Pond Dye for all Bodies of Water
- Reduces UV light penetration through the water column
- Keeps algae under control [1]
- Impairs aquatic plant growth without increasing turbidity [2]
- Can achieve control of rooted aquatic plants [3]
- In a non-herbicidal alternative [4]
- Decreases overall water temperature which increases oxygen saturation [5]
Specially Formulated For Even Dispersal
Which Product Is Best For Your Dam?
Aquatic Blue
Colours your water blue while reducing the growth of algae and aquatic plants.
- Reduces algae and aquatic plant growth
- Restricts UV light penetration
- Hinders Photosynthesis
- Colours water blue
- 5L dyes 2ML of Water
Aquatic Blue Eco
Colours your water a vibrant blue to improve your dam’s aesthetics.
- Colours water blue
- Anti-foaming
- Safe to swim in – no stains
- Longest lasting dye on the market
- 5L dyes 4ML of Water
Aquatic Blue Pond Dye Benefits
Aquatic Blue and Aquatic Blue Eco are able to dye any type of water including: brown, turbid, murky, cloudy, and tannin.
Without light, some aquatic weeds and algae are not able to photosynthesise and grow[6] [7] . Thus the reduction of light hinders aquatic weeds and algal growth[8] .
Aquatic Blue and Aquatic Blue Eco will not harm any of the critters that live in the water or use the water.
Aquatic Blue is Safe
Aquatic Blue is safe to use in the presence of humans, livestock, fish, domestic pets and wildlife. Once diluted into the water column it is safe for irrigation and swimming and the dye will not stain skin, hair, clothes, plants, rocks or sand.
Aquatic Blue is backed by Science
This science-backed product works by restricting the penetration of UV rays into the water column. Without light, some aquatic weeds and algae are not able to photosynthesise and grow[6] [7] . Aquatic Blue filters the sun’s rays, reducing the amount of UV light present in the water body. The reduction of light hinders aquatic weeds and algal growth[8] . Aquatic Blue gives your body of water a gorgeous blue hue.
Because of its light-filtering properties, Aquatic Blue may decrease water temperatures[5] where applied. This can be beneficial for increased oxygen saturation, which in turn can keep fish healthy for longer[5] and support the growth of the ‘good’ types of bacteria in your water.
Because Aquatic Blue changes the colour of the water, this may prevent fish from being predated as they can be harder to see due to the refraction of light against the blue[5] .
Basically, aquatic plants and algae need sunlight and nutrients to grow[1] for photosynthesis Aquatic Blue prohibits the penetration of light into the body of water. Limiting the light reduces the ability of plants and algae to grow. The science is quite simple: this aquatic dye is formulated to ‘screen out’ red-orange and blue-violet light rays from the sun. As the dye reflects sunlight, water temperatures remain lower. Less light means algae growth may be suppressed[9] [10] .
- Easy to apply
- Non toxic and environmentally friendly
- Safe for fish, plants, animals and humans alike
How much do you need?
Aquatic Blue
7.5 Millilitresper 1,000 Litres of Water.
Dams and Lakes: Applied at a rate of 5 litres per 2 Mega Litres of Water.
| Product Size | Volume Dyed |
|---|---|
| 500mL | 200,000L |
| 1L | 400,000L |
| 5L | 2ML |
| 20L | 8ML |
Aquatic Blue Eco
1 Millilitre per 2,000 Litres of Water.
Dams and Lakes: Applied at a rate of 1 litre per 800,000 Litres of Water.
| Product Size | Volume Dyed |
|---|---|
| 500mL | 400,000L |
| 1L | 800,000L |
| 5L | 4ML |
| 20L | 16ML |
Sources
[1] W. E. L. Jr., “Dyes and Aquatic Plant Management,” in Extension FactSheet, ed. Ohio: School of Environment and Natural Resources Ohio State University, 2006.
[2] Wisconsin Department of Natural Resources. (2006). Management Options for Aquatic Plants Available: https://www.uwsp.edu/cnr-ap/UWEXLakes/Documents/ecology/Aquatic%20Plants/Appendix-E.pdf
[3] K. J. Wagner, “The Practical Guide to Lake Management in Massachusetts,” ed. Massechusetts: Department of Environmental Protection and Department of Conservation and Recreation Commonwealth of Massachusetts, 2004.
[4] C. S. Tucker and C. C. Mischke, “The Pond Dye, Aquashade, Does Not Prevent Cyanobacterial Off‐Flavors in Pond‐Grown Channel Catfish,” North American Journal of Aquaculture, vol. 82, no. 1, pp. 101-107, 2020.
[5] K. S. Tew, “The impacts of algal control in catfish and percid aquaculture ponds,” The Ohio State University, 2003.
[6] Commonwealth of Massachusetts. Aquatic Dyes. Available: https://www.mass.gov/doc/aquatic-dyes/download
[7] D. F. Spencer, “Oxygen consumption by the crayfishOrconectes propinquus (Girard) exposed to Aquashade,” Bulletin of environmental contamination and toxicology, vol. 33, no. 1, pp. 373-378, 1984.
[8] E. G. Buglewicz, “The impact of reduced light penetration on a eutrophic farm pond,” University of Nebraska–Lincoln, 1972.
[9] D. Spencer, “Influence of Aquashade on growth, photosynthesis, and phosphorus uptake of microalgae,” Journal of Aquatic Plant Management, vol. 22, no. JUL, pp. 80-84, 1984.
[10] Applied Biochemists Inc. , “Aquashade Aquatic Plant Growth Control (EPA registered label and fact sheet),” ed. Milwaukee, WI, 1992.