Embed Size (px)
Citation preview
MBCR Filtration Container
www.itn-nanovation.com
•Sewagetreatmentplantfor400to5,000populationequivalents
•MovingBedCeramicReactor(MBCR)–Theadvancedprocess
combination
•Compactplug&playdesign
•Containerizedcomprehensivesolution
Oursolution–Yourbenefits
The System
IItNNanovation’sMBCR-FiltrationContainerisacomplete
mobilesolutionfortreatingmunicipalorsimilarlypolluted
sewage.
Itcombinesabiologicaltreatmentprocessbasedon
MBBRtechnologywithasubsequentmicro-filtrationby
ceramicflatmembranes.
Offeringanunprecedentedefficientsewagetreatment
withrobustandreliabledisinfectionprocess,theplanthas
beendevelopedandisbeingproducedbyItNNanovation.
State-of-the-artmonitoringandcontroltechnologyensure
asimple,safe,trouble-freeandcontinuousoperationof
thesystem.
TheMBCRFiltrationContainerhasbeendevelopedfor
areliableandcost-savingsewagetreatmentforseveral
reusepurposes,e.g.forirrigationorflushingwater.
TheMBCRFiltrationContainercanbeintegratedin
existingtreatmentsystemsorbeusedasstand-alone
solution.
Theplug&playdesignmakessurecommissioningisfast
andtrouble-freeandcanbedoneonsite.
www.itn-nanovation.com
Process in a conventional sewage treatment plant
Advanced solution – MBBR Container Plant
Grit Chamber MBCR Filtration Container
Water reuse
Screen
Sewage
Grit chamberScreen Settling Biological tank Clarification Disinfection
DischargeSewage
Technology Comparison
Conventional Sewage Treatment Plant MBCR Filtration Container
Plant Layout Large-sizewithseveralsubprocesses. Compactdesignwithsimpleprocesschain.
Disinfection
Clarificationalonedoesnotremovetotal
suspendedsolids(TSS),germsandbacteria.
Asubsequentdisinfectiononlykillsgerms
andbacteria,buttheyremaininthewater.
Inactivatedmicro-organismsremainapotential
hazardwhichlimitsreusepurposes.
Afiltrationprocessusingrobustceramic
membranesensuresa100%removalof
suspendedsolidsandisrealbarrierforgerms
andbacteria.
Thetreatedwatercanbesafelyreusedfor
severalpurposes.
www.itn-nanovation.com
TechnicalDescription
CIP StationBlower Rack
Filtered Water Tank
Service Manhole
Inlet
Lamellaseparator
Aerators
Two Filtration Chambers with Single Filtration Towers
Control Cabinet
CFM
3-step MBBR process
SewageispumpedintotheMBCRFiltrationContainer.
A3-stepMBBRprocessenablesindividualmodesofthe
biologicalprocessforatargetedtreatmentofCOD/BOD,
totalNandPaccordingtothecustomer’srequirements.
Thebiologicallytreatedwaterflowsbygravityintoa
lamellaseparatortocollectgeneratedexcesssludge,
whichneedstobedischargedonadailybasisandcanbe
collectedinanexternalsludgeholdingtank.
Theoverflowofthelamellaseparatorentersintothe
filtrationchambers.ThewaterisfilteredthroughCFM
SystemsSingleFiltrationTowersandthefilteredwateris
collectedinafilteredwatertank.
DependingonsewagecharacteristicsandCFM
performancetheintegratedcontrolsystemmonitors
theprocessstatusandautomaticallystartsrequired
membraneCIP.Theoverflowofthefilteredwatertankcan
bedirectlyreusedforvariouspurposesoralternativelybe
collectedinexternalfilteredwaterstoragetanks.
ItNNanovationAG
UntertürkheimerStr.25
66117Saarbrücken
Tel.:+49(0)681/5001-460
Fax:+49(0)681/5001-499
[email protected] www.itn-nanovation.com
TechnicalData
Technical Design Data
Biological System Conventional3-stepMBBRprocess
Sewage Parameters Rawsewage(plantinlet) Filteredwater(plantoutlet)
COD [mg/l] 300 <50
BOD [mg/l] 150 <5
Total N [mg/l] 15 <10
P [mg/l] 5 None
TSS [mg/l] 100 <5
Germs & Bacteria - Disinfected
(certifiedLogRemoval3.8–4.7)
Standard Plant Sizes
Type of MBCR Container MBCR S-Type
ISO 20’
MBCR M-Type ISO
40’
Max. Capacity [m³/d] 55 110
Max. Population Equivalent 500 1,000
Core Components and Additional Data
Type of Ceramic Flat Membrane Seetechnicaldatasheet“CeramicFlatMembrane”
Type of Filtration Module FiltrationModuleTHP-S
Seetechnicaldatasheet“FiltrationModuleT-Series”
Type of Frame Design Seetechnicaldatasheet“SingleFiltrationTower”
Additional Data Seetechnicaldatasheet“MBCRFiltrationContainer”
MBCR-Flyer—
May2013
