CONTENTS
Company Profile
AwardsandMonographs
BAF?BiologicalAeratedFilter
Debed?DeepBedDenitrificationFilter
MagcoH@MagneticLoaded
Coagulation Sedimentation Tank
IndustrialParkWastewater
System Solutions
Odor/Exhaust Gas Collection
andTreatmentSystem
RepresentativeProjectList

Anhui Huaqi Environmental Protection Technology Co., Ltd. (Stock Code: 300929),actual-controlled by Anhui University of Technology,is a national-level Specialized,Refined，Characteristic and Innovative(SRCl) ‘Little Giant' Enterprise.The company operates several state-recognized research platforms, including:

OEngineering Research Center for Biological Membrane Water Purification and Utilization (Ministry of Education)

●Anhui Provincial BAF (Biological Aerated Filter) Engineering Technology Research Center

AnhuiProvincialEnterpriseTechnologyCenter

National Postdoctoral Research Workstation

With extensive proprietary intellectual property rights and core technologies, HuaqiEnvironmentalspecializesin:

Water Environment EngineeringDesign& EPCContracting
OProject Investmentand Operation
OIntelligent Environmental Protection Equipment
OEco-friendlyMaterials
OComprehensiveEnvironmentalManagementServices

The company has executed nearly 1,oo0 environmental projects across diverse sectors:

OMunicipalWaterSupply&Drainage OlndustrialWastewaterTreatment ORuralSewageManagement ●Medical Wastewater Recycling OWaterReclamation&Reuse OWatershedRemediation AirPollution Control

Leveraging cutting-edge solutions like BAF,huaqi(CheeGreen) empowers global clientstoachieve sustainabledevelopment goals.

Awards and Monographs

sesesesesesesesesese环境保护科学技术奖获奖证书国家技术发明奖 安徽省科学技术奖 安徽省科学技术奖 获奖项目：淮河流域闸坝型河流废水再生证书 奖状 证书 利用与风险控制关键技术研发与应用为表彰国家技术发明奖获得者，特
颁发此证书。 为表彰安徽省科学技术奖获得者， 为表彰安徽省科学技术奖获得者， 获奖等级：一等奖特颁发此奖状。 特颁发此证书。 获奖者：安徽华骐环保科技股份有限公
项目名称：染物微生物净化增强技术新方法 项目名称：ABAF/OBAF前置生物膜脱氨污水处理 项目名称：智能化镇村户污水治理关键技术 司（第四完成单位）系统工艺及应用
获奖者：郑俊（安徽华骐环保科技股份有限公司） 奖励等级：一等美 奖者：二徽华联环保科技股份有限公司
奖励等级：二等 共和 获奖者：马鞍山市华联环保科技发有限公司\*209年1日月1日 二0 月
证书号：2013-F-304-2-04-R02 奖状号：2009-1-01 证书号：J-2020-2-100-D1 证书号：KJ2018-1-04-D04会保价营90 原

The company holds more than 1oo authorized patents.

BAF@Technical Characteristics

Compact process flowwith minimized footprint and reduced capital expenditure.
High pollutant removal loading ratewith robustshock load resistance.
Energy-efficient system with low operating costs.
Modularconfigurationenablesflexibleoperationalmodes.
Odor-freeoperationwith visuallycleaneffluentappearance
Superior effluent quality compliant with Class IV standards of China's Surface Water Environmental Quality Standards (GB3838-2002).
Suitable formunicipalsewage,industrialwastewater,plantupgrading,advanced

BAF@Core Processes

01/High-Filtration-Rate Denitrifying BiologicalFilter Process (CoreProcessforUpgradingtoQuasi-ClassIVWaterQuality)
02/Pre-Denitrification Biological Filter Process (CoreProcessforUpgrading toQuasi-Class IVWaterQuality)
03/Post-Denitrification Biological Filter Process (Core Process for Upgrading to Quasi-Class IVWater Quality)
04/Centralized Nitrification Tertiary BiologicalFilter Process (Core Process forQuasi-Class IVWater Qualityin New Sewage Treatment Plants)
05/Single-Stage Aerobic BiologicalAerated Filter(BAF) Process (CoreProcessforReclaimedWater/Micro-PollutedWaterTreatment)
06/ Ozone+Single-Stage Aerobic BiologicalAerated Filter(BAF) Coupling Process (CoreProcessforAdvancedTreatmentofRefractoryWastewater)

BAF?Process Flow

High-Filtration-Rate Denitrification Biological Aerated Filter(BAF@)Process Scope ofapplication:

·Suitablefordeepdenitrificationretrofitprojectsforexistingwastewatertreatmentplants, achievingeffluentqualitycompliantwith quasi-Class IVsurfacewaterqualitystandards.

