Wastewater treatment for the future! - Biowater · PDF fileWastewater treatment for the future! REDUCE. REUSE. ... Upgrade an existing SBR, ... CFIC® can be integrated into existing

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  • Wastewatertreatment for the future!

    REDUCE. REUSE. SUSTAIN.

  • www.biowatertechnology.com2

    Biowater technology

    Biowater Technology designs and engineers next generation technologies and solutions for the municipal and industrial wastewater treatment markets. The team has experience from over 300 projects and installations of MBBR worldwide.

    The company provides innovative technologies and solutions for biological treatment of water and wastewater. Products include but are not limited to: MBBR, IFAS and Package Plants.

    knowledge

    Unique know-how in microbiology and process engineering.

    PRoCeSS gUARAnTeeS delIVeRed

    InTegRATIon

    Most versatile technology available, easy to integrate into existing waste-water treatment plants (Municipal and industrial).

    FoR The FUTURe

    New technology delivers dramatic reductions in CAPEX and footprint while facilitating existing infrastructure.

    RoI

    Immediate OPEX reductions in energy consumption and less use of consumables.

    hIgh ThRoUghPUT

    Continuous process with no regular downtime.

    MARkeTS

    Municipal and Industrial.

    BIowATeR AT A glAnce

    coMPleTe SySTeM SuPPlyBiowater Technology offer systems complete with biofilm carriers, aeration, retention sieves, mixing tanks as well as any tertiary treatment or additional equipment to suit the design.

    we will guide you through the process from start to finish.

    Biowater has solutions for different markets: Municipal, chemical & Pharmaceutical, Petrochemical, Dairy, Food & Beverage, Pulp & Paper and Textile.

    Biowater has offices in the united States and norway and partners and representatives around the world.

    upgrade existing plants greenfield plants Training/education consulting Pilot testing Budgetary planning energy analysis

  • 3

    BwT15TM

    Biofilm carrier with solids. Microorganisms in the biofilm that attach on the surface of the carriers take up pollutants as food for growth.

    Dimensions: 15 x 15 x 5 mmProtected surface: 828 m/m

    Dimensions: 15 x 15 x 8 mmProtected surface: 650 m/m

    Dimensions: 14,5 x 14,5 x 8,2 mmProtected surface: 650 m/m

    Biofilm carriersBiowater (BWT) Models

    BwTSTM

    BwTxTM

  • www.biowatertechnology.com4

    cfic Continuous Flow Intermittent Cleaning

    eneRgy SAVIngS

    Substantial reduction in energy consumption up to 20-30%!

    eFFlUenT QUAlITy

    CFIC effluent quality is superb, allowing for direct tertiary filtration and reuse.

    low CAPITAl CoSTS

    Reduction in capital costs by reducing the size of the membrane or tertiary treatment.

    FlexIble

    Upgrade an existing SBR, MBR or MBBR to provide additional capacity.

    PeRFoRMAnCe

    Improves biological treatment which makes membranes perform more efficiently.

    PRoceSS BeneFIT

    Influent

    Was

    h w

    ater

    Con

    cent

    rate

    Wash water treatment

    Sludge liquor

    Effluent

    MF or UF membranes

    CFIC biofilm reactors

    Primary treatment

    Primary sludge

    Biological sludge

    nexT geneRATIon BIoFIlM TechnologyThe cFIc system is the next generation of biofilm technology. It has all of the benefits of a traditional biofilm process with moving carriers but has many additional benefits.

    ABouT FIxeD FIlM TechnologyThe basis of our cFIc biofilm technology is the biological growth on polyethylene pieces called media or carriers. These carriers provide a protective surface area for the biology to grow. The biofilm that is grown can handle extremely high loading conditions while avoiding problems associated with clogging or shock.

    The cFIc reactor contains highly packed biofilm carriers (typically 90-99% bulk volumetric fill) that hinders movement of the carriers that normally occurs in an MBBR reactor.

    The cFIc process is designed to increase treatment capacity while reducing footprint and overall energy costs.

  • 5

    cFIc eneRgy conSuMPTIon

    SolIDS In eFFluenT SPAce RequIReMenTS

    cAPex

    100%

    90%

    80%

    70%

    60%

    50%

    40%

    30%

    20%

    10%

    100%

    90%

    80%

    70%

    60%

    50%

    40%

    30%

    20%

    10%

    100%

    90%

    80%

    70%

    60%

    50%

    40%

    30%

    20%

    10%

    100%

    90%

    80%

    70%

    60%

    50%

    40%

    30%

    20%

    10%

    A higher oxygen transfer rate, due to a longer lifetime of the air bubbles, leads to lower energy consumption. The biological treatment stage of a WTTP accounts for 2/3 of its total power consumption.

