Coptrol export sales
Track your order
Algae Quick Links
Coptrol specific use
Coptrol in effluent and waste water
Coptrol frequently asked questions
Algae control in poultry shedding
Coptrol in aquaculture
Coptrol environmental safety
Coptrol in golf courses and greens
Coptrol and hydroponics
Coptrol in drip irrigation and microsprays
Coptrol in drinking water
Algae control in reservoirs, dams,
Algae in Rice Crops
Coptrol in ornamental ponds
Coptrol use in farm dams and ponds
Coptrol use in mining and power stations
Coptrol use in Nurseries and Gardens
Coptrol Use in turf farms
Drinking water tanks
Kill algae in waterways and irrigation channels
Livestock Watering Troughs
How to Control Algae in Turf Farms
Algae can cause real problems in turf farms
Irrigation systems supplied from dams or ponds are often affected by
, especially during warmer months. Filamentous algae are easily identified by its stringy structure and are associated with blocking foot valves in dams and clogging drip irrigation systems.
Algae can block essential nutrients on irrigated farms
nutirents|irrigated farms|nutrient blocked
Algae- fouled water does not contaminate turf grasses, but algae are
highly invasive and may out-compete grasses for space in wet or shaded environments. They frequently form a dense green scum over the soil
and turf surface. When dry this scum often acts as a barrier inhibiting
the entrance of water and fertilizer into the soil.
Algae cause chronic problems
Algal scum can cause chronic problems on turfs, especially those with poor air circulation, compacted soils and wet areas. Algal growth is encouraged by extended periods of rainy, overcast and warm weather. Algal scums slow water infiltration, keep thatch wet for extended periods, and impede oxygen and other gas diffusion into and out of soils.
is a highly effective and proven method for eliminating filamentous and other forms of algae.|coptrol filamentous
If algae are a problem in your turf or in your water source follow this 5 step method to keep your waters clear and bright.
First identify the algae present. If you are not certain visit
. This site enables you to identify all the common
algae in Australia.
Now calculate the volume of water to treat. Ignore depths below
1 metre. We have a page which explains the methods used to
determine the amount of water to treat. If you need assistance
see How to
calculate the volume of water to treat with Coptrol.
Next calculate the amount of Coptrol needed. An easy way
to calculate is:
a) If you are using run-off water from the environment
If the algae is fine and free floating use 2 mL of Coptrol per 1000 Litres (1 cubic metre) of water. That is equivalent to 2 Litres of Coptrol per 1000 square metres of surface area.
If the algae are long and stringy use 5 mL per 1000 litres of water (1 cubic metre) or 5 Litres per 1000 square metres of surface area.
b) If you are using treated effluent
Use 5 - 10mL of Coptrol per 1000 litres of water (1 cubic metre) or 5 - 10 Litres per megalitre of water.
Dilute the required amount of Coptrol using a 1:10 or even a 1:20
Coptrol water dilution.
The best application method is by spraying. Apply on a sunlit
wind free day when algae first appear. If this is impractical look
If you still need help call RCI at no cost to you.
where our free call numbers are displayed.
Or you can email RCI using this
Frequently Asked Questions
and Environmental Safety
Material Safety Data Sheet
©Ruth Consolidated Industries Pty Ltd ©Rural Chemical Industries (Aust) Pty Ltd. All Rights Reserved