to monitor indoor environmental parameters, along with the biometric data of users involved in an experimental campaign conducted in a Zero Energy Building laboratory where a living wall has been installed.  
Post date: 4 May 2020
Type: Publication

Personal Thermal Comfort models consider personal user feedback as a target value. The growing development of integrated “smart” devices following the concept of the Internet of Things and data-processing algorithms based on Machine Learning techniques allows developing promising frameworks to reach the best level of indoor thermal comfort closest to the real needs of users.
Post date: 4 May 2020
Type: Publication

Backed by its mission to protect the Pacific Northwest’s natural environment and promote healthy and sustainable ecosystems, the Bullitt Foundation wanted their new headquarters to be built to the highest level of sustainability. They also wanted the building to be a demonstration project that would set a new standard for developers, architects, engineers and contractors.  
Post date: 29 Apr 2020
Type: Case

Building policies are increasingly demanding in terms of energy performance and reduction of CO2 emissions. At the same time, people spending 60-90% of their life in indoor environments (homes, offices, schools, etc.), indoor air quality is essential in ensuring health, quality of life and performance of buildings’ occupants.  
Post date: 15 Apr 2020
Type: Publication

Post date: 12 Feb 2020
Type: Case

The Biophilic Map is a databank for case studies which have implemented Biophilic Design at the core of their design process. Biophilic Design is known for its effects of indoor environmental quality and therefore on building users wellbeing.   The map recognizes exemplary projects in articulating and applying Biophilic Design principles to the built environment. The Biophilic Map is hosted by the International Living Future Institute’s Biophilic Design Initiative.  
Post date: 10 Feb 2020
Type: Tool

BUILDING A SUSTAINABLE FUTURE TOGETHER   Advanced designs of new homes are starting to feature mechanical systems that bring outdoor air into the home.   Some of these designs include energy-efficient heat recovery ventilators (also known as air-to-air heat exchangers).  
Post date: 14 Jan 2020
Type: Event