Lakes & Ponds

Many water bodies are threatened by excessive nutrients entering through lawn and garden run-off, construction sites, wastewater discharges, detergent wastes, septic tank seepage and agricultural run-off. Excessive nutrients support the dynamic growth of cyanobacteria (blue-green algae) and other aquatic algae, interfering with intended water uses and sometimes presenting health hazards to humans and animals. REGEN-CyaNo^® is the choice to keep your lakes, fishing and farm ponds, sites and other private water bodies, safe for your enjoyment. REGEN-CyaNo^® creates a powerful oxidation reaction that destroys algal cell membranes and chlorophyll, providing immediate control of algae. For best results apply early when algae growth first appears.

Professional Strength Oxidizer is a highly effective Algaecide, Fungicide, and Bactericide

Effective on a wide variety of algae, and Cyanobacteria
– Immediate algae control and reduced toxicity
– More effective than copper sulphate
– No run-off concerns
– Can be used in irrigation canals and reservoirs
– Proven safe for all crops
– A great alternative to copper-based products.

Irrigation water/Surface water

Cyanobacteria or commonly known as (Blue Green Algae): 1 – 30g per m³ – broadcast granules over the entire volume of water.

Spot Treatment: Apply REGEN-CyaNo^® directly over the cyanobacteria-covered area. Retreat with heavy growth.

See Product Label and Safety Data Sheet for all usage directions. Use only as directed.

MAXIMUM Dosage Rate by Volume

Apply in a manner that will ensure even product distribution within the treatment area. Retreat areas if regrowth begins to appear or if seasonal control is desired. Repeating application of this product too soon after initial application may have no effect. Treatment of aquatic weeds and algae can result in oxygen loss from the decomposition of dead biomass. This oxygen loss can cause fish and invertebrate suffocation. To minimize this hazard, do not treat more than ½ of the water body and wait at least 14 days between treatments to avoid depletion of oxygen.  Begin treatment along the shore and proceed outwards in bands to allow fish to move into untreated areas. Application of algaecides to high-density blooms of cyanobacteria can result in the release of intracellular contents into the water. Some of these intracellular compounds are known mammalian hepato- and nervous system toxins. Therefore, to minimize the risk of toxin leakage, manage cyanobacteria effectively in order to avoid applying this product when blooms of toxin-producing cyanobacteria are present at high density. Certain water conditions including low pH (≤6.5), low dissolved organic carbon (DOC) levels (3.0 mg/L or lower) and “soft” waters (i.e. alkalinity less than 50 mg/L) increases the potential acute toxicity to non-target aquatic organisms. The application rates on the label are appropriate for water with pH values > 6.5, DOC levels >3.0 mg/L, and alkalinity greater than 50 mg/L. Avoid treating waters with pH values <6.5, DOC levels <3.0 and alkalinity less than 50ppm (e.g., soft or acid water), as koi, trout and other sensitive species of fish may be killed under such conditions.

Apply in a manner that will ensure even product distribution within the treatment area. Retreat areas if regrowth begins to appear or if seasonal control is desired. Repeating application of this product too soon after initial application may have no effect. Treatment of aquatic weeds and algae can result in oxygen loss from the decomposition of dead biomass. This oxygen loss can cause fish and invertebrate suffocation. To minimize this hazard, do not treat more than ½ of the water body and wait at least 14 days between treatments to avoid depletion of oxygen.  Begin treatment along the shore and proceed outwards in bands to allow fish to move into untreated areas. Application of algaecides to high-density blooms of cyanobacteria can result in the release of intracellular contents into the water. Some of these intracellular compounds are known mammalian hepato- and nervous system toxins. Therefore, to minimize the risk of toxin leakage, manage cyanobacteria effectively in order to avoid applying this product when blooms of toxin-producing cyanobacteria are present at high density. Certain water conditions including low pH (≤6.5), low dissolved organic carbon (DOC) levels (3.0 mg/L or lower) and “soft” waters (i.e. alkalinity less than 50 mg/L) increases the potential acute toxicity to non-target aquatic organisms. The application rates on the label are appropriate for water with pH values > 6.5, DOC levels >3.0 mg/L, and alkalinity greater than 50 mg/L. Avoid treating waters with pH values <6.5, DOC levels <3.0 and alkalinity less than 50ppm (e.g., soft or acid water), as koi, trout and other sensitive species of fish may be killed under such conditions.

Water bodies have stress from both external and internal sources. Excessive rains or draught combined with the ongoing use of algaecides and herbicides deplete the microbial communities that are fundamental to nutrient removal in water bodies. This imbalance in the ecosystem leads to elevated nutrient issues and can result in excessive aquatic plant growth, continuing algal blooms, and HAB’s (Harmful Algal Blooms).

REGEN-Balance^® was formulated through years of research by obtaining samples from lakes and ponds across the Globe when water temperatures were mild. The natural microbial communities in the samples were analyzed to understand population densities and the specific organisms that are depleted by stresses. This research is how Parklink was able to create a probiotic that supplements natural populations and supports indigenous organisms that are functional and native to that geography. REGEN-Balance^® is more than simple additions of beneficial bacteria. It is a scientifically formulated probiotic that works in harmony with the microbial communities that play key roles in nitrogen and phosphorus uptake. Real science. Real Results.

Backed by years of intensive study. REGEN-Sediment^® has been proven to reduce organic matter and key nutrients in sediment through a study using a lab setup that more closely mimics real-life water bodies than any previous study. Read the full study or learn more about the details below.