Effluent Treatment System Effluent Treatment System --XERODROPXERODROP

ByByAeolus Sustainable BioAeolus Sustainable Bio--Energy Pvt LtdEnergy Pvt Ltd, ,

Surat India.Surat India.aeolus.bioenergy@gmail.comaeolus.bioenergy@gmail.com

Waste Water Treatment Waste Water Treatment ––The ConceptThe Concept

Waste water treatment for any industry is Waste water treatment for any industry is comparable to comparable to

Angina PectorisAngina Pectoris (Heart Pain)(Heart Pain)

If you ignore If you ignore –– You loose your health!You loose your health!If you attendIf you attend –– You loose your wealth!You loose your wealth!

Only treatment is Only treatment is “Bypass”!“Bypass”!

Waste Water Treatment Waste Water Treatment ––Current Scenario Current Scenario

ConventionalConventional BiologicalBiological TreatmentTreatment usingusing variousvariousstrainsstrains ofof microorganismsmicroorganisms isis widelywidely employedemployed..

LimitationsLimitations ofof thethe conventionalconventional systemsystem::1.1. DependencyDependency onon “mood”“mood” ofof microorganismsmicroorganisms2.2. LargeLarge landland requirementrequirement3.3. InconsistencyInconsistency ofof resultsresults duedue toto multiplemultiple factorsfactors4.4. HighHigh maintenancemaintenance costscosts5.5. DepletesDepletes atmosphericatmospheric oxygen,oxygen, generatesgenerates greengreen househouse

gasesgases6.6. SpreadsSpreads pungentpungent smell,smell, largelarge quantityquantity ofof solidsolid sludgesludge

Effluent TreatmentEffluent Treatment--Present ApproachPresent Approach

•• Biological Effluent treatmentBiological Effluent treatment•• BioBio--methanationmethanation•• BioBio--composting composting

However none of the solution is sufficiently However none of the solution is sufficiently effective in all cases.effective in all cases.Most of the solutions are to satisfy the statutory Most of the solutions are to satisfy the statutory

requirements only.requirements only.

Effluent Treatment Effluent Treatment ––The Novel ApproachThe Novel Approach

Aeolus now presentsAeolus now presents

XERODROPXERODROPThe modern approachThe modern approach

Based onBased onOne Century old One Century old Faraday’s LawsFaraday’s Laws

XERODROP XERODROP -- IntroductionIntroduction

•• Technology based on ElectroTechnology based on Electro--ChemistryChemistry•• Modern & Advanced approach based on Modern & Advanced approach based on

proven proven -- time tested principles. time tested principles. •• Basic technology is well documented Basic technology is well documented

internationallyinternationally•• Offers effective removal of pollutantsOffers effective removal of pollutants•• Kills all microorganisms and pathogensKills all microorganisms and pathogens•• No noxious gases generatedNo noxious gases generated

XERODROPXERODROP-- AdvantagesAdvantages

•• Highly effective and always dependableHighly effective and always dependable•• More than 90% water recovery More than 90% water recovery -- recyclingrecycling•• No smell, no noise, compact sizeNo smell, no noise, compact size•• No costly chemical additionNo costly chemical addition•• Simplicity in operationsSimplicity in operations•• Low operations & maintenance costLow operations & maintenance cost•• Low solid sludge generationLow solid sludge generation•• Support by internationally distinguished team of Support by internationally distinguished team of

technocrats technocrats

XERODROP XERODROP –– Results (lab scale)Results (lab scale)ParameterParameter Typical Distillery Typical Distillery

Spent WashSpent WashXERODROP XERODROP

Treated DSWTreated DSWCPCB NormsCPCB Norms

ColourColour Dark BrownDark Brown 200 IU Pale 200 IU Pale yellowyellow

AcceptableAcceptable

pHpH 4.0 4.0 –– 4.24.2 5.95.9 AcceptableAcceptable

CODCOD 140000 140000 -- 160000160000 41894189 97% Reduction97% Reduction

BODBOD 60000 60000 --7000070000 11001100 98% reduction98% reduction

Total Solids TSSTotal Solids TSS 160000 160000 -- 210000210000 6533265332 68% Reduction68% Reduction

Total volatile Total volatile solidssolids

80000 80000 -- 9000090000 2020 99.97% 99.97% ReductionReduction

ConductivityConductivity Not measurableNot measurable 89.92 mmhos89.92 mmhos AcceptableAcceptable

XERODROP XERODROP –– Results Results (lab scale)(lab scale)ParameterParameter Typical Distillery Typical Distillery

spent wash DSWspent wash DSWXERODROP XERODROP

Treated DSWTreated DSWCPCB NormsCPCB Norms

Inorganic dissolved

60000 60000 --9000090000 Mn 0.264Mn 0.264Fe 6.12 Cu 0.106 Fe 6.12 Cu 0.106

99.99% 99.99% ReductionReduction

Sulfates 8000 8000 --1000010000 465465 95% reduction95% reduction

Total Nitrogen 2000 2000 --25002500 130130 94% reduction94% reduction

Potassium 20000 20000 --2200022000 Not availableNot available 100% reduction100% reduction

Phosphorous 1600 1600 --20002000 5.165.16 99% reduction99% reduction

Sodium 1200 1200 --15001500 Not AvailableNot Available AcceptableAcceptable

Calcium 5000 5000 --65006500 Not testedNot tested

XERODROP XERODROP –– Results Results (lab scale)(lab scale)

•• FromFrom allall thethe aboveabove resultsresults itit isis nownow obviousobvious thatthat XERODROPXERODROPtechnologytechnology isis moremore effectiveeffective thanthan otherother methodsmethods toto treattreat DistilleryDistilleryspentspent washwash.. XERODROPXERODROP significantlysignificantly reducesreduces COD,COD, BOD,BOD, TSS,TSS,odorodor andand colorcolor..

