In this webinar, Aquafix Chemist, Dan McKeaton will discuss how to help bacteria breakdown F.O.G. in lift stations and wastewater plants. For additional information or questions, please contact us at 888-757-9577 or training@teamaquafix.com.

Timeline:

02:26 What are fats?

05:28 Grease control outside WWTP

10:05 GreaseZilla and Bug On A Rope research

18:50 Grease control inside WWTP

29:40 Grease filaments

31:05 Aerobic grease treatments

33:22 Qwik-Zyme L research

43:00 Q&A

Featured Products

Greasezilla-grease-removal

GreaseZilla

GreaseZilla is a revolutionary new grease-digesting bacteria complex. It softens and removes grease, degrades grease on the walls, and lowers hydrogen sulfide. In lift stations, this is the top product for grease removal.

GreaseZilla combines hydrophilic bacterial cultures with a fast acting biocatalyst that quickly breaks up and digests grease in lift stations where it has hardened on the walls.

Bug-On-A-Rope-lift-station-grease

Bug On A Rope

Introducing the NO NETTING Bug On A Rope! Bug On A Rope is a unique bacterial block for easy lift station grease control. Unlike any other bacterial brick out there, this unique formula binds together bacteria and biocatalysts with a slow release oxygen-rich biostimulant base.

Qwik-Zyme L 2.5 gallon

Qwik-Zyme L

Qwik-Zyme L is a grease degrader that incorporates three types of fat-degrading biocatalysts to provide dramatic hydrolysis of fat, oil, and grease (FOG). These catalysts speed the breakdown of complex fat molecules into simple short chain fatty acids, which can help lower phosphorus. This is not a bacterial product, but rather a high tech saliva. Qwik-Zyme L will degrade the FOG, and your bacteria will eat it.

Bug-On-A-Rope-lift-station-grease

Foam Buster

Foam Buster, our best foam-fighting technology, is a blend of specialized proteins, free amino acids, and micronutrients which stimulate the floc-forming bacteria to degrade grease, emulsions, and petroleum hydrocarbon-based products and enable the bacteria to outcompete the filaments which cause foaming.