Wastewater, often referred to as municipal wastewater, is liquid waste discharged by domestic residences, commercial properties, industry, and agriculture and includes a wide range of contaminants and concentrations resulting from the mixing of wastewater from different sources.
Sewage is the subset of wastewater that is contaminated with feces or urine, and is often referred to as wastewater. Sewage includes domestic, municipal and industrial liquid waste disposed of usually via pipes, pumps, screens, sewer, etc.
Effective biological wastewater treatment involves a specific and balanced use of micro-organisms to naturally degrade organic waste, while maintaining growth and stability of this environment. NanoHygienic’s HygieniGuard line of wastewater products uses a proprietary blend of broad-based enzyme, hydrocarbon-oxidizing bacteria and/or humic acid to effectively degrade proteins, fats, oils, hydrocarbons, grease, lipids, cellulose, and sugars.
Soil RX
Excellent product to remediate hydrocarbons in soil with a unique blend of activated humic acid, hydrocarbon-oxidizing bacteria and biodegradable amino acid complex.
Learn moreBio-Regen Hydrocarbon
Especially effective in remediation of hydrocarbons in deep soil applications with limited oxygen levels.
Learn moreBio-Regen Organic Waste Solution
Formulated to treat organic waste at the source, HygieniGuard Bio-Regen™ OWS is an active mixture of single-celled micro-organisms with a complete amino acid packet delivered in an activated humic acid solution.
Shelf-stabilized to react quickly upon application, unlike other microbial technologies, which require longer times for microbial preservation system to wear off.
Learn moreBio-Regen WW Shock
A complex mixture of naturally occurring, single-celled bacillus spores and diverse vegetative microorganisms in a proprietary natural preservative package. It is specially formulated to be safe and environmentally enhancing while being effective even in low water temperature.
Learn moreBio-Regen Sludge Pellets
Sludge handling and degradation at the municipal and industrial level is becoming a costly challenge. The staggering cost of mechanically de-sludging lagoons or industrial waste treatment facilities is astronomical and there are fewer and fewer landfill options for disposal. Simply handling this waste byproduct is both labor intensive and can be hazardous to employees.
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