INVESTIGATING ELECTROMAGNETIC RADIATION AND SHIELDING CAPABILITY FROM BIOCHEMICAL LABORATORY

The majority of recent technological advancements have resulted in a tremendous growth in new electronic machinery and instruments. When compared to the EMR produced by household appliances, many biochemical laboratory instruments emit significantly more EMR. It may be necessary for laboratory staff working in a biochemical laboratory to be aware of the dangers of EMR exposure. It was also determined that developing a methodology for decreasing EMR exposure to scientists was necessary.

Methods: At initially, EMR was measured using a variety of mobile apps and portable metres from the same supplier. The most precise metre was also used to measure EMR from a variety of laboratory instruments. After that, the shielding efficiency was calculated using an instrument with a high EMR emission.

The EMR of mobile apps was much higher than that of portable metres from the same point source. With excellent precision, the GQ EMF390 measured EMR. The magnetic stirrer had the highest EMR emission of the six instruments tested, reaching 400 mG. And, depending on the equipment, the diminishing EMR profiles for distance looked different.

Conclusions: The EMR might be reduced by up to 40% in the first layer and 45 percent in the second layer using the shielding cloth Static Coti. The number of fabric layers was not necessarily connected to shielding efficiency. Scientists' EMR exposure could be lowered by using a shielding cloth box containing Static Coti, according to the study.

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