AbstractA new product, the surface emissions trap (cTrap), a device developed to stop and bind emissions effectively while having virtually no resistance to water vapor, was installed on a PVC flooring in a school with IAQ complaints. After the installation air concentrations of 2-ethylhexanol decreased rapidly and staff and students reported a considerably improved perceived IAQ. The amounts of 2-ethylhexanol adsorbed on the cTrap cloth 13 months after installation corresponded to only 1.03% of its adsorption capacity. Installing the cTrap may constitute a cost-efficient and effective way of restoring the indoor air quality e.g. following water damage of a building
An emissions barrier was installed in a building where a wall had been treated with a tar-containing...
The air quality in laboratories has a profound affect on occupant health and safety. Reducing the ti...
An emissions barrier consisting of a cloth with a hydrophilic polymer layer and an adsorbent layer w...
A new product, the surface emissions trap (cTrap), a device developed to stop and bind emissions eff...
AbstractA new product, the surface emissions trap (cTrap), a device developed to stop and bind emiss...
The surface emissions trap, an adsorption cloth developed for reducing emissions of volatile organic...
Unsatisfactory indoor air quality (IAQ) can result from emissions of volatile organic compounds from...
A new device for stopping or reducing potentially irritating or harmful emissions from surfaces indo...
Unsatisfactory indoor air quality (IAQ) may result from polluting emissions that are spread from bui...
This paper presents a renovation case study of a multi-storey building with initially elevated indoo...
A new type of emissions barrier was used in premises with indoor air complaints due to emissions fro...
An emissions barrier was used in a premises due to complaints about the indoor air quality (IAQ) as ...
The present communication describes the use of an emissions barrier to prevent spread of hydrolysis ...
In today's 'indoor generation', most human activities take place within an enclosed space, character...
The effectiveness of a new emission control system in the ice resurfacer was tested in an exhaust ga...
An emissions barrier was installed in a building where a wall had been treated with a tar-containing...
The air quality in laboratories has a profound affect on occupant health and safety. Reducing the ti...
An emissions barrier consisting of a cloth with a hydrophilic polymer layer and an adsorbent layer w...
A new product, the surface emissions trap (cTrap), a device developed to stop and bind emissions eff...
AbstractA new product, the surface emissions trap (cTrap), a device developed to stop and bind emiss...
The surface emissions trap, an adsorption cloth developed for reducing emissions of volatile organic...
Unsatisfactory indoor air quality (IAQ) can result from emissions of volatile organic compounds from...
A new device for stopping or reducing potentially irritating or harmful emissions from surfaces indo...
Unsatisfactory indoor air quality (IAQ) may result from polluting emissions that are spread from bui...
This paper presents a renovation case study of a multi-storey building with initially elevated indoo...
A new type of emissions barrier was used in premises with indoor air complaints due to emissions fro...
An emissions barrier was used in a premises due to complaints about the indoor air quality (IAQ) as ...
The present communication describes the use of an emissions barrier to prevent spread of hydrolysis ...
In today's 'indoor generation', most human activities take place within an enclosed space, character...
The effectiveness of a new emission control system in the ice resurfacer was tested in an exhaust ga...
An emissions barrier was installed in a building where a wall had been treated with a tar-containing...
The air quality in laboratories has a profound affect on occupant health and safety. Reducing the ti...
An emissions barrier consisting of a cloth with a hydrophilic polymer layer and an adsorbent layer w...