Pre-denitrification Biological Aerated Filter(BAF@) Proces:

Scopeofapplication:

·Suitable fornewwastewatertreatmentplantprojects

BAF?Process Flow

Pre-denitrification Biological Aerated Filter(BAF?)Process

Scope ofapplication:

Suitablefordeepdenitrificationretrofitprojectsforexistingwastewatertreatmentplants, witheffluentqualitymeetingquasi-ClassIVwaterqualitystandards.

Post-denitrification Biological Aerated Filter(BAF@) Process

Scope ofapplication:

·Suitablefordeepdenitrification retrofitprojects forexistingwastewatertreatmentplants, witheffluentqualitymeeting quasi-Class IVwaterqualitystandards.

Centralized Nitrification Tertiary BiologicalAerated Filter(BAF) Process

Scope ofapplication:

·Suitablefornewwastewatertreatmentplantprojects,with effluentquality

Ozone ^ + Single - stage Aerobic Biological Aerated Filter (BAF@) Coupling Process Scope of application:

·Advancedtreatmentprojectsforrefractorywastewater ·Advanced treatmentprojectsforpetrochemicalwastewater

BAF@ Core Products

Spherical Light-weight Porous Biological Filter Media(Patent No.ZLo2112755.7)

Product Features

L

Product Features

Product Features

High-Precision FilterPlate

Z

Product Features

High-precisionsteelmoldcasting ensureslarge overall loadcapacity Convenient for construction,installation and debugging Highsurface flatness,withuniformwaterandairdistribution

BAF Process Wastewater Treatment Plant

Product Features

Energy-saving,consumption-reducing,low-carbon,high-eiciency,intelligentoperation Ensure thatthe effluent canstablymeet the standardsunder low temperatures in winter Sustained biofilm vitality under low hydraulic loading or influent concentration. Enhanced shock load resistance with high removal efficiency 10%-25%energy saving through variable frequencydrive (VFD) optimization Reduce theworkload ofmanua ntenance,andeasetheoperationpressure

BAF® Engineering Examples

QualityImprovementand Efficiency Enhancement

WastewaterTreatmentPlant Scale:150,000m³/d

Ma'anshanSouthernUrban WastewaterTreatmentPlant Scale:50,000m³/d

Yixing Dingshu Town WastewaterTreatmentPlant Scale:60,000m³/d

Scale:35,000m³/d

Underground WastewaterTreatmentPlants

Chengdu Dougouhe WastewaterTreatmentPlantPhasell Scale:100,000m³/d

ChongqingYuelai WastewaterTreatmentPlant Scale:50,000m³/d

AnhuiGuoxing Biochemical Co.,Ltd. WastewaterTreatmentPlant Scale:30,000m³/d

Jiaxing PortArea IndustrialWastewaterTreatmentPlantExpansion Upgrade(Reconstruction) Green Zero-Carbon Project Scale:80,000m³/d

Deep - Bed Denitrification Filter Debed?

Process Features

0

Downflowdesign,achievesconcurrentTN,SS&partialTPremovalandstableeffluent

2Compact process flowwith minimized footprint and reduced capital expenditure.

03

3Energy-efficient system with low operating costs.

Modularconfigurationenablesflexibleoperationalmodes.

05

SuperioreffluentqualitycompliantwithClassIVstandardsofChina'sSurfaceWater EnvironmentalQuality Standards(GB3838-2002).

06Suitableformunicipalsewage,industrialwastewater,plantupgrading,advancedtreatmentandwatereuseprojects.

