AES_Kitchen Waste to LPG_T3 Series PPT

Food&VegetableWaste-to-EnergyEnergytoreplaceLPG

Conver;ngTrash-to-Treasure(T3)

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AHUJA ENGINEERING SERVICES PVT LTD (AES) www.aespl-india.com

[email protected]

T3 300

Waste-to-Energy–ConceptNote

Ø  Biogastechnologyisamongthemostprovenprocesses,whichconvertorganicwasteinto

energy.Ø  Bio-degradablesolidwastelikefood,fruitandvegetablewaste,animalwaste,greenyard

wasteandliquideffluentsareanexcellentsourceofbiogasenergybecauseoftheirhighorganiccontent.

Ø  Mostfavorabletechnologyop;onforenergyrecoveryfromthiswasteisHighRateBiomethana;on(AnaerobicDiges;on)

Ø  AnaerobicDiges;onprocess-consistsofholdingtanksofsimpletocomplexdesign,inwhichaseriesofbiologicalreac;onsoccurtodecomposeorganicmaterials,intheabsenceofair.

Ø  Whataretheproducts?–BIOGAS&BIOFERTILIZERØ  Biogasisacombus;blegasthatcanbedirectlyusedasacookingfueltoreplaceLPGandother

conven;onalfuelslikecoal,kerosene,woodetc.Ø  Biofer;lizeristheeffluentfromthedigester.Becauseonlythecarbonisremovedinthebiogas,all

ofthenutrientsfoundinthefeedstockareconservedintheeffluent.Theprocessmineralizesthesenutrientsintoplantavailableformssotheycanbeasubs;tuteforfossil-fuelderived,synthe;cfer;lizer.

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BenefitsofConver7ngTrashtoTreasure!Socio-EconomicandEnvironmental

WasteManagement,HealthandSanita7on–•  Biogas installa;ons can provide an ideal plaYorm for destroying organic waste on a daily

basis.•  Immediate solidwaste processing overcomes problems of flies,mosquitos, foul smell etc.

andsaveswastedisposalcosts•  Avoiding instanceswhen themunicipalitydoesnotpickupwaste, crea;ngnuisance, smell

andspillage.EconomicBenefits–•  An on-site system, conver;ng food and vegetable waste into green energy can improve

profits by delivering the heat needed to replace cooking LPGwhile supplying a rich liquidfer;lizerasaby-product.

EnvironmentalBenefits–•  Enhancegreenimage•  Decreasecarbonfootprint•  CompletereplacementofLPGisnot justaneconomicsavingbutalsoacontribu;ontothe

environment.Replacinganyfossilfueldirectlymakesusresponsibletowardsoursocietyandenvironment.

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Think

²  Zeroreliabilityonmunicipalityforwastecollec7on²  Greenhousegasemissionsreduc7on² Waterpollu7onreduc7on²  Odor&pathogenreduc7on²  Flyandweedcontrol²  EnergySavings

Processing1tonoforganicwasteperdaywillresultinreduc;onofCO2emissionsby35–40tonsperannum.

Let us NOT contribute to area municipality wastes: Locally generated waste isthrownintomunicipalwastecollec;oncentersfromwhereitiscollectedbytheareamunicipali;es to be further thrown into un scien;fic landfills and dump yards.Distribu;vemodelofbiogasbasedwaste-to-energyplantsensurewastedestruc;onatsourceandalsoreducethecostincurredbymunicipali;esonwastecollec;onanddisposal.

KitchenWaste-to-EnergyT3300/500/750/1000

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Anaerobic Digester

Biogas Storage

WasteShredder

WasteHydrolysis

Segregated waste

Proposed Waste Handling Capacity: •  300 Kg/day •  500 Kg/day •  750 Kg/day •  1000 Kg/day Proposed usage of biogas: •  LPG replacement

KitchenWaste-to-Energy:T31300

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Proposed Waste Handling Capacity: •  >1000 upto 1500 Kg/day Proposed usage of biogas: •  LPG replacement

WasteHydrolysis

Biogas Storage

Anaerobic Digester

WasteShredder

Segregated waste

Parameters Qty/Amt

WasteQuan;ty 300Kg/day

LPGEquivalentthatcanbereplaced ~1cylinder/day~15Kg/day

LGPsavingfromequivalent15kg/day@INR60/Kg 3,28,500INR/Year

EconomicsandConsumablesofa300kgKitchenWastePlant–T3300

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Parameters Qty


BioGasProduc;on 35-40m3/day**

LiquidBio-Fer;lizer ~300-400liters/day

AreaU;liza;on 170sq.feet

PowerConsump;on 8–10KWh/day

Manpower-plantopera;on/supervision

1person

PLANT PRODUCTION & CONSUMABLES

Note–Addi*onalAdvantages§ Savingsthroughintangiblebenefits–health,cleanliness§ Savingsthroughdeprecia7onandtaxsavingscenario§ Savingthroughfer7lizerbyproduct§ Savingwastedisposalcost§ Savingsfromenergyandfer7lizerwillappreciateeveryyear

** Kitchen waste composition – 70% cooked food waste + 30% uncooked waste, vegetable peels and rejects ** With Ambient temperature above 35 degree Celsius **If100%cookedfoodwasteisused,biogasproduc;onwillbe20%higher

Parameters Qty/Amt





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Parameters Qty





PowerConsump;on 10-15KWh/day


1person



Parameters Qty/Amt





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Parameters Qty







1person



Parameters Qty/Amt





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Parameters Qty





PowerConsump;on 12–18KWh/day


1person




AES’sbiogasplantT3atMedak,AP

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BioGasproduc7on:80-100m3/day

BiogasProcessLine

ThisBioGasplantprocesses1000Kgofmixedorganicwasteperday–poultrylioer,cowdung,vegetableandfoodwaste,agrowaste.

AES’sBiogasPlantatBellary,Karnataka

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ThisBioGasplantprocesses1000Kgofkitchenwasteperday–vegetables,rejects,cookedfoodwaste,replacingLPG.

AES’sBiogasPlantatAhmedabad,Gujarat

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ThisBioGasplantprocesses1000Kgofkitchenwaste-vegetables,rejects,cookedfoodwasteand1000litersofriceGanjiwaterperday,replacingLPG.

T3ModelSeriesT3300/500/750/1000

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TypesofWastesThatWeCanConsider

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MarketYardVegetableWaste

CookedFoodWaste&Rejects

AnimalWaste

GeneralBiogasApplica7onsPower,DirectThermal,Bio-Fer7lizer

BiogasGenerator

cThermal–cookingfuel,industrialhea7ng

Bio-Fer7lizer BiogasStorageaespl-india

Design and Automation

Technology

Waste-to-Energy

Research Innovation

Corporate Social Responsibility

Trash To Treasure

Sustainable Waste Management Reduce Carbon Footprint

Plug & Play D

igester

Manage your own Waste!!!

For more information, contact:

Shruti Ahuja

Director and Business Head Ahuja Engineering Services Pvt Ltd

www.aespl-india.com

[email protected] Ph: +919849944866

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AES_Kitchen Waste to LPG_T3 Series PPT

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