EVOGEN BIO-BLOCK is a slow dissolve, bacterial-laden solid for use in degrading organic waste in higher flow systems such as lift stations, wet wells, etc. The safe, application-specific bacteria are present in high numbers to handle difficult organic problems. The unique block will gradually dissolve over a 30-90 day period which allows for continuous treatment and degradation of waste. The naturally-occurring bacteria contained in the block will reduce odor, sludge, fats, oils and grease build-up.

EVOGEN I.W.T. is a specially formulated bacterial blend that aids in the removal of various contaminants in industrial wastewater systems. Because EVOGEN I.W.T. is highly effective, economical and eco-benignTM, it continues to provide the ideal solution to wastewater clean-up due to ever-changing and demanding regulations. The naturally occurring, application-specific bacteria formulated in EVOGEN I.W.T. work by digesting organic waste materials to prevent malodorous situations and sludge build-up. EVOGEN I.W.T. has also demonstrated great success in the degradation of many types of industrial wastes including surfactant, solvent and polymer residues, starch, cellulose, FOG and petroleum hydrocarbons.

EVOGEN MULTIPURPOSE CONCENTRATE is an effective multi-purpose bacterial concentrate which may be used in a variety of applications. It is formulated with a non-ionic surfactant, which provides excellent detergency and flexibility. The application-specific bacterial package chosen for this series is a blend of Bacillus spores, all of which have been selected for accelerated degradation capabilities of organic compounds such as grease, fats, proteins, starch, sugars and cellulose.

EVOGEN MULTIPURPOSE CONCENTRATE is an effective multi-purpose bacterial concentrate which may be used in a variety of applications. It is formulated with a non-ionic surfactant, which provides excellent detergency and flexibility. The application-specific bacterial package chosen for this series is a blend of Bacillus spores, all of which have been selected for accelerated degradation capabilities of organic compounds such as grease, fats, proteins, starch, sugars and cellulose.