Case Studies

Treatment
Septic Remediation
Pretreatment and FOG Management
System Provides Complete Treatment Including High-Strength Waste from RV Park
ITM, Onsite, WWTP, Campground Shelby Newland ITM, Onsite, WWTP, Campground Shelby Newland

System Provides Complete Treatment Including High-Strength Waste from RV Park

A large RV park in northeast Ohio needed to replace a failing septic system while accommodating high-strength wastewater from dump stations, seasonal campsites, and park facilities.

An EPA-permitted wastewater treatment system was installed to treat the wastewater before dispersal through a drip irrigation system. The system successfully treats both the high-strength dump station waste and the park’s other wastewater streams, producing effluent suitable for soil absorption. The permitted treatment system is now fully operational and supporting the park’s seasonal campers.

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IMET® Pre-Treats Camp Grease Interceptor and Seeds Downstream Septic System with Aerobic Microorganisms
IGM, Commercial, Onsite, Grease Interceptor, Campground Shelby Newland IGM, Commercial, Onsite, Grease Interceptor, Campground Shelby Newland

IMET® Pre-Treats Camp Grease Interceptor and Seeds Downstream Septic System with Aerobic Microorganisms

At Chewonki (an internationally recognized environmental education nonprofit in Wiscasset, Maine), heavy grease loading from kitchen operations was overwhelming the site’s grease interceptor and septic system, creating thick bio-solids buildup and frequent pumping needs.

IMET installed two aerobic biological modules directly in the grease interceptor, rapidly breaking down fats, oils, and grease while seeding the downstream septic system with beneficial aerobic microbes. Within two days the heavy FOG layer disappeared, and since installation in 2021 the interceptor has sustained no FOG build up and required no pumping, while septic tank pumping frequency has been reduced by 50%.

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Discover the full potential of IMET® EBPM™ Technology

  • Wastewater Treatment Plants

    IMET® Treatment Module (ITM)

    • Meets discharge requirements at all times

    • Minimal to no H₂S odor

    • Minimal to negligible bio sludge production

    • Space-efficient, modular treatment

    • Resistant to toxic shock

    • Reduced retention times

    • Small footprint

    • For new or existing wastewater treatment plants

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  • Residential Septic Remediation

    IMET® Remediation Module (IRM)

    • Meets discharge requirements at all times

    • Minimizes pumping requirements

    • Eliminates bad odor (H₂S) to negligible levels

    • Remediates existing failing septic system

    • Recovers leach field

    • Potential reuse of treated water

    • Significant reduction of fecal coliform

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  • Grease Interceptors / Traps

    IMET® Grease Module (IGM)

    • Eliminates bad odor (H₂S) to negligible levels

    • Minimizes or eliminates jetting and pumping

    • Accelerates the biological degradation of FOG

    • Eliminates build-up of FOG in downstream lines and lift station

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  • Lift Stations

    IMET® Grease Module (IGM)

    • Eliminates bad odor (H₂S) to negligible levels

    • Minimizes or eliminates jetting and pumping

    • Continuously inoculates downstream sewer lines with adapted aerobic bacteria

    • Minimizes floating grease and maintains lines free of grease buildup

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  • Vault Toilets

    IMET® Vault Module (IVM)

    • Reduction of H₂S odors to negligible levels

    • Minimize or eliminate pump truck pumping

    • Sustained biological treatment of bio-solids

    • Deployable both on and off grid

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  • NSF / ANSI 40 & 245 Systems

    (ITM - Residential Septic)

    • BOD, TSS and Total Nitrogen reduction meeting discharge requirements

    • Minimal to no bio sludge production

    • Minimizes pumping requirements

    • Minimal to no H₂S odor

    • Highly diverse and large population of aerobic bacteria sustained within the module

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