Algae Control

Algal blooms typically form when water is rich in nutrients—especially phosphorus and nitrogen—combined with warm temperatures and sunlight. These conditions act like fertilizer for algae.

Behind the scenes, this process is known as eutrophication. Excessive nutrient loading, often from runoff or decaying organic matter, fuels cyanobacterial overgrowth. Species like Microcystis thrive in stagnant, low-oxygen environments, disrupting aquatic ecosystems and oxygen balance.

Aeration improves water movement and increases oxygen levels, which discourages algae from growing. It also breaks up thermal layers, helping water stay cooler and healthier.

Technically, aerators enhance dissolved oxygen (DO) and prevent stratification, which limits internal phosphorus release from sediments—a key factor in curbing harmful cyanobacteria. It also promotes aerobic microbial activity that outcompetes anaerobic, odor-causing organisms.

Nanobubbles are incredibly small air bubbles that stay suspended in water longer than micro & coarse bubbles. They reach deeper areas and help clean the water more efficiently.

These <200 nanometer-sized bubbles create high internal pressure and collapse to release free radicals like hydroxyls (•OH), boosting oxidation. This raises ORP (oxidation-reduction potential) and supports biological degradation of organic matter, especially in low-flow zones.

Ultrasonic devices use sound waves to interfere with how algae float and grow. This makes it hard for them to survive.

At a more technical level, specific high-frequency pulses rupture the gas vesicles in buoyant cyanobacteria like Microcystis, causing them to sink and die. The frequencies are tuned to target harmful species while avoiding disruption of beneficial flora and fauna.

Clear-Cat is a bio-catalytic solution that breaks down waste and boosts the natural remediation processes in the water. It’s safe, effective, and eco-friendly.

Unlike harsh algaecides, Clear-Cat accelerates enzymatic oxidation, stimulating microbial decomposition of organic material and improving nutrient cycling. It enhances the breakdown of suspended solids, slime and surface scum through advanced molecular restructuring.

Absolutely. All our treatments are non-toxic and safe for all aquatic life.

They comply with EPA and USDA safety standards and don’t cause cyanotoxin spikes, which can happen when traditional chemical algaecides break open algae cells. Our bio-catalysts restore balance instead of creating shock effects.

Algaecides can offer quick results, but they often cause more problems later—like dead algae releasing toxins or oxygen depletion.

Our proactive approach solves the root cause: nutrient overload and low oxygen. It promotes biological competition, improves DO and prevents re-growth instead of triggering rebound blooms.

You would likely notice visual improvements in water clarity and smell within a few days. While a full recovery usually takes a few weeks.

The timeline depends on the biomass load, water volume, and environmental conditions. Most systems stabilize in 2–6 weeks as microbial communities shift and excess nutrients are reduced.

Very little. Once installed, most systems run automatically and only need occasional checks.

With automated dosing and solar-powered ultrasonic buoys, manual intervention is minimal. You can monitor parameters like ORP, DO and nutrient levels remotely, ensuring efficiency without constant oversight.

Yes—our systems are used in ponds, lakes, and reservoirs around the world.

Because they adapt to various water temperatures and nutrient profiles, our integrated solution suite works year-round, including during high bloom seasons or after major rain events that cause runoff surges.