UDC 628.21:628.52
DOI 10.35776/VST.2023.09.03

Svitskov S. V., Lobanov Fedor, Rublevskaya O. N., Klokov Aleksandr, Malykh Ol’ga

Current methods of odor control in accordance with Amendment No. 2 of CP 32.13330.2018

Summary

In connection with the increasing demands of the environmental health, the issue of eliminating unpleasant odors holds a specific place. This problem is especially relevant for wastewater facilities; accordingly, it is reflected in the new editions of sectorial regulations and reference books. The main recommendations of Code of Practice 32.13330.2018 regarding the measurement, control and elimination of odor from organized and unorganized odor sources at wastewater disposal and treatment facilities are highlighted. The practical experience of applying the technologies specified in the CP 32.13330.2018 is described.

Key words

odor , reeking substances , water supply-sewerage services , adsorption , olfactometry , deodorizing chemicals

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UDC 628.2: 677.027.623.71

Bogomolov M. V., Karmazinov F. V., Kostyuchenko S. V.

Methods of odor control in the systems  of wastewater transportation and treatment

Summary

At present odor is considered as an environmental pollution factor that produces a negative impact on human being. In the urban environment one of the main odor releasing sources are the facilities for wastewater transportation and treatment. The advanced approaches to the odor regulation and control at the wastewater treatment facilities are considered. The basic requirements to the methods of odor control are formulated. A review of the most widely used methods – thermal, biological, chemical (including ozonation), sorption, photocatalytical, electrodischarge, direct photolysis, is presented. Practical use of these methods showed that none of them used separately provided for meeting the requirements set to malodor control in the systems of wastewater transportation and treatment; therefore combinations of different methods shall be used. Examples of industrial-scale approbations of the combined most dynamically developing photosorption-catalytical method are given.

Key words

malodor emissions , atmospheric air quality regulations , olfactometry , physical and chemical methods of malodor control , photosorption-catalytical method