SOURCES OF WATER Rain water Root top Other collection system *Surface Water Rivers and Streams Lakes and Ponds Oceans and Seas *Ground Water Natural Spring.

Slides:



Advertisements
Similar presentations
Acid rain and pollution. Acid rain Rain is naturally acidic (pH 5.6) because it mixes with CO 2 making water acidic Rain is naturally acidic (pH 5.6)
Advertisements

Water Treatment. WATER TREATMENT INTRODUCTION Water is vital for life. not only do we need water to drink and to wash but it is also important for many.
WATER POLLUTION DR MOHD HASNI HJ JAAFAR ENVIRONMENTAL PHYSICIAN
Waste Water Treatment (Sewage Treatment)
Syllabus statements: Chapter Video Labs:
Production Water. PRODUCTION WATER TREATMENT  As previously discussed produce water is produced in large quantities particularly for aging wells. This.
1. Review- By what two processes is water cycled from land to the atmosphere Sequence- Describe one way in which water from Lake Superior may make one.
Biogeochemical Cycles
Environmental Health X. Rodents and Insects Shu-Chi Chang, Ph.D., P.E., P.A. Assistant Professor 1 and Division Chief 2 1 Department of Environmental Engineering.
Module 6: Water Supply and Waste Treatment. Issues Natural water Domestic water Sewage.
Wastewater Treatment Technologies Sumona Mukherjee PhD Student.
Improving Water Quality Purification of Drinking Water General process: Collected from reservoir or ground water.
Water quality affected by some anthropogenic influence. Origin - domestic, industrial & commercial or agricultural activities.
BCE Environmental Engineering Water Treatment Mdm Nur Syazwani binti Noor Rodi.
Water Supply & Management Obj: Discuss the nature, importance and sources of water.
EARTH IS UNIQUE – ITS TEMPERATURES & PRESSURES ALLOW FOR WATER TO EXIST IN ALL THREE STATES: SOLIDS, LIQUID, AND GAS Ch 23.1 Water & the Water Cycle.
HUMAN IMPACT ON WATER BY: MR. MERINGOLO. THERE IS LOTS OF WATER, SO WHAT’S THE PROBLEM? Approximately 97 % of water is salty, which leaves only 3 % as.
Water Waste Treatment.
Water Pollution.
Water Pollution. Daily planet run EA2Ej7w8QF;_ylu=X3oDMTFkM25xMDloBHNlYwNzYwRzbGsDa HF2aWQEdnRpZAMEdmlkAzAwMDExNTIzOTM5BGdwb3MDNg.
Water Conditioning Process
E NVIRONMENTAL E NGINEERING 441 Lecture 3: Water Treatment Philadelphia University Faculty of Engineering Department of Civil Engineering First Semester,
WATER. OBJECTIVES  Describe the diistribution of Earth’s water resources.  Explain why fresh water is one of Earth’s limited resources.  Describe the.
Fresh Water and Resources Chapter 11 and Chapter 12.
AIR RAIN ESTUARINE WATER SEA WATERRIVER WATER OCEANIC SEDIMENTSOIL ESTUARINE SEDIMENTFLUVIAL SEDIMENT Movement of trace metals in the hydrological.
Wastewater Treatment Processes
EARTH IS UNIQUE – ITS TEMPERATURES & PRESSURES ALLOW FOR WATER TO EXIST IN ALL THREE STATES: SOLIDS, LIQUID, AND GAS Ch 23.1 Water & the Water Cycle.
(E6) Water Treatment Sarah Black.
Chemicals are recycled between organic matter and abiotic reservoirs
ENVIRONMENTAL PROTECTION Anita SZABÓ András OSZTOICS Dóra LAKY.
MIC 303 INDUSTRIAL AND ENVIRONMENTAL MICROBIOLOGY CHAPTER 10-SEWAGE (WASTEWATER) TREATMENT.
WASTEWATER TREATMENT NOTES
What is a Watershed? An area of land, from ridge top to ridge top, that collects, stores, and releases water to a common point, such as a river or a lake.
ENVE 420 Industrial Pollution Control Wastewater Treatment Processes Dr. Aslıhan Kerç.
BALANCE OF MATERIAL. Practical Advices During the generation of the Material Balance phase.
Review of Environmental Engineering II. Water quality management Water pollutants sources – Point sources – Nonpoint sources Water pollutants – Oxygen.
Characteristics of Sewage. Sampling techniques The value of any laboratory result depends on the integrity of the sample. The object of sampling is to.
UNIT 8 EARTHS FRESH WATER How much water do we use? 140 billion gallons daily in the United States alone Expected to grow.
Water Pollution Pollution: “the presence of a substance in the (aquatic) environment that because of its chemical composition or quantity prevents the.
1.Submit your Creek Survey if you haven’t already done so. 2.Which part of the water cycle is MOST responsible for polluting surface water? 3.Municipalities.
8. E and 4 Water Quality, Indicators, and Usage.
Sewage Treatment 1. Introduction The bulk of the biodegradable pollutants that can be released into the environment is made up of: 1. Domestic wastes.
Course TEN-702 Industrial waste management unit-2 Lecture -8 & 9.
WATER CONTAMINATION AND DISEASES. Body water Facts Body composition 65% water; −Water loss: 1% thirst; 5% hallucinations; 15% death Basic requirements.
Water management company AN ADVANCED SEWAGE WATER TREATMENT CONCEPT: e – IONIZATION TREATMENT.
EnRoll NO. EnRoll NO Department: Computer Science & Engineering.
What is the Water Cycle? It’s a continuous movement of water from ocean to the air and then to land and it is a pattern over and over again. There are.
Acid Deposition. process by which acid-forming pollutants are deposited on Earth’s surface by… – wet- rain, snow, fog – dry- smoke or dust particles impacts.
Industrial Water Efficiency & Zero Liquid Discharge
Water Pollution. Overview o Types of Water Pollution Sewage Sewage Disease-causing agents Disease-causing agents Sediment pollution Sediment pollution.
Chapter 22 Water Pollution and Treatment. Water Pollution Primary water pollution problem (world) - lack of clean, disease-free drinking water. Major.
ERT 468 SURFACE WATER Surface Water Sources and Quality
Lecture (8): liquid wastes treatment (primary, vital, advanced).
Water Pollution.
23.1 Fresh Water 71% of Earth is covered with water, 3% is fresh
Wastewater Treatment.
Chapter 11 Preview Section 1 The Active River
Hydrosphere 2/3 of our earth is water but 97% of it is saline water Water is scarce. Our negligence is disturbing the Sphere of water Putting our life.
Wastewater Treatment.
Water Quality, Indicators, and Usage
Water Pollution.
What can you tell about the occurrence on these pictures?
Wastewater Treatment.
Major Water Pollutants
Wastewater Treatment.
Wastewater Treatment.
Microbial Biotechnology
Water Pollution Lecture-2 for Sem 1 students of B.A/B.Sc/B.Com By Mr. Sayantan Dutta Dept. Of Environmental Science B.B.College, Asansol.
Water Treatment.
Presentation transcript:

