A: AWT can be supplied in multiple dosing options:
A: AWT bacteria support key biological processes that keep manure pits and lagoons stable:
A: Standard wastewater blends are not optimized for heavy organic waste, fibrous solids, and the odor challenges found in manure systems. AWT bacteria are specifically selected for high activity in livestock lagoons and pits, with strains that accelerate solids digestion, stabilize effluent, and reduce odors like ammonia, hydrogen sulfide (H?S), and mercaptans.
A: LT is supplied in multiple dosing options to fit different systems:
A: LT supports critical biological functions that are normally compromised at low temperatures:
A: PT is available in powder, liquid, block, and tablet forms, with multiple packaging sizes to suit bulk, wholesale, and private-label needs.
A: Contact our sales team to buy wastewater treatment bacteria, request a sample, or get a quote for bulk or wholesale orders. We work directly with WWTP operators, industrial users, OEMs, and wastewater bacteria bulk suppliers around the world.
A: WT is available in powder, liquid, block, and tablet forms, with multiple packaging sizes to suit bulk, wholesale, and private-label needs. We also offer custom CFU concentrations and smaller packaging options upon request.
Our logistics team provides domestic and international shipping with palletized freight, LTL, or custom delivery solutions as needed.
A: By improving microbial efficiency and accelerating organic matter breakdown, biological wastewater treatment with WT reduces sludge yield, lowers aeration energy demand, and decreases the need for polymers, flocculants, and odor control chemicals. WT helps facilities save on hauling, electricity, and chemical input while boosting treatment performance.
A: WT is a high-performance blend of microbes for wastewater treatment designed for use in municipal, industrial, and agricultural water treatment systems. It contains aerobic and facultative anaerobic wastewater treatment bacteria for BOD and COD removal. WT reduces TSS, sludge, and odor-causing compounds and enhances denitrification pathways to support nitrogen removal.