MICROBE-LIFT N1

DESIGNED FOR ALL ENVIRONMENTAL APPLICATIONS

Microbe-Lift IND is a highly active liquid culture consortium designed specifically for use in almost all environmental applications. IND select cultures promote increased biological degradation capabilities in all types of designs of biological wastewater systems, open lagoon and polluted environments. IND consortium is very effective in degrading hard degradable compounds such as fatty acids, various chemical compounds, hydrocarbons and fibrous matters that indigenous bacteria often unable to degrade them, hence result in system performance deficiency. These cultures resist shock loads of chemicals, reducing upsets and kills, which may occur in waste-water treatment systems. This translates to improved system performance, stability and reduced final effluent BOD, COD and TSS. Microbe-Lift IND will breakdown fats, oils and grease in lift stations along with reducing hydrogen sulfide and ammonia odors.

MAINTAIN AND IMPROVE PERFORMANCE

Microbe-Lift IND cultures can be used in any wastewater system to maintain and improve performance. This includes lagoons, activated sludge bio-reactors, bio-towers, and aerobic and anaerobic digesters.

ACCELERATED DEGRADING RATES

With Microbe Lift’s IND Series has been mixed with highly specialized microorganisms that are designed to speed the biological degradation of problem compounds in waste water systems. The IND Series has been tested to degrade the following toxic compounds at accelerated rates; phenols, surfactants, chlorinated hydro-carbons, starches, fats, and oils.

SYSTEM RECOVERY

The Microbe Lift Series IND is designed to resist inhibitory concentrations of difficult-to-degrade constituents, which improves system stability. Industrial and municipal system upsets and biomass kills are common through these wastewater systems. Read more about how a Township in Pennslyvania cleaned up their wastewater with Microbe Lift.

ELIMINATES ODOR

The Microbe Lift Series IND is perfect for industrial wastewater systems, where hydrogen sulfide is an issue. These odor-causing compounds can make working conditions for employees and living conditions residential homeowners tough. Degrades a wide range of other organic chemicals too.

WASTE WATER SYSTEM STABILITY

There are many upsets and kills within municipal and industrial waste water systems. The Microbe Lift Series IND resists shock loads of chemicals, which keeps your system safer. By adding in the cultures, you are keeping your waste water system’s performance and stability.

IMPROVES SOLID SETTLEABILITY

The Microbe Lift Series IND cultures will help with TSS (Total Suspended Solids). These cultures can be used in lagoons, activated sludge bio-reactors, bio-towers, and aerobic digesters.

REDUCES BOD, COD, AND SS, IN FINAL EFFLUENT

The Microbe Lift Series IND has the ability to reduce final effluent Biochemical Oxygen Demand (BOD), Chemical Oxygen Demand (COD), and Suspended Solids (SS).

IMPROVES NITRIFICATION

Microbe Lift IND drives nitrification for improved ammonia removal and achieves rapid anoxic denitrification.
INDN1-scaled N1

Microbe N1

  • Designed to specifically initiate, enhance or stabilize nitrification
  • Provides nitrification for start-up and restarts
  • Works in a temperature range of 42F – 105F

MICROBE-LIFT / N1 is designed specifically to initiate, enhance or stabilize nitrification in industrial and municipal wastewater operations.

MICROBE-LIFT / N1 provides nitrification for start-up, restarts and assists in achieving stability in adequately designed wastewater systems.

MICROBE-LIFT / N1 works in a temperature range of 42°F to 105°F (5°C to 40°C).

Effective in pH of 6.9 to 8.8.

CAUTION: Keep out of reach of children. Do not take internally. Avoid contact with eyes. Flush immediately if needed. Use gloves and safety glasses when handling spills. If contact is made, wash with soap and water. If swallowed, drink several glasses of water. Contact physician if any irritation persists.

100% Natural – Non-Toxic – Non Pathogenic

n1-cropped N1

Directions
For optimum performance, add to the head of the wastewater system’s inlet to the oxidation chamber. If the system has multiple stages apply product to the influent area of the nitrification stage, or to the nitrification area of a carousel or “racetrack” system.

Assure that all nitrification requirements are achieved, i.e. alkalinity (> 50mg/L), temperature, BOD and COD and no highly toxic or inhibitory compounds. Consult your representative for recommendations specific to your system’s design, biological oxidation performance and the system’s nitrification data.

Related Articles

R-C-1-400x169 N1

What is polymer water treatment?

Is it a good idea to use polymers for water treatment? How does polymer water treatment work and what advantages does it offer to facility managers? Read on to learn about this in more detail and to examine how polymers can be deployed within your own wastewater treatment strategy.

read more

Have any questions or comments?
888-709-8070

n1-cropped N1