    CFIC process lower total suspended solids (TSS) concentrations that MBBR process, even at significantly higher wastewater loading rates.

    CFIC allows 20% more compact bioreactors compared to MBBR due to its optimized process and biocarrier design.

    CFIC can be integrated into existing WWTP, utilizing the existing infrastructure.

    -30%

    -98%

    -75%

    -41%

    AS

    ASAS

    AS MBBR

    MBBRMBBR

    MBBR cFIc

    cFIccFIc

  • www.biowatertechnology.com6

    cmff Complete Mix Fixed Film

    The PRoceSSThe Biowater cMFF biological process is based on the MBBR (Moving Bed Biofilm Reactor) concept where moving plastic carriers with fixed biofilm remove organic and inorganic substances in the water. The proposed Biowater cMFF design includes the Biowater biofilm carrier elements which are freely mixing around in the reactor and are specially designed for biofilm growth.

    The bacteria will grow and develop a solid biofilm on the large protected surface area. The moving pattern of the carriers in the reactors will also provide a natural removal of excess biofilm, due to the shear forces between the carriers and the water in the reactor.

    The biofilm can handle extremely high loading conditions without any problems with clogging or shock.

    cMFF MBBR conFIguRATIonSupply of the primary and tertiary treatment as needed for design. Settling or DAF separation can be used.

    CoMPACT

    The amount of biomass within a given volume can be doubled.

    eASe oF oPeRATIon

    Virtually maintenance free. Essentially nutrient levels and DO levels are the only controls needed for this system.

    FlexIble

    BOD and Nitrogen removal can be included. For retrofits existing tanks can be used.

    STAble

    Self regulating biofilm ensures stable treatment under variable loads.

    SlUdge PRodUCTIon

    Efficient particle separation and sludge treatment. No sludge return and no clogging.

    CoMPleTe SySTeM SUPPly

    We offer systems complete with the biofilm carriers, aeration, retention sieves, mixing, tanks as well as any tertiary treatment or additional equipment to suit the design.

    PRoceSS BeneFIT

    Removal of BOD/CODBOD/COD

    WAS

    Separation

    Removal of BOD/COD + NitrogenBOD/COD Nitrification

    WAS

    Separation

    Pre-Denitrification - removal of BOD/COD + NitrogenBOD/CODPre-DN Nitrification

    WAS

    Separation

    Pre-Denitrification - removal of BOD/COD + NitrogenBOD/CODPre-DN

    Nitrate recycle

    Nitrification

    WAS

    Separation

    RAS

  • 7

    cfas Combined Fixed Film Activated Sludge

    ABouT FIxeT FIlM TechnologyThe basis of our cFAS biofilm technology is the biological growth on polyethylene pieces called media or carriers. These surfaces provide a protective surface area for the biology to grow. The biofilm can handle extremely high loading conditions without any problems with clogging or shock.

    Biowaters cFAS (IFAS - Integrated Fixed Film and Active Sludge) solution represents a key technology for winning strategic deals now and in the near future.

    cFAS conFIguRATIonSSupply of the primary and tertiary treatment as needed for design. can be followed by either traditional clarification or flotation.

    UPgRAde

    Upgrade of existing activated sludge plants to achieve nitrification.

    CoMPACT

    Doubles the capacity of an existing Activated Sludge plant. For new plants the footprint is very small. For retrofits existing tanks can be used.

    FlexIble

    BOD, Nitrogen and Phosphorus removal can be included.

    STAble

    Self regulating biofilm ensures stable treatment under variable loads. No clogging.

    SlUdge PRodUCTIon

    Produces sludge with low sludge volume index. This is efficient for following separation and sludge treatment process.

    CoMPleTe SySTeM SUPPly

    We offer system complete with biofilm carriers, aeration sieves, mixing, tanks as well as any tertiary treatment or additional equipment to suit the design.

    PRoceSS BeneFIT

    Removal of BOD/CODBOD/COD

    WASRAS

    Separation

    Removal of BOD/COD + NitrogenBOD/COD Nitrification

    WASRAS

    Separation

    Pre-Denitrification - removal of BOD/COD + NitrogenBOD/CODPre-DN Nitrification

    WASRAS

    Separation

    Pre-/post-Denitrification - removal of COD/ BOD + NitrogenPre-DN Post-DNBOD/COD Nitrification

    WASRAS

    Separation

  • www.biowatertechnology.com

    heADquARTeRSBiowater Technology AS

    Rambergvn. 5, 3115 Tnsberg, norway Phone: +47 911 10 600 | email: [email protected]

    BIowATeR uSABiowater Technology uS llc

    2155 Diamond hill Rd, Suite 2, cumberland, RI 02864 Phone: +1 401-305-3622 | email: [email protected]