If you use more water than you absolutely need, for example by leaving a tap running or any other way, water is wasted regardless of what happens to it next. If the water is recycled, by filtering and reusing, there is still waste, because the filtration process and the circulation of the water will at some stage themselves use water. The waste is inherent in the system. A filter, even one with a very long life, or even a natural one like a reed bed, will need to be created, and this process will in some way use water and energy. So the more water is used, the more the the filter is used, and the more water is used. The same applies to the circulation system for the water, and its creation or manufacture. The more pipes and pumps and tanks get used the sooner they will wear out, need maintenance or replacement, and these processes will involve water use.
Most pumping systems have are designed to have a bypass out of the system, usually a valve that allows an operator to "Waste" flitrated water.
In the nephron, waste products such as urea, excess salts, and water are filtered out of the blood. These substances are then either reabsorbed back into the bloodstream or excreted as urine.
It gets sent out into space which forever orbits the Earth. ----------------------------------------------------- Actually, it is recycled and reused as drinking water
water is filtered in large machines, and takes 72 hours to clean, and then gets bottled, and sold.
Water gets recycled by the process of water cycle. Water gets evaporated and precipitate as rain.
The water comes through the incurrent siphon and gets flushed out the excurrent siphon
In England we have reservoirs, which collect the rainfall. This then gets filtered etc and then we have our tap water.
I gets recycled
water flushes out all waste from the body
in a machine your pee but in your bladder citric acid, all other acids you have intaken, and what you just drank
So it can be recycled and used on the Earth repeatedly(rain, snow, etc.)
Ribosomes do not produce waste. Any leftover components or molecules from protein synthesis are typically recycled by the cell through other cellular processes such as autophagy or proteasomal degradation pathways.