Controlling Dog Odour Without Compromising the Dog
Reducing odour in kennels, dog housing and home multi-dog households, with attention to which methods are safe for the dog and which are not.
Treating odour where it is generated rather than masking it at the point of detection..
8 articles tagged “Source suppression”
Engineering Treatment for Black Odour Water: Why It Happens and What Actually Removes It
Black odour in rivers, channels and receiving waters comes from organic load and low oxygen. What biological treatment can do, what it cannot do, and how to tell a treatable cause from a source that must be stopped.
Fermenting Livestock Manure: Turning a Storage Problem into a Product
How a manure fermentation agent affects a store or heap: the fermentation process, what it does for odour and stability, how to apply it, and where the limits are.
Fermentation Bedding Bacteria on Livestock Farms: How Bedding Culture Works in a Barn
How bedding cultures work in a livestock barn: the fermentation process in the bedding, what it does for odour and ammonia, how to establish it, and where it does not help.
Odour Control at Food Waste and Landfill Leachate Sites: How the Chemistry Decides the Product
Food waste and leachate odour is driven by ammonia, hydrogen sulphide and sulphur compounds. How botanical extracts and enzymes differ, and how to select and dose for transfer stations, food waste plants and landfill sites.
Where Pet Odour Comes From: Ammonia, Hydrogen Sulphide and Skatole
Pet odour comes from three main compounds — ammonia, hydrogen sulphide and skatole. Here is what each one is, how it forms, and which control route addresses it.
How Cat Litter Deodoriser Granules Work: Enzyme and Bacteria Deodoriser Partners
How cat litter deodoriser granules work: enzymatic breakdown of the odour molecules that form in used litter, what bacteria add, and how to choose and dose a granule product.
Why Black Water Smells and How Biological Treatment Fixes It
Why black odour water forms, why aeration and chemical dosing alone often fail, and how biological treatment suppresses sulphide at the sediment source.