WHAT HAVE WE FOUND? Regarding the electromagnetic waves, the readings were extreme: 3.300 µW/m2 in a working spot due to the office’s wifi. WHAT SHOULD BE FOUND Electromagnetic waves: readings should be below 10 µW/m2. RECOMMENDED ACTIONS Electromagnetic waves: Use a cable Internet connexion for the computers in…

WHAT HAVE WE FOUND? Regarding the electromagnetic waves, the readings were strong: 97 µW/m2 in the unit due to a neighbouring Wi-Fi. Regarding the radon gas the readings were strong: 78 Bq in the unit. Regarding the geopathic stress measured with the radiation perturbation method the readings were not…

  On October the 10th of 2018, Biohabita! ran a workshop on electromagnetic waves as part of the Barcelona for Climate project for the pupils of 4th ESO level in Quatre Cantons High School. This project is developed in partnership with…

WHAT HAVE WE FOUND? Regarding the altern electric fields measured with the free potential method the readings were non significant: 0,0 V/m in the plot . Regarding the altern magnetic fields the readings were slightly significant: 59 nT in the plot. WHAT SHOULD BE FOUND Altern electric fields:…

WHAT HAVE WE FOUND? Regarding the electromagnetic waves, the readings were strong: 1.650 µW/m2 in a bedroom. WHAT SHOULD BE FOUND Electromagnetic waves: readings should be below 10 µW/m2 and ideally below 0,1 µW/m2. RECOMMENDED ACTIONS Electromagnetic waves: shielding the bedroom.

METHOD Measurements have been registered for a full week on temperature, humidity and CO2. Besides on a daily basis, inside façade surface temperature has been taken. WHAT HAVE WE FOUND? Regarding the indoor air humidity the readings were extreme: 58 – 85 % RH due to lack…