Mega Bio

Industrial Strength Drain Field Bacteria Formula

This super-concentrated, high-end bioenzymatic formulation produces a wide range of enzymes to naturally eliminate proteins, tissue paper, food waste and other common household waste that accumulates in the septic drain field and tank.

If your septic tank has been neglected or poorly maintained organic solids may be in your drain field preventing soil drainage. Mega Bio's formulation will produce 10 billion live enzyme-producing bacteria per gram AND this number will double every 20-30 minutes under optimum conditions.


This super-concentrated, high-end formula produces a wide range of enzymes to naturally eliminate carbohydrates, proteins, sugars, starches, tissue paper, food waste and other common household wastes that accumulate in the septic drain field and tank.

Mega Bio industrial-grade bacteria septic system treatment
Mega Bio

a biological industrial-grade, high-end wastewater treatment.  It performs synergistically because it contains two types of bacterial strains, Bacillus and Pseudomonas.  These bacterial strains complement each other to provide all-around treatment performance by generating enzymatically active and targeted degradation. Specifically, these bacteria have exceptional targeted enzyme production of lipase, protease, amylase, cellulase, urease, pectinase, and chitinase, to speed the degradation and digestion of fats, carbohydrates, proteins, cellulose and starches.

The Mega Bio powder blend is designed to treat common wastewater organics, including animal and vegetable fat, oil and grease buildup and to help lower BOD and COD levels.  It will lower overall sludge buildup and provide a balanced biological population to help avoid failures. Mega Bio performs well in all environments, including low oxygen environments.

Mega Bio is an important aid in stabilizing septic system operations, especially when consistent loading occurs.  This blend will aid in system start-ups and upset recovery.  Mega Bio bacteria will grow within the drain field and develop a beneficial biofilm along the hard surfaces of the system helping to avoid system failure.