Non-phosphate detergents are generally considered less harmful to aquatic organisms compared to phosphate-based detergents, as they do not contribute to nutrient pollution that can lead to algal blooms and oxygen depletion in water bodies. However, some non-phosphate detergents may still contain surfactants or other chemicals that can be toxic to aquatic life. The overall toxicity depends on the specific formulation of the detergent and its concentration in the water. It's important to evaluate each product individually to assess its environmental impact.
Yes, phosphate is released as rocks and sediments wear down due to weathering processes. This released phosphate can then be transported by water and incorporated into soil and bodies of water, where it becomes available for uptake by plants and other organisms.
Adding hot water to detergent can cause the detergent to become warm due to the heat transfer from the water. The heat from the hot water can raise the temperature of the detergent, making it feel warm or hot to the touch.
There is an effect on Surface Tension when detergent is put in the water. I am doing an experiment for my upcoming Science fair and i am doing a Detergent Powered Boat/Surface Tension...I have tested it many times with and without detergent, when it doesn't have detergent it floats and then sinks after 5 seconds but with detergent it zips through the water...I can not give you the reason for this as i am myself still researching on why this is!
Marine organisms obtain phosphorus primarily from dissolved inorganic phosphate in the water column or from consuming other organisms that contain phosphorus in their tissues. Phosphorus is an essential nutrient for growth, energy transfer, and cellular processes in marine organisms.
Detergent is compound mostly consisting of stearate ions of sodium or potassium. For example:-Sodium Stearate(C17H35Na). When it is dissolved in water, it forms a solution. Here, the detergent is solute and water is solvent
When phosphate is present in very high levels it is toxic to people or animals.
I think it says on the detergent bottle that if you ever ingest the dish detergent, that you should|:a) drink lotsa water (to dilute the effect of toxic chemicals)b) call a doctor or the POISON CONTROL CENTRE (something's gonna go down)
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Phosphates are banned in some products like laundry detergent and dishwashing soap because they can contribute to water pollution by promoting excessive growth of algae in water bodies. This can lead to oxygen depletion and harm aquatic ecosystems. Efforts to reduce phosphate pollution aim to protect water quality and support the health of aquatic organisms.
Harmful effects of toxic chemical are- When thrown in water bodies they pollute the water and all the freshwater organisms die. they also pollute the environment.
Yes, phosphate is released as rocks and sediments wear down due to weathering processes. This released phosphate can then be transported by water and incorporated into soil and bodies of water, where it becomes available for uptake by plants and other organisms.
It is important to realize that few soaps available today are actually soap. Some are detergents rather than soaps. Soaps generally are phosphate free while detergents contain phosphorous as a phosphate. The phosphate is present to improve cleaning ability and prevent the problems associated with "soap scum" Phosphates were determined to be a cause of eutrophication (enrichment) of water with associated algae growth. As a result most countries banned or reduced the acceptable phosphate levels in detergent based soaps. The algae can make the wear taste bad. In North America the major source of phosphate waste water from domestic sources is dishwasher detergent.
The presence of detergent in water can affect the growth of organisms by disrupting cell membranes, interfering with nutrient uptake, and causing toxicity. It can also reduce oxygen levels in the water, impacting aquatic life.
I would add water to the trisodium phosphate. If it were an acid, then I would add the acid to the water.
Adding detergent to water does not make it more dilute or concentrated. Detergent dissolves in water, so it is considered a solution. The concentration of the detergent in the water depends on the amount of detergent added.
Adding hot water to detergent can cause the detergent to become warm due to the heat transfer from the water. The heat from the hot water can raise the temperature of the detergent, making it feel warm or hot to the touch.
I think it says on the detergent bottle that if you ever ingest the dish detergent, that you should|:a) drink lotsa water (to dilute the effect of toxic chemicals)b) call a doctor or the POISON CONTROL CENTRE (something's gonna go down)