Composite microbial deodorizer with radix codonopsis, sweet osmanthus, borneol and nostoc

Abstract

The invention relates to a composite microbial deodorizer with radix codonopsis, sweet osmanthus, borneol and nostoc. The composite microbial deodorizer with radix codonopsis, sweet osmanthus, borneol and nostoc is composed of a microbial agent, a plant extract, an algae extract and water. The microbial agent comprises, by weight, 20-40% of lactobacillus plantarum, 20-40% of beer yeast, 1-5% of improved denitrifying bacteria, 1-5% of improved nitrifying bacteria and 1-5% of azotobacter chroococcum. The plant extract comprises, by weight, 5-10% of a radix codonopsis extract, 10-20% of a sweet osmanthus extract and 1-3% of borneol essential oil. The algae extract is 0.5-2% of a nostoc wall-broken extract. The composite microbial deodorizer with radix codonopsis, sweet osmanthus, borneol and nostoc has advantages of low cost, high efficiency and wide application range, and is very practical in concrete production.

Description

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AI Technical Summary

Benefits of technology

This new compound helps reduce bad odors caused by bacteria or other organisms that can cause unpleasant smells like foul breath during certain activities such as cooking foods on stoves or pacesuits. It's cheap but effective at killing harmful germs while being easy-to use for different types of products.

Problems solved by technology

This patented problem addressed in the patents relates to controlling or reducing emissions caused by various types of contaminating agents like halogen-, bacterially-generated bad smells. These unwanted components pose potential hazard threatening public health and creates concerns over global air quality. To address this issue, regulators require effective treatments to reduce atmospheric pollutions without generating excessive concentrations of potentially dangerous materials called offensive metabolites. Compact Pest Manufacturing Facility (CPM), Gas Combined Cycle Power Plant(GCSP) facilities, National SpAgency Center Programme Groups IIIB1 & Group II B2. However, current commercial processes either use expensive catalyst systems or generate significant quantities of greenhouse gases containing highly reactive chlorinum species, resulting in negative impact upon both humans and animals. Biodegonal Method: One approach involves decomposing foulings into nontoxic products under specific temperature regimes. Another approach uses advanced technology involving heat release techniques, plasma generative technologies, electrostatic precipitation devices, and biomass burning.