Procorp pellet reactor systems offer zero waste, cost-effective wastewater treatment. Proven pellet reactor technology is the efficient and effective phosphorus removal system for today’s wastewater treatment facilities. This automated, turnkey appoach provides substantial benefits over conventional phosphorus removal methods:
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Dramatically improves space utilization |
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Creates valuable phosphorus pellets for uses such as ceramic filler for cement, agricultural feed supply, fertilizer feedstock |
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Minimizes sludge volume and improves N:P ratio |
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Enables energy recovery opportunity |
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The Procorp pellet reactor, installed in new or existing wastewater treatment facilities, breaks the phosphorus-eutrophication cycle. (Conventional technology removes P from a point source only to transfer it to a non-point source.) The Procorp pellet reactor recovers phosphorus as a renewable byproduct - closing the phosphorus loop in a cost effective, sustainable manner. Bottom line: Procorp pellet reactor phosphorus removal reduces costs while improving surface water quality as shown below.
| Treatment Method |
Phosphorus Removal
($/lb @ Specified Volume)
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1
MGD
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10
MGD
|
100
MGD
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| Anoxic/Oxic + Al* |
30.91
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16.09
|
12.23
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| Anaerobic/Anoxic/Oxic + Al* |
39.55
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17.14
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12.55
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| Procorp Pellet Reactor + Ca |
16.70
|
14.70
|
13.20
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| Procorp Pellet Reactor + Ma |
14.20
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11.60
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10.70
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| * Estimation of Costs of Phosphorus Removal In Wastewater Treatment Facilities. Water Policy Working Paper #2005-011, Jiang, Beck, Cummins, Rowles, Russell. (2005) |
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Need help with your project? |
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Wastewater Treatment Application Worksheet |
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Wastewater Treatment Processes |
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