Manufacturers promise quick help
An ozone treatment of indoor air promises quick relief from all kinds of unpleasant odors in the home. For example, it can smell significantly bad after a smoldering fire, mold growth, or in the case of a smoker’s apartment. Numerous providers promising a solution using ozone generators can be found in search engines. The following article examines the advantages and disadvantages of ozone treatment, sheds light on the chemical processes involved, and evaluates opinions from users of these devices. The topic seems to be of interest. The website of https://www.baubiologie-regional.de can point to hundreds of search terms related to the term “ozone treatment.”
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Chemical Cocktail Necessary for Paper Production – Some printed materials have such a distinct smell that the idea of storing them in living areas doesn’t even come to mind. However, since humans are naturally collectors and hunters, paper stacks inevitably accumulate somewhere in the house. But who really knows what chemicals are still contained in these paper stacks and how long these substances can contaminate the indoor air? It is known that the amount and type of chemicals released can vary significantly, depending on the type of paper, the manufacturing processes used, and the conditions under which the paper is stored. High temperatures and high indoor humidity accelerate the release of chemicals from paper products during storage.
Overview of mycotoxin-producing microorganisms – Mycotoxins are secondary metabolites produced by various types of mold or bacteria. These toxins can cause a range of health problems, including immune system weakening, neurological disorders, allergic reactions, and even cancer. For building biologists, particularly important are the types of mold that produce mycotoxins and grow indoors. The most common types include Aspergillus, Penicillium, Stachybotrys, and Cladosporium.