ammonia and oxygen
They are the inverse of each other. The raw materials of one are the products of the other. glucose + oxygen --> carbon dioxide + water is respiration, and photosynthesis is the reverse: carbon dioxide + water --> glucose + oxygen.
Oxygen plus 3 carbon organic molecules (pyruvate). Essentially hydrogen and oxygen with the carbon as just a waste product.
6 CO2 + 6 H2O + light energy --> C6H12O6 + 6 O2. Carbon dioxide + water + light energy --> Glucose + Oxygen.
Iron Oxide (Fe2O3) can be found on any surface where raw Iron metal is exposed to Oxygen gas. It is commonly known as rust.
There is usually a law against running sewage line just into the woods. The raw sewage that comes out into the woods could possible be harmful to animals and humans.
The name solid raw sewage is called a sludge
That depends on how your sewage is treated, it could go into a septic tank in your garden or it could go into the public sewer and on to a sewage treatment works (sewage farm). In both cases raw sewage is prevented from discharge directly into the environment and the sewage is retained until natural processes have converted it into water that is safe to discharge.
chesse
Sludge.
Sludge.
Hepatitis
heavier rainstorms will frequently overwhelm portions of the region's sewage system and accelerate the spill of raw sewage into Burrard Inlet and the Strait of Georgia.
Raw sewage refers to untreated wastewater containing a variety of contaminants, including human waste, chemicals, and organic matter. Sludge, on the other hand, is a semi-solid residue produced during the treatment of sewage. Sludge has had some treatment processes applied to remove solids and pathogens from the raw sewage.
Filtering
the potential for an oxygen-deficient atmosphere, a flammable atmosphere and biological hazards such as hepatitis, as well
Sanitary sewage is treated in plants that mix the raw sewage with bacteria to consume the waste materials. The nature of these bacteria is that they need oxygen to live and grow (they are aerobic bacteria). The plant equipment mixes air into the sewage to increase the transfer of oxygen to the water at much higher rates than quiescent conditions. A an added advantage this mixes the bacteria and sewage so that the bacterial population is much higher and the treatment much faster. The "full" bacteria are separated from the clean water which is discharged to surface watercourses.