Distillieries - Environmental Clearance

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GUIDANCE FOR ASSESSMENT OF BASELINE COMPONENTS AND ATTRIBUTES*AttributesNetworkSamplingFrequencyMethod ofMeasurementRemarksA. Land EnvironmentSoilParticle size distributionTexturepHElectrical conductivityCation exchange capacityAlkali metalsSodium Absorption Ratio(SAR)PermeabilityPorosityB. Land Use/LandscapeOne surface samplefrom each landfilland/or hazardouswaste site (ifapplicable) and primevillages, (soil samplesbe collected as perBIS specifications) inthe study areaSeason-wiseCollected and analyzedas per soil analysisreference book,M.I.Jackson and soilanalysis reference bookby C.A. BlackThe purpose of impactassessment on soil (landenvironment) is to assessthe significant impactsdue to leaching of wastesor accidental releases andcontaminatingLocation codeTotal project areaTopographyDrainage (natural)Cultivated, forestplantations, water bodies,roads and settlementsC. Solid WasteAt least 20 pointsalong with plantboundary and generalmajor land usecategories in thestudy area. `Drainage once in thestudy period andland use categoriesfrom secondary data(local maps) andsatellite imageries Globalpositioningsystem Topo-sheets SatelliteImageries (1:25,000) SatelliteImageries (1:25,000)Drainage within the plantarea and surrounding isvery important for stormwater impacts.From land use mapssensitive receptors(forests, parks,mangroves etc.) can beidentifiedQuantity: Based on waste generatedFor green field unitesit is based onProcess wise oractivity wise forGuidelinesi
Attributesfrom per unit productionPer capita contributionCollection, transport anddisposal systemProcess WasteQuality (oily, chemical,biological)General segregation intobiological/organic/inert/hazardousLoss on heatingpHElectrical ConductivityCalorific value, metals etc.Quality: Permeability And porosity Moisture pH Electrical conductivity Loss on ignition Phosphorous Total nitrogen Cation exchange capacity Particle size distribution Heavy metal Ansonia FlourideD. Biological Environment (aquatic)Networksecondary data baseof earlier plants.Grab and CompositesamplesGrab and Compositesamples. Recyclablecomponents have toanalyzed for therecyclingrequirementsSamplingFrequencyrespective rawmaterial used.Domestic wastedepends upon theseason alsoProcess wise oractivity wise forrespective rawmaterial used.Domestic wastedepends upon theseason alsoProcess wise oractivity wise forrespective rawmaterial used.Method ofMeasurementIS 9569 : 1980IS 10447 : 1983IS 12625 : 1989IS 12647 : 1989IS 12662 (PTI) 1989AnalysisIS 9334 : 1979IS 9235 : 1979IS 10158 : 1982AnalysisIS 9334 : 1979IS 9235 : 1979IS 10158 : 1982RemarksImpacts of hazardouswaste should beperformed criticallydepending on the wastecharacteristics and placeof discharge. For landdisposal the guidelinesshould be followed andimpacts of accidentalreleases should beassessed Primary productivity Considering probable Season changes are Standards techniques Seasonal sampling forii
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Table of Contents4.10 Public Consul
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AcronymsTable 5-1: Roles and Respon
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AcronymsAnnexure XIIComposition of
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ET{RT4 T}ETJAIRAM RAMESHRk?rq df (a
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1.INTRODUCTION TO THE TECHNICAL EIA
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IntroductionChapter 4 (Operational
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2.CONCEPTUAL FACETS OF EIAIt is an
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Conceptual Facets of EIA2.3.1 Tools
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Conceptual Facets of EIAof wastewat
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Conceptual Facets of EIAa plan for
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Conceptual Facets of EIASustainable
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Conceptual Facets of EIA2.5 Types o
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Conceptual Facets of EIATemporary o
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Conceptual Facets of EIApossible ex
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Distilleries3.ABOUT DISTILLERIES IN
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Distilleriescountry received the sa
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Distilleriesc) DistilleryIn India,
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DistilleriesThe beer, free from alc
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DistilleriesUsemaking IMFL and forB
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DistilleriesTable 3-6: Important Co
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DistilleriesAfter fermentation is c
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DistilleriesSince the reaction is e
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Distilleries3.5.1 Cellulosic ethano
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DistilleriesFigure 3-5: Preliminary
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Distilleries3.6 Raw Material Inputs
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DistilleriesHeat MJ/hL 85-120Electr
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DistilleriesD. Grain and liquid sti
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Distilleriesextraction of organic s
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Distilleriesliquid is then heated i
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Distilleries3.7.6 Wine manufacturin
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DistilleriesThe grist dust generate
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DistilleriesEmission SourcePossible
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DistilleriesThe information furnish
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Distilleriesthe effluent and compos
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Distilleries3.12.2.1 Industry speci
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4.OPERATIONAL ASPECTS OF EIAPrior e
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Operational Aspects of an EIAFigure
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Operational Aspects of an EIA4.2 Sc
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Operational Aspects of an EIANote:M
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Operational Aspects of an EIAThe fi
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Operational Aspects of an EIAHoweve
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Operational Aspects of an EIAPRE-CO
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Operational Aspects of an EIAPRE-CO
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Operational Aspects of an EIA9) Det
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Operational Aspects of an EIA- Prov
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Operational Aspects of an EIA4.4.2.
