Waste Water Treatment may be used in effluent lines, grease traps, drain lines, holding ponds, lift stations, sewage injection pits and wet wells. It provides rapid hydrolyzation of fats, oils and greases to fatty acids which is followed by biological absorption and digestion, that prevents and even eliminates grease deposits and odors.

The key to understanding how and why some wastewater treatment systems work well and others don't, is the need to understand what these microbes need to function. As microbes are living organisms, they require certain nutrients and environments to survive, multiply and perform.

• Elimination of Fats, Oils, and greases
• Reduction in odors and hydrogen sulfide
• Reduced levels of corrosion
• Reduction of BO and COD
• Low Effluent values and settleable solids
• Increased plant efficiency
• Neutralization of pH
• Reduction in sludge
• Effective stabilization of organic matter
• Removal of ammonia and nitrogen
• Reduction in chemical usage and costs
• Reduced maintenance costs
• Decreased number of sewer chokes
• Low effluent values on suspended solids

Wastewater Treatment systems rely on microbes to perform the function of the breakdown of sewage influent. These microbes live in the sludge of treatment plants and holding tanks. They digest the solids and breakdown various compounds. Some wastewater treatment systems are exceptionally efficient, others perform effectively soon after start up, but later stop performing as well.

 In any wastewater treatment system there is a vast array of microbes present, i.e. aerobic, anaerobic and facultative, each performing specific functions in their respective parts of the system. Each species has a tolerance of ecological minimums and maximums with regard to various conditions; pH, temperature, dissolved oxygen levels and nutrient levels. All microbes require optimal conditions in order to proliferate and infuse the system with sufficient numbers of microbes to maximize the efficiency of the wastewater treatment plant.