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Microbe-Lift Industrial

Dealing with industrial waste water is a significant problem in South Africa. Where industries are expanding and populations increasing, old, under-capacitated and often under-maintained systems can’t keep up. Start-ups have to deal with capital constraints and the pending “zero-liquid-to-landfill”- legislation. MICROBE-LIFT IND is specifically designed to deal with problems in industrial and municipal wastewater systems.

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MICROBE-LIFT IND

A LIQUID MICROBIAL CONSORTIUM

MICROBE-LIFT IND is a highly active liquid culture consortium designed 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 SA

A LIQUID MICROBIAL CONSORTIUM

MICROBE-LIFT / SA contains highly specialized microorganism and rare-earth humate substrate that are selected and designed specifically to enhance biological performance and promotes bio-solids reductions.

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MICROBE-LIFT DGTT

LIQUID GREASE TRAP AND LINE TREATMENT

MICROBE-LIFT DGTT is designed specifically to rapidly degrade Fats, Oils and Grease in wastewater systems, including all forms of grease traps, waste sumps, re-circulation cleaning systems, storage lagoons and wastewater biological systems. MICROBE-LIFT DGTT is a highly active microbial-based formulation that contains proprietary cultures that are extremely effective in dealing with overloaded FOG systems.

MICROBE-LIFT HYDRO

A DRY MICROBIAL CONSORTIUM

MICROBE-LIFT HYDRO is a highly active dry culture consortium design specifically for use in petrochemical, refining, power generation, coal gasification, textile, steel cocking and land farming facilities to enhance overall biological oxidation capabilities

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