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Operational Aspects of an EIA4.4.3
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Operational Aspects of an EIALegisl
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Operational Aspects of an EIAthat h
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Operational Aspects of an EIARespon
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Operational Aspects of an EIAEmploy
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Operational Aspects of an EIA4.7.2
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Operational Aspects of an EIAfor th
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Operational Aspects of an EIA2. des
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Operational Aspects of an EIAS.NO E
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Operational Aspects of an EIA In th
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Operational Aspects of an EIAenviro
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Operational Aspects of an EIAIn cas
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Stakeholders’ Roles and Responsib
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Page 140 and 141: Manufacturing process of Rectified
Page 142 and 143: tray construction and heated by ste
Page 144 and 145: Figure 1: Process flow of Fermentat
Page 146 and 147: Table 1vii
Page 148 and 149: Table 3Spent Wash Characteristics F
Page 150 and 151: SL.NO.LEGALINSTRUMENT(TYPE,REFERENC
Page 152 and 153: 8 Manufacture Storageand Import ofH
Page 154 and 155: Section 37: Explosion or inflammabl
Page 156 and 157: commissioner)20 The Motor Vehicle A
Page 158 and 159: ANNEXURE IIIGeneral Standards for D
Page 160 and 161: 18. Hexavalent chromium (as Cr+6) m
Page 162 and 163: 2. The user should make efforts to
Page 164 and 165: ANNEXURE IVForm 1 (Application Form
Page 166 and 167: S. No. Item Details14. Interlined P
Page 168 and 169: S.No. Information/Checklist confirm
Page 170 and 171: S.No. Information/Checklist confirm
Page 172 and 173: 8. Risk of accidents during constru
Page 174 and 175: (IV) PROPOSED TERMS OF REFERENCE FO
Page 176 and 177: Details of Critically Polluted Indu
Page 178 and 179: 16 Cuddalore (Tamil Nadu)CEPI-77.45
Page 180 and 181: e made available showing spatial bo
Page 182 and 183: Table 1: Points for Possible Covera
Page 184 and 185: ii.Details of selected siteStatus o
Page 186 and 187: TYPES OF MONITORING AND NETWORK DES
Page 188 and 189: and proportional to temporal dynami
Page 192 and 193: AttributesAquatic weedsEnumeration
Page 194 and 195: ANNEXURE IXSources of Secondary Dat
Page 196 and 197: Information8. Nature of Terrain, to
Page 198 and 199: Annexure VIIB: Summary of Available
Page 200 and 201: 13. Department of Ocean Development
Page 202 and 203: 19. Indian Meteorology Department S
Page 204 and 205: 32. National Botanical Research Ins
Page 206 and 207: ANNEXURE XImpact Prediction Tools
Page 208 and 209: MODEL APPLICATION REMARKS REMARKS F
Page 214 and 215: Model Application Remarks(SWMM)Batt
Page 216 and 217: Name Relevance Applications Remarks
Page 218 and 219: RelevanceName Application Remarksen
Page 220 and 221: 1 Name (in block letters)2 Address
Page 222 and 223: Composition of the EAC/SEACThe Memb
Page 224 and 225: Best Practices & Latest Technologie
Page 226 and 227: For installations affected by seaso
Page 228 and 229: REFERENCESReference DocumentsMinist
Page 230: IL&FS Ecosmart LimitedFlat # 408, S
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