Water treatment facility for processing and purification of water from natural sources, removing contaminants to produce clean, safe water for public consumption and environmental use.

Septic & Wastewater

Advanced microbial solutions for growing wastewater challenges

The Problem

Rapid population growth is straining wastewater infrastructure across the country. Municipal plants face tightening phosphorus and nitrogen limits. Commercial properties battle chronic grease buildup. Rural communities depend on failing septic systems. Chemical treatments create secondary problems—sludge accumulation, corrosive byproducts, and ongoing liability.

Our Solution

Our integrated biologic + biochar approach breaks down waste, eliminates odors, and restores system balance — our microbial consortia handle the active biological treatment while biochar provides structural support, carbon sequestration, and long-term system stability.

93% Fermentation Activity

High-potency microbial cultures actively digest organic matter, keeping systems running at peak efficiency.

83% Nitrogen Release

Active N cycling processes release bound nitrogen, reducing ammonia buildup and meeting stricter discharge limits.

FOG Digestion

Specialized microbes break down fats, oils, and greases—preventing costly blockages and pump failures.

H₂S Elimination

Neutralizes hydrogen sulfide at the source—eliminating corrosive, foul odors that damage pipes and harm workers.

BOD/TSS Reduction

Significantly reduces biochemical oxygen demand and total suspended solids for easier treatment and compliance.

Ammonia Processing

Specialized nitrifying and denitrifying bacteria convert harmful ammonia into harmless nitrogen gas.

Problems We Solve

Common septic and wastewater challenges—and how our microbial solutions address each one.

Problem	What Happens	Our Solution
FOG Buildup	Fats, oils, and greases accumulate, causing blockages, backups, and costly pump repairs	Specialized lipase enzymes break down FOG into digestible compounds before they accumulate
Odor & H₂S	Hydrogen sulfide creates rotten-egg odors, corrodes concrete and metal pipes, and poses health risks	Sulfur-oxidizing bacteria convert H₂S into sulfate, eliminating odor at the source
High BOD/TSS	Excessive organic load overwhelms treatment capacity, leading to permit violations	High-activity microbial consortia consume organic matter faster than traditional treatment
Ammonia & Nitrogen	Rising ammonia and nitrate levels trigger violations, algal blooms, and ecosystem damage	83% nitrogen release through active N cycling—ammonia → nitrite → nitrate → nitrogen gas
Septic Failure	System backs up, drains slowly, or fails entirely—requiring expensive excavation and replacement	93% fermentation activity restores biological balance, extending system life and performance