Case Studies
Please review the case study summaries below to see why our clients choose a MicroC™ Product over other carbon sources: technical performance, customer support and cost effectiveness. To request a case study, please select from the list below.
| Industrial Case Studies | |
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MicroC™ products are ideal for BOD supplementation to support the existing biomass or to grow new biomass in wastewater facilities. Two case studies, one from a refinery application and one from the startup of a new casino demonstrate the effectiveness of MicroC™ as a BOD supplement. |
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MicroC 2000™ is used by a poultry wastewater facility to reliably meet a total nitrogen permit of 8 mg/L. EOSi technical support and feed optimization reduced chemical costs while providing a more consistent carbon source. |
| Municipal Case Studies | Description |
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EOSi implements a program using MicroC 2000™ and nitrate monitoring equipment to help a 13 MGD suspended growth facility optimize it’s carbon feed and consistently meet its stringent nutrient discharge limit. |
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MicroC 2000™ is used to help an 11.5 MGD suspended growth facility meet a stringent nutrient limit of 3 mg/L during cold weather operation. |
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EOSi migrates methanol fed Tetra® Denite® filters to MicroC 2000™ while maintaining equivalent denitrification performance at a 21 MGD facility. |
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MicroC 1000™ replaces acetic acid at this 3 MGD SBR facility, significantly reducing chemical costs for the plant owners. |
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EOSi uses MicroC 2000™ to help this 12 MGD CT facility reduce its nitrogen discharge, enabling the sale of nitrogen credits and achieve a net gain for the City’s utilities budget. |
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MicroC 2000™ is used to optimize the denitrification performance of this 20 MGD IFAS system in the Chesapeake Bay watershed. |
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MicroC 1000™ provides comparable effluent nitrate levels for this 9 MGD facility while eliminating the hazards associated with methanol. |
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MicroC 1000™ is utilized to help a 10 MGD and 13 MGD facility maintain compliance with a 3 mg/L TN permit during periods of variable influent nitrogen loading. Rapid biomass response to MicroC 1000™ enables intermittent carbon addition at these facilities. |