arian nicholson arian nicholson
If it is genuine 'black algae' it is very difficult to remove without emptying the pool and gouging the black algae out of the pool surface. Other algae can be removed by shocking the pool, filtering continuously and brushing walls while maintaining a good sanitizer level.
Ultraviolet (UV) radiation is commonly used to treat waste water. UV radiation in the germicidal range (between 200-300 nanometers) is effective in destroying harmful microorganisms present in the water. This process helps to disinfect the waste water before it is released into the environment.
Black Algae presents in 1 to 3cm black (or dark blue green) spots, It forms in a layers. the first layer may be killed by chlorine but protects further layers from destruction. This form of algae is slow growing and hardy. It is extremely chlorine resistant. to treat Black algae. Turn of the pump,Brush the algae spots thoroughly with a hard brush. then use chlorine tablets to treat the algae spots individually (this is not recommended for vinyl pools). Pour a concentrated all purpose algaecide on the algae spots. Leave it overnight. Restore water circulation, brush dead algae and vacuum it to waste. You may have to repeat the process .when you are finished, check the water balance shock the pool and make sure that you keep the chlorine up to it to help prevent further out breaks.
Yes, the reject water from reverse osmosis systems can be used for growing algae as it contains concentrated nutrients that can benefit algae growth. However, it's important to consider the quality and composition of the reject water to ensure it is suitable for algae cultivation without any harmful contaminants. Regular monitoring and testing of the water quality is recommended.
Algae can get nitrogen from poop or animal waste (it absorbs it by the way) make sure that if you want to feed algae you give it light and warm water, because it grows better in summer than winter. here is the website that my friend's mom found http://fcps.edu/islandcreekes/ecology/green_algae.htm
the waste products of algae and bacteria
amoeba is a phagocyte. it means that it is a cell which absorbs waste material, harmful microorganisms, or other cells by engulfing them. the process of engulfing food is called phagocytosis.
yes
Effective Microorganisms (EM) are a mixture of beneficial microorganisms that contribute to soil health, plant growth, and waste decomposition. EM products are used in agriculture, waste management, and other fields to enhance microbial activity and improve overall environmental conditions. These microorganisms help in promoting a balanced ecosystem by outcompeting harmful pathogens and supporting beneficial processes.
because euglenophytes absorb waste and such... they recycle it and so!.. when theres to much waste the euglenophytes make things called "algal blooms" the algal blooms deplete the waters nutruents and oxygen killing algae and other organisms
hazardous waste
To effectively treat and prevent black spot algae in your aquarium, you can try the following methods: Regularly clean your aquarium and remove any excess debris or waste. Maintain proper water parameters such as pH, temperature, and lighting to discourage algae growth. Introduce algae-eating fish or invertebrates like snails or shrimp to help control algae. Use algae-control products specifically designed for black spot algae, following the instructions carefully. Consider reducing the amount of light exposure in your aquarium by adjusting the lighting schedule or using a timer. By implementing these strategies consistently, you can effectively manage and prevent black spot algae in your aquarium.
If it is genuine 'black algae' it is very difficult to remove without emptying the pool and gouging the black algae out of the pool surface. Other algae can be removed by shocking the pool, filtering continuously and brushing walls while maintaining a good sanitizer level.
Bioremediation -dm
Bioremediation
pathogenic waste contains disease causing micro organisms. hospital waste usually contains infectious microorganisms.
Ultraviolet (UV) radiation is commonly used to treat waste water. UV radiation in the germicidal range (between 200-300 nanometers) is effective in destroying harmful microorganisms present in the water. This process helps to disinfect the waste water before it is released into the environment.