Research

cTrap was developed from a doctoral project at Lund University (Pawel Markowicz 2014: Determination and control of some pollutants in indoor environments). cTrap enables a measurably radical reduction of emissions from the building and a perceived improvement in the indoor air quality. See for example NSB2020, UCL Open and RIA for some research articles (open access).

Proceedings

We have published a number of shorter articles – so-called proceedings – in connection with presentations at conferences. Contact us for further information.

  • Larsson/Markowicz/Mattsson: Use of a surface emissions trap for improving the indoor air quality by efficient exposure reduction. Int Conference on Building Physics, 14-17 June 2015, Torino.
  • Larsson/Mattsson: Improving the indoor air quality in damp buildings by using a surface emissions trap. Cobee, 5-9 February 2018, Melbourne.
  • Mattsson/Lehtimaa/Larsson. An emissions barrier stops spread of moisture driven emissions from buildings into the indoor air. ICMB21, 28-29 June 2021, London.
  • Larsson/Mattsson/Lehtimaa: Achieving a healthy indoor air by using an emissions barrier Healthy Buildings, 21-23 June 2021, Oslo.
  • Larsson/Mattsson/Lehtimaa: Curing building related illnesses by using an emissions barrier Int Conference on Building Physics, 25-27 August 2021, Copenhagen.
  • Mattsson/Lehtimaa/Larsson: Using an emissions barrier for controlling radon in indoor air. Indoor Air, 12-16 June 2022, Kuopio.
  • Larsson/Mattsson: An emissions barrier stops spread of harmful emissions from a building into the indoor air. Cobee, 25-29 July 2022, Montreal.
  • Larsson/Mattsson: Managing harmful floor emissions including 2-ethylhexanol by using an emissions barrier. IAQVEC, 20-23 May 2023, Tokyo.
  • Mattsson/Larsson/Bloech: Controlling PAH in indoor air by using an emissions barrier. Healthy Buildings, 11-14 June 2023, Aachen.