DenitrificationDeepBedFilter isanadvancedwastewatertreatmentprocess designed fornitrogenandphosphorusremoval.Itintegratesmultiple functions andoffersflexibleoperation,capableofsimultaneously:Filteringandretaining SS (SuspendedSolids);RemovingTP(TotalPhosphorus)viachemicalmicro-flocculation; AchievingTN(TotalNitrogen)removalthroughbiologicaldenitrification.

01

Denitrification Mechanisms

Underanoxic_conditions,thesurfacesoffiltermedia harbordensepopulationsof denitrifyingmicrobial communities.Thesebacteriautilizesufficientcarbonsourcestodrivethedenitrificationprocess,convertingnitrite ( N O _ { 2 } ^ { - } ) andnitrate ( N O _ { 3 } ^ { - } ) intonitrogengas ( \mathsf { N } _ { 2 } ) thatissubsequentlyreleasedfromthewastewatersystem.

02

Suspended Solids Removal Principle

Theremovalof suspended solidsismainlyachieved throughcoagulation-flocculation,adsorption,and interception.Chemicalcoagulants(e.g.，PAC,PAM)injectedinthemixingbasindestabilizecoloidalparticles， formingsettleableflocsthatentrainSSInaddition,duetotheadsorptionandinterceptioneectsofthebiofilmon thesurfaceofthefiltermedia,theconcentrationofSSinwater getfurtherreduced.

03

PhosphorusRemovalMechanisms

Phosphorusremovalisachievedthroughchemicalflocculationcoupledwithfiltrationprocesses.Dissolved phosphate ions \left( \mathsf { P O } _ { 4 } { } ^ { 3 - } \right) inwastewater reactwith inorganicmetalsalts(e.g., { \mathsf { F e C l } } _ { 3 } , A l _ { 2 } ( S O _ { 4 } ) _ { 3 } ) toform insoluble metal-phosphateprecipitates(e.g., \mathsf { F e P O } _ { 4 } , { \mathsf { A l P O } } _ { 4 } .Thesecolloidalaggregatesaresubsequentlyentrappedvia depth filtration.

6 StructuralForms

Thesystemsupportsmultipletankconfigurations withoptimized length-to-widthratiosand enhancedadaptability.Itisavailableincivil construction,prefabricated,and integratedsystem formats,offeringflexibleapplicationsfornew construction,renovation,andexpansionprojects.

囍

CoreProducts

BiologicalCarrier

WaterandAirDistributionSystem

Core Technologies

01 Intelligent Chemical Dosing System

02 Constant Level Control System(CLCS)

☆PrecisioncontrolofiltertankliquidlevelatsetpointviaSCADA-integratedinstrumentationandPC-drivenlogicinterlocks.

☆Optimizedcarbonsourcedosingreductionthroughreal-timenitratefeedbackcontrol,loweringtheoperationalcost.

☆Effectivelymitigatedtheinhibitoryimpactof hydraulicdrop-inducedoxygenationinfiltersonthe denitrificationprocessbyreducingdissolvedoxygen(DO) levelsby3-5mg/L.

03

BIntelligent Nitrogen - expelling System

☆Resolvesairbindingphenomenabyventingnitrogengas,therebyeffectivelyextendingfilterfitrationcycles.
☆Reducesbackwash frequencyandheadlosswhileenhancingefluentqualityandloweringoperationalcosts.
☆Head loss infilterisreduced by over 5 0 % withoperationalcycledurationextendedby2-3times.

04Intelligent OperationandMaintenance System

☆Implementsupward-flowair-watercombinedbackwashingtechnology,enablingintenseshearforces generationwithin deep-bedmedia forthorough scouring offiltermaterials.

☆Optimizedair/waterwashingparameters maintain long-termsystemstabilitywhileensuring compliance withwaterqualitystandards.

☆Fullyautomated controlprotocolsachieveintelligentoperation with zeromanualintervention.

