We offer an exciting variety of biological solutions for the wastewater industry, including BOD Removal, Corrosion & Odor Control, Phosphorous Removal, Fats, Oils & Grease Reduction, Hydrocarbons, Nitrifiers, Biomass Reinforcement, Biogas Production, Compound Removal, Environmental Tolerance, Cold Weather, Industrial Biocleaning, Solids Management and Upset Recovery.


  • Patented chemical/microbial blend for fats, oils and greases (FOG) and odors in collection system pump stations and adjacent sewer lines
  • Performs well on proteins, lipids and carbohydrates
  • Reduce risk of, or even prevent, generation of sulfide in a sewer system
  • Also applicable for surplus sludge treatment


  • Enhance removal efficiencies in wastewater treatment system in low temperature conditions
  • Effective in improving biological treatment systems
  • Degrades municipal wastes, phenolics, surfactants and other industrial wastes in temperatures as low as 39°F (4°C)
  • Plants experience reduction in activity in cold weather months that result in reduced BOD, COD and specific waste degradation


  • Targets a variety of industrial wastes
  • Microbial blend with strains that degrade fatty acids, surfactants, hydrocarbons, phenolic compounds, ketones and recalcitrant organics
  • Enhances BOD, COD and TOC removal for industrial wastewater
  • Recommended when:
    • A broad-based spectrum of activity is desired or needed
    • The goal is recalcitrant COD reduction
    • A full-scale application is desired


  • Combines beneficial and fast-acting enzymes
  • Useful for industrial applications with anaerobic treatment for high-strength wastewaters
  • Increases biogas generation and improves efficiency of an anaerobic system


  • Micronutrient for industrial wastewaters suffering from deficiencies in key micronutrients or trace metals
  • Boosts the health of microorganisms and improve activated sludge, trickling filters, aerated lagoons and especially anaerobic digesters


  • Degrades food-processing wastewater and metabolizes fats, oils and greases (FOG) of animal and plant origin
  • Recommended for use in most meat, poultry, dairy, bakery and vegetable and plant oil processing operations
  • This microbial blend also performs well on proteins and carbohydrates in food processing wastewater


  • Biological treatment for fats, oils and greases (FOG) and odor in collections systems
  • Performs well on proteins, lipids and carbohydrates
  • Works well for FOG and odors in pump stations and sewer lines characterized by infrequent pumping and long detention times


  • Liquefies fats, greases, olefins and vegetable oils suspended in wastewater.
  • Effective for restaurant grease traps, scum pits and lift stations
  • Works under aerobic and anoxic conditions
  • No caustics or acids and will not harm pipes or wastewater equipment


  • Uses sulfides as an energy source for metabolism and contains bacterial and enzymes adapted to liquefy fats, greases, olefins and vegetable oils suspended in wastewater
  • Converts sulfide to elemental sulfur and reduces toxicity of sulfides
  • Works in low pH and low oxygen environments
  • Effective in restaurant grease traps, scum pits and lift stations
  • Works under aerobic and anoxic conditions
  • No caustics or acids and will not harm pipes or wastewater equipment


  • Applicable to aerobic treatment systems to establish nitrification in activated sludge, lagoon and retrofitted physical/chemical unit processes
  • Applicable to municipalities, landfills, steel plants, refineries, food processors/renderers, chemical producers and Superfund sites
  • Applications include a review of solids retention time, dissolved oxygen, pH, carbonate-alkalinity, effluent BOD and the potential impact of inhibitory substrates


  • Reduces organic matter
  • Attacks any petroleum-based liquids, hydrocarbons or oxygenated hydrocarbons


  • Minimize settled sludge volume and reduce solids handling costs in wastewater lagoons
  • Ensures contact between microorganisms and the sludge
  • Applicable to problem build up areas to eliminate short circuiting


  • A source of phosphorous in liquid and dry formulations as orthophosphate


  • Provides carbon for wastewater treatment systems
  • Dry formula provides a 50-60% savings per pound of active ingredient due to solubility limits