•• TheThe essentialessential mineralsminerals likelike sulfate,sulfate, phosphate,phosphate, potassium,potassium,nitrogenousnitrogenous compounds,compounds, calcium,calcium, ferrousferrous salts,salts, cuprouscuprous saltssalts etcetcavailableavailable inin thethe spentspent washwash isis collectedcollected inin solidsolid sludgesludge.. SuchSuch solidsolidsludgesludge whichwhich isis richrich inin essentialessential mineralsminerals cancan bebe usedused forfor biobio--compostcompost forfor agricultureagriculture afterafter suitabilitysuitability checkschecks..

•• SolidSolid sludgesludge collectedcollected isis estimatedestimated toto bebe 1010%% onon volumevolume toto volumevolumebasisbasis forfor concentratedconcentrated spentspent washwash

XERODROP XERODROP –– Treatment MethodologyTreatment Methodology

Effluent AX part

Effluent BY part

Equalization TankX+Y

XERODROP ETP PILOT

PLANT

TREATED EFFLUENTRecycling / discharge /

further treatment:To be defined by the

client

Effluent AX part

Effluent BFloor wash

Y part

Equalization TankX+Y

XERODROP ETP PLANT

TREATED EFFLUENTRecycling / discharge /

further treatment:To be defined by the

client

SolidSludg

e

XERODROPXERODROP Process Block DiagramProcess Block Diagram

Effluent AFrom various collection

points

Effluent BFrom various collection

points

Screening

Equalization tank

XERODROP Reactor -1

Clarifier

XERODROP Reactor -2

Settling tank

Activated carbon filter

Pressure sand filter

Treated effluent

Aeolusscope of supply

Solid Sludg

e

XERODROP PROCESSXERODROP PROCESS

•• Primary TreatmentPrimary Treatment•• ScreeningScreening•• Collection and Equalization TankCollection and Equalization Tank

•• Secondary TreatmentSecondary Treatment•• ElectroElectro--chemical process 3 stages in reactorschemical process 3 stages in reactors•• SettlingSettling

•• Tertiary TreatmentTertiary Treatment•• Sand filtration Sand filtration •• Activated Carbon adsorptionActivated Carbon adsorption

XERODROP ResultsXERODROP ResultsD

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XERODROP Plant LayoutXERODROP Plant Layout

XERODROP XERODROP –– Way forwardWay forward

•• XERODROP Technology is tested on various XERODROP Technology is tested on various industrial effluents including power plants, industrial effluents including power plants, fertilizers, pharmaceuticals, refinery, service fertilizers, pharmaceuticals, refinery, service stations, marine vessels, textile, off shore stations, marine vessels, textile, off shore platforms and many moreplatforms and many more

•• Controlled treat ability test on a Pilot plant is Controlled treat ability test on a Pilot plant is advisable for all specific industrial effluents. advisable for all specific industrial effluents.

XERODROP XERODROP Pilot Plant SpecificationsPilot Plant Specifications

•• Pilot Plant CapacityPilot Plant Capacity

•• Power requirementPower requirement•• Feeding TransformersFeeding Transformers•• Feeding Auxiliary Feeding Auxiliary •• Input effluent TempInput effluent Temp•• Fresh water utilityFresh water utility

Expected treatment effluent characteristicsExpected treatment effluent characteristics•• To be studied and the reverse engineering and scaling up will be done to To be studied and the reverse engineering and scaling up will be done to

design and optimize the process and parameters of the large scale plant.design and optimize the process and parameters of the large scale plant.•• XERODROPXERODROP pilot unit no way guaranty that the treated effluent shall pilot unit no way guaranty that the treated effluent shall

match in 100% to the norms prescribed by CPCB for safe discharge of match in 100% to the norms prescribed by CPCB for safe discharge of effluent.effluent.

Max 3 KL / day combined Max 3 KL / day combined clarified effluentclarified effluent

15 KW/Hr15 KW/Hr 420 V AC420 V AC +/+/--10% 50Hz 10% 50Hz

230 V AC230 V AC +/+/--10% 50Hz10% 50Hz

Ambient Temp 35*CAmbient Temp 35*C 1 KL/Hr1 KL/Hr

XERODROP XERODROP Pilot Plant ProposalPilot Plant Proposal

Commercial Terms to be discussed during personal Commercial Terms to be discussed during personal meetingmeeting

For more details please contact:For more details please contact:Mr. Niraj Mithani Mr. Niraj Mithani –– DirectorDirector

Aeolus Sustainable BioAeolus Sustainable Bio--energy Pvt Ltdenergy Pvt LtdCell: 096386 45301Cell: 096386 45301

Email: Email: aeolus.bioenergy@gmail.comaeolus.bioenergy@gmail.com