SOURCES OF WATER Rain water Root top Other collection system *Surface Water Rivers and Streams Lakes and Ponds Oceans and Seas *Ground Water Natural Spring Wells. MEETING WATER QUALITY SPECIFICATION

INTER-RELATION OF VARIOUS SOURCES OF WATER -Water Cycle Occurrence of water in the Geological Formation Occurrence of water in the Geological Formation COMPACT Rock COMPACT Rock Permeability Rock Permeability Rock Rate of Water Movement Rate of Water Movement –Friction –Gradient –Nature of Rock –Driving Force

QUALITY SPECIFICATION DOMESTIC DOMESTIC –High Degree of Purity –Chlorination –Sterilization

INDUSTRIAL WATER TREATMENT WATER TREATMENT WATER AND USES WATER AND USES –Domestic –Industrial –Fish Farming –Power Generation –Recreation

TREATMENT -Pretreatment (Equalization, neutralization, grease and oil removal) -Pretreatment (Equalization, neutralization, grease and oil removal) -Primary Treatment- (Screens, gravity sedimentation, chemical -Primary Treatment- (Screens, gravity sedimentation, chemical precitate) precitate) Secondary Treatment (Biological) Secondary Treatment (Biological) Physical- Chemical treatment (adsorption, ion-exchange, stripping Physical- Chemical treatment (adsorption, ion-exchange, stripping chemical oxidization) chemical oxidization)

PROCESS SELECTION Determination of sources of water Determination of sources of water Consideration of existing water Consideration of existing water Evaluation of the objective Evaluation of the objective Considering all constrain Considering all constrain Determination of economic involvement Determination of economic involvement Recommend the most Recommend the most –APPROPRIATE STANDARDS Identification of toxic compounds Identification of toxic compounds Operators of treatment plants Operators of treatment plants Determination of the technology of the process Determination of the technology of the process Master plan of the water treatment Master plan of the water treatment FACTOR TO CONSIDER IN PROCESS SELECTION FACTOR TO CONSIDER IN PROCESS SELECTION Economical Economical Capacity Capacity Technology Technology Environmental factor Environmental factor

RELEVANCE RELEVANCE Reliance Reliance Ability and willingness Ability and willingness Ability to cope Ability to cope FAILURE OF WATER TREATMENT STRATEGIES FAILURE OF WATER TREATMENT STRATEGIES Failure to consider local condition Failure to consider local condition Lack of knowledge Lack of knowledge Uncharacterized flow and road region Uncharacterized flow and road region Inadequate data Inadequate data Problem of maintenance Problem of maintenance PRODUCED WATER FOR RE-INJECTION PRODUCED WATER FOR RE-INJECTION SOURCE SOURCE Reservoirs Reservoirs From producing reservoir From producing reservoir SOURCE SOURCE Land Land Surface water Surface water Subsurface Subsurface

LEGISLATION AGAINST DISPOSAL LEGISLATION AGAINST DISPOSAL Government Agencies Government Agencies FEPA FEPA Environmental ministries fed Environmental ministries fed State governments State governments COMPOSITION COMPOSITION Varies from field to field basically Varies from field to