Fuzhou BinhaiNewCityAirport WastewaterTreatmentPlant Capacity: 5 0 , 0 0 0 { m } ^ { 3 } , /day

WuheChengnan Wastewater TreatmentPlant &PipelineNetworkPhaselProject Capacity: 2 0 , 0 0 0 { m } ^ { 3 } / { d } ay

Hanshan Economic Development Zone South AreaWWTPExpansionProject Capacity:15,000m³/day

HuaibeiNo.2 WastewaterTreatmentPlantProject Capacity:10,000m³/day

Hanshan EconomicDevelopment Zone WestAreaWWTPUpgradingProject Capacity: 0 . 5 7 { { { m } } } ^ { 3 } /day

HanshanEconomicDevelopmentZone EastArea WWTPUpgradingProject Capacity: 0 . 3 7 ~ \mathsf { m } ^ { 3 } . /day

HongKongLokMaChauEmergency HospitalProject Capacity:2,600m³/day

MagcoH? Magnetic Coagulation Sedimentation Tank

Core Technology

The MagcoH@ system enhances traditional coagulation-sedimentation and chemical precipitation by adding magnetic seeds as flocculation nuclei，achieving efficient cosedimentationforwaterpurification.

Figure2-1MagcoHProcessFlowDiagram

Key Equipment

Agitation System (MagcoH?-Mix)

CFD-designed impellers with unique bladeanglesagcoH-Mix1:Rapid mixing ofrawwastewater&coagulants. Magco { \sf H } ^ { \circledast } -Mix2/Mix3:Optimized flocculation(wastewater/magnetic seeds/flocculants/return sludge). MagcoH-Mix3:Low-shear design preservesflocintegrity.

(MagcoH-Mix1)/Rapid Mixer(MagcoH-Mix2)/SlowMixingPaddle

(MagcoH-Mix2)/ Internal-External CirculationFlow

(MagcoH-Mix3)/Internal-External CirculationFlow

02 Heavy-Duty Sludge Scraper(MagcoH?-HMS)

Designedforhigh-densitymagneticflocsludgeinMagcoHprocess.Featuresinclude:

·Torque protection device ·Zero floatingsludge ·Completesludgeremoval·Stableeffluentquality ·Customizabledesigns

Thehigh-specific-gravitymagnetic-seeded sludge frommagneticallyloadedcoagulation-sedimentation poses chalenges in complete scraping and collection. The heavy-duty sludge scraper，engineered specificallyforMagcoHprocesses,incorporatesatorque-limiting protection system toensure:

Diagram:Heavy-DutySludgeScraper(MagcoH-Hms)

03 Magnetic Recovery Multiplier System(MagcoH-DOU)

Two-StageRecoveryProcess: ·MagneticSludgeCrusher/Separator $$ PrimaryRecovery ·Rare-Earth Permanent MagnetSeparator $$ Secondary Recovery

Performanceparameters

☆DrumMaterial:highperformanceNdFeBRare-EarthMagnet

☆MagneticIntensity:>4,500G

☆Counter-currentTankDesign

☆AdjustableDrumRotationSpeed

☆Dual Discharge System(Scraper ^ + HydraulicWash)

☆UniformMagneticField Distributionand StableSeparation

Magnetic Recovery MultiplierSystem (MagcoH-DOU)

Technical Advantages

Applications

Project Case

Yixing Dingshu WWTP Phase Ill Expansion(60,0oom³/d)

IndustrialPark Wastewater Treatment Solutions

IndustriesServed:

·Food Processing ·Dyeing&Textile ·Electronics

·Chemical ·Pharmaceutical

Standard Process Flow

Influent Equalization Coagulation/DAF Anaerobic Hydrolysis MagcoH/HRC 个 PumpStation F Clarifier R Bioreactor F 》 AOP(O3/Fenton) 0 BAF V Disinfection → Discharge/Reuse

\*Customizableconfigurationsavailable

Competitive Advantages

1 Industry-specificsolutions

One-stop EPC services

BLife-Cycle Cost Optimization

4 Smartwatermanagementmanagement

4Smaintenanceservice

FoodIndustry ParkWastewater

Food IndustryWastewaterCharacteristics:

·Highflowratefluctuations ·Proneto rapiddecomposition ·Highorganicandsuspended solidscontent ·Relatively lowtoxicity ·Highfat,oil&grease(FOG) levels

RepresentativeCase:

