Microbelift Ind Industrial Waste Water Treatment - 3.78L

Features

Description

MICROBE-LIFT IND A Liquid Microbial Consortium (can also be used in ponds/aquariums) MICROBE-LIFT IND is a highly active liquid culture consortium design specifically for use in all industrial and municipal wastewater systems. MICROBE-LIFT IND contains a blend of 29 select microorganisms with a specification of 387/450 million microorganisms/ml.

MICROBE-LIFT IND cultures accelerate the biological oxidation of slow to degrade organic matter in aerobic, facultative anaerobic and anaerobic wastewater systems, ponds, lagoons and wastewater retention tanks. MICROBE-LIFT IND enhances the biological oxidation of slow to degrade organic compounds significantly improving overall system performance and stability.

MICROBE-LIFT IND select cultures promote increased biological degradation capabilities in all types and designs of biological wastewater systems. They increase the degradation rate of slow to degrade, difficult to degrade and many non-biodegradable compounds that have shown to negatively impact wastewater system performance.

They resist high concentrations of inhibitory constituents; improve system performance, reduce system upsets and biomass kills common to industrial and municipal wastewater systems. MICROBE-LIFT IND increases overall microbial oxidation rates, significantly increasing organic degradation performance.

This novel microbial consortium provides reductions in final effluent BOD, COD, SS, and improves settling in final clarifiers, while reducing waste sludge volume in difficult to degrade compounds such as, fatty acids, various chemical compounds, hydrocarbons and fibrous matter. Effects

• Enhances overall biological degradation performance
• Reduces shock kills, and provides stable operation
• Provides rapid up-set recovery
• Improves settling in final clarifier
• Provides reductions in final effluent BOD, COD, and SS
• Reduces and controls system odor

Directions Application rates may vary based on system design, constituents present in effluent waters, loading rates and system retention time.

Add directly to the head of the biological system.Consult your representative