Energy Source |
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Light
(Phototrophs)
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Chemicals
(Chemotrophs)
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Light generates high energy electrons by exciting
chlorophyll electrons
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Organism oxidizes chemicals to get high energy electrons
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Type of chemical |
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Organic molecules |
Inorganic molecules |
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Type of process used: |
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Fermentation |
Cellular Respiration |
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uses:
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uses:
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uses:
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Glycolysis
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Glycolysis
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Krebs Cycle
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Electron Transport Chain
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Electron Transport Chain
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Chemiosmosis
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Chemiosmosis
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Makes ATP by:
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Makes ATP by:
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Makes ATP by:
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Makes ATP by:
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Photophosphorylation
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Oxidative
Phosphorylation
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Oxidative
Phosphorylation
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Substrate
Level Phosphorylation
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Substrate
Level Phosphorylation
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Type photophosphorylation:
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Type
respiration:
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Cyclic |
Non-cyclic
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Aerobic
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Anaerobic
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Electrons return to chlorophyll
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Electrons passed to NADP
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Electrons passed to an organic molecule
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Electrons passed to inorganic acceptor - oxygen
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Electrons passed to an inorganic acceptor other than
oxygen
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PROCESS OF WASTEWATER TREATMENT PLANT : Wastewater enters the treatment plant First it goes through a fine screen, next to aerated grit chamber, and then enters the primary clarifier. Sludge settled in the primary clarifier is sent to the fermenters and then to digesters. After the primary treatment, wastewater flows into (BNR) bioreactors. The activated sludge is separated in the following secondary clarifier. The clear effluent flows into Ultraviolet (UV), then to River. Settled activated sludge in the secondary clarifier is pumped back to BNR. Excess sludge is pumped into the dissolved air floatation (DAF) unit for thickening. Wastewater is collected in sanitary sewers (a complex network of underground pipes). Upon reaching the treatment plant, the wastewater flows through a series of treatment processes which remove the wastes from the...
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