Zhengpu PortFood IndustrialParkProject

·Main products:Soybean products ·Wastewatertype:High-concentrationorganicwastewater ·Characteristics:Significantwaterqualityvariations/Containsproteins, fats,starches/Goodbiodegradability ·Treatmentprocess:Biologicaltreatment ·Design capacity: 3 , 0 0 0 { \mathsf { m } } ^ { 3 } . /day ·Effluentstandard:Meetsnationaldischargerequirements

PAC、PAM BlowerBuilding Phosphorusremovalagent Ventline Ventline Ventline dchengiale Aeration dChemicale
Industrial Barscreen Collection tank Solid-liquid separator sedimentationtank Coatulation- Equalizationtank UASB Sedimentation tank AO biologicaltank sedimentationtank Coagulationtank Coagultion-sdimentation Parshallflume Treated
wastewater effluent storagetank Emergency = Odorvet pipeline pipryent Spge -.·-.· 二 T pipeline = 心 = ↑- 1 piueine 1 piprvent lpipeline Sludge Sludgetank Sludgeconditioning Screw presssludge Off-site tank dewateringmachinedisposal
Exhanstrges.. e Odprlient ·》 Opdprvent pdpryet: PAM equipment

Textile&Dyeinglndustrial ParkWastewater

Theprocessflowisshowninthe followingdiagram::

Characteristics:

·Complexcomposition ·LowBOD/CODratio ( < 0 . 3 ) ·High organic content ·High&variablechromaticity(500-30ooPCU) ·Strongalkalinity(pH9-12) ·Significantparameterfluctuations ·Refractorycompounds

RepresentativeProject:

WuheChengnanWWTP&PipelineNetwork(PhaseIPPPProject)
Capacity: 2 0 , 0 0 0 { \mathsf m } ^ { 3 } / day
Newpipelines: 2 2 . 3 \mathsf { k m } trunk ^ + branch lines
Effluentstandard:Level-AofGB18918-2002
(Equivalentto EU Directive91/271/EEC)

Theprocessflowisshown inthefollowingdiagram:

Chemical&NewMaterials IndustrialParkWastewater

Chemical&NewMaterialsIndustrialParkWastewaterCharacteristics:

·High-strengthorganicwastewater ·Low biodegradability(BOD/COD<0.25) ·Complexcomposition ·High N H _ { 3 } -N/SO4²-/Cl-content ·Containsheavymetals&toxiccompounds ： T D S > 1 5 , 0 0 0 \ m g / L ·Refractoryorganics

RepresentativeProject:

JiaxingPortIndustrialWWTPExpansion&Zero-Carbon UpgradeProject ·Location:JiaxingPortArea ·SiteArea:55800m² ·Capacity: 8 0 0 0 0 0 \mathsf { m } ^ { 3 } / \mathsf { d } ·Service:Entireportindustrial zone

·TreatmentProcesses:

·High-strengthwastewater: Equalization $$ FineScreen $$ Pre-DNBAF $$ AeratedBAF $$ OzoneOxidation MagcoH?

·Low-strengthwastewater:

FineScreen $$ GritChamber $$ Integrated Bio-Chemical Reactor(IBR) $$ SecondaryClarifier $$ HighateClarifier $$ Ozonation $$ MagcoH?

·Specialwastewater:

SpecializedEqualization $$ AnaerobicDigestionTank(ADT) $$ IntegratedBio-ChemicalReactor IBR) $$ SecondaryClarifier $$ High-rateClarifier $$ Ozonation $$ MagcoH?

·Innovations:
·Sulfur-based autotrophicdenitrification(reduced carbon dosage)
·EffluentexceedsChinaClass-1Astandards
·EnvironmentalBenefits:
Implements"Five-WaterGovernance"initiativetorestoreaquaticecosystem

The process flow isshown in the following diagram::

FineChemicalIndustrial ParkWastewater

FineChemicalIndustrialParkWastewater

Characteristics:

Diverse pollutants
·Complexcomposition
·High organic load(C0D3000-15000mg/L)

·Lowbiodegradability(BoD/COD < 0 . 2 ·Contains multiple toxic compounds ·Significantflow&qualityvariations

RepresentativeProject:

Hexian HualianChemicalWWTPCo.,Ltd.
·ProjectType:Key ProjectofMa'anshanCity ·SiteArea:15330m²
·Design Capacity: 5 0 0 0 m ^ { 3 } / { d } ·ServiceScope:AnhuiFineChemicalIndustrialPark

Treatment Process:

Equalization $$ Hydrolysis $ \mathsf { A } ^ { 2 } / \mathsf { O } $ Clarifier $$ Ozone-AOP $$ BAF $$ Disinfection

Effluent Quality:

ConsistentlymeetsChinaClass-1AStandards(COD<50mg/L,NH3-N<5mg/L,TP<0.5mg/L)

AAOBlowerRoom BackwashAirSupply BackwashBlower Screning egalai Hydrolysis-Acidification Aeration → Carurce AAO Bioreactor Secondary Clarifier MagneticPowder seanetcCagaste Carbron Intermediate LiftTank DN Biofilter System Wackwasht Ozonation Contact Tank BiologicalAeratedFilter Air supuring Nitrified Liquor Return Tank Tancntarsrei ParshallFlume Influent, 1 Tank + + ? + 1 + + 1 Final Effluent T PAM BufferTank BackwashWastewater SludoePump Sludge Storage Sludge Dewatering -Slndge remoral

PesticideIndustrial ParkWastewater

Characteristics:

The process flowis shown in the following diagram::

·Diversepesticidevarieties
·Complexwatercomposition
·High pollutantconcentration(COD 50oo-20oo0 mg/L)
·Hightoxicity ( \mathsf { L C } 5 0 < \mathsf { l O % } ）

·Refractorycompounds ·Strong odor(H2S 50-200ppm) ·Highlyvariableflow&quality

RepresentativeProject:AnhuiGuoxing Biochemical Co.,Ltd.WWTP

·Wastewatertype:Agro-chemical/Pharmaceutical
·Designcapacity: 3 0 0 0 0 \mathsf { m } ^ { 3 } / \mathsf { d }
·Coreprocess:Acidification $$ CASS $$ HRC CatalyticOzonation \mid \mid BAF
·Effluent standard:Class-1A(COD<50mg/L,NH-N<5mg/L)

Theprocessflowisshown inthe followingdiagram::

Odor & Waste Gas Collection and Treatment System

Inwastewatertreatment plantsorindustrialproduction processes,variousmalodorous gases(e.g.,H2S, N H _ { 3 } )and recalcitrant organic emissions(including VOCs)are released with various concentrations.These compounds not only generate offensive odorsbutalso induce material corrosion,health hazardsand environmentaknon-compliance.

Toreduce these toxicand harmfulgases generated during productionactivities,they must becollected andtreated.Huaqi Environmentalhas developed efficient,energy-saving,and low-carbon odor/waste gastreatmentsystems.

Developed toaddress thesechallenges,systematiccaptureand treatment processesare imperative. Huaqihas engineeredan innovative Odorand VOCAbatement System with demonstrated performance metrics:SuchasCapture efficiency,Treatmenteffectivenessand Carbon neutrality

1. Collection System

Theemissioncollection system mainly consists of cover plates,hoods，ducts，and fans,designed for point,line,and surface capture of exhaust gases.The collected pollutants are then treated in the odor/voCabatementunit before being dischargedthroughanexhauststack intotheatmosphere.

FRP

(FiberReinforcedPlastic)

·Lightweightwithtensile
strength,featuringnon-slipsurface treatmentandexceptionalabrasion resistence
·Excellentresistancetoacids,salts, andcorrosion

StainlessSteel

·Maintenance-free ·Highstrength,noeel structure,andeasyinstallation ·Metalliclusterwithgoodaesthetics

InverseSuspension Membrane

·InverseSuspensionMembrane
·innovativestructurewithvisually
appealingdesign
·Lightweightallowingforlarge-span
designs
·Professionalsoftware-aideddesign,
andoutstandingcomprehensive
performance

2.Treatment System

2.1 Odor Treatment System

2.1.1BiologicalDeodorizationSystem

Odorous gases often contain harmful chemical substances such as mercaptans,ammonia， hydrogen sulfide,etc.,which pose severe riskesto humanphysicaland mental health.

To address these malodorous gases, Huaqi has developed high-efficiency,energy-saving,and lowcarbon biological deodorization system products based on its self-developed biological carier media technology.

2.1.2 Application Scenarios

Livestock& Poultry Farming

2.1.3ProcessPrinciple

The biological deodorization system mainly consists of pre-treatment,biological treatment, spraycirculation,automaticcontrol,andothersubsystems.

Biological DeodorizationSystemmechanisms

'hrough eficient deodorizing microorganisms and optimized equipment structure,complex organic :ompounds are catabolized and ultimately oxidized into simple inorganic substances like H _ { 2 } O and \mathsf C \mathsf o _ { 2 }

2.1.4CoreTechnologies

BiologicalSystem

Huaqi'snovelbiofiltermedia,developed through biotechnologyand eco-materialsintegration, addresses odor control demands with high adsorptioncapacity,biocompatibilityand structuraldurability,and significantlyenhances biologicaldeodorizationefficiency.

Product Features

01 Providesoptimalmicrobial growth conditionswith highwaterretention capacity
02 High specificsurface area and porosityenable high removalefficiencyand strong shockresistance
03 Stablemechanicalstrengthand quality
04 StrongpHbufferingcapacitywithoutalkaliaddition
05 Rapidbiofilmformation,compatiblewithpsychrophilicstrains
06 Operateswithreclaimedwaterwithoutsupplementalnutrients,reducing OPEXeffectively.

SprayCirculationSystem

Rationaldesignensuresfull-coveragesprayingwithoutdead zones Automatedcontrolforstableoperation Waterrecyclingwith periodicdrainage forenergy-saving and low-carbonoperation Stableproduct qualitywithno"leakage,dripping orscattering"

2.2VOCs Treatment System

2.2.1VoCsTreatmentSystem

Maincomponents of VoCs are hydrocarbons and halogenated hydrocarbons,including:Benzene derivatives(BEX)，organicchlorides，ketones,amines,alcohols,ethers,esters,Carboxylicacidsand

2.2.2ApplicationScenarios

2.2.3Processmechanisms

ProcessmechanismsofStandardVersion

PremiumVersion ProcessPrinciple

Industrialexhaust gas passes throughthree-stage dryfiltrationto remove particulate matter,then enters enhancement modules (optional based on needs).The high-eficiencyadsorption system concentrates organic polutants,followed bydesorptionand decomposition in thecatalyticcombustion modules whensaturationisreached.

2.2.4 Core Products

IntegratedIndustrialVoCTreatmentSystem

Multi-stage Catalytic Oxidation-Desorption DesorAption Compliant Filtration Oxidation Coupling Regeneration Emission
Multi-stage Catalytic Oxidation-Desorption Desorption
Filtration Oxidation Coupling Regeneration
·High-efficiency ·High-efficiency ·High-efficiency ·Highheatexchange
filtration oxidative filtration efficiency Compliant
·Real-timeoperation degradation vRebil-timeoperation .Low-energy Emission
visibiymaintenance .Drnonicgetivatidn ?Eaeymaintenance minabllizomplint
access ·Reducedcarbon ·Sameascatalytic emissions workload oxidationmodule

3.Intelligent Control System

3.1 System Principle

IntelligentControlSystemschematicdiagram

VOCsTreatmentSystem Procucts

3.2Intelligent ControlSystem Features

01 AdaptiveControl: Real-timemonitoring ofodor/gasconcentrationwith inteligentparameteradjustment.
02 Remote Monitoring:Enables remoteoperationtoreduceon-siterisksand laborcosts.
03 FaultDiagnosis&Alert:Automated troubleshootingensuresrapid responseand stableoperation.
04 Data Logging&Analytics:Dynamicbigdata recordingwithAl-optimized solutions.

4.Representative Projects

YixingDingshuWWTPProject

WuheChengnanWWTPProject

Typical Performance Table

BAF?Biological FilterTypical Performance Table

D Typical Performance Table of Deep - Bed Denitrification Filter (Debed)

Typical Performance Table of Industrial Park Wastewater

Typical Performance Table of Odor/Waste Gas Collection and Treatment System