OxyCure & Sludge Buster
Dams, Lakes and River Remediation
OxyCure & Sludge Buster are applied for the remediation of eutrophic lakes, dams and rivers.
Systematically increase dissolved oxygen levels
Reduce fish mortality
Reduces Ammonia, Phosphates, Phosphorus, Nitrate & TSS levels
Activates aerobic microbes in the substrate and decompose organics
Reduces algae blooms and blue-green algae (Cyanobacteria)
Eliminated bad odours
Reduces risk of disease outbreak and anaerobic pathogens
Improves water clarity and turbidity
Remediation of eutrophication
Treatment reduces eutrophication and turbidity and systematically increases Dissolved Oxygen activating aerobic microbes and enzymes which stimulate the remediation process.
From the laboratory
When this two-part solution is applied to the water, catalase-like emission of oxygen is observed. Activity is enhanced in areas of increased bacterial activity, and in the substrate with neutral, rather than acidic, pH levels. Most oxygen is produced enzymatically rather than by chemical disproportionation of superoxide, and a clear correlation exists between catalase activity and enzymatic resistance. The production and activation of critical metabolic enzymes are also observed.
OxyCure and Sludge Buster activates, stimulates and improves cultivations of aerobic bacteria and provides slow-release dissolved oxygen.
The composition includes extracts from a variety of non-genetically modified plants. The process of extraction is mechanical, using low heating. No toxicity observed in tests, namely Zucconi Germination Index 100% @ 1:24 H₂O dilution; Inhibitor materials <2.00 equitox/m³ Bioluminescence inhib./C5110184 (non-detectable) @ 1:24 H₂O dilution.
Lakes, dams and rivers application:
Apply 1L of OxyCure to 200 m³ of water.
Apply 1L Sludge Buster to 250 m² of surface area.
Repeat this application for static water bodies monthly until remediation has completed and maintain with a quarterly treatment.
For water bodies with an inflow, auto dosing should be applied in accordance with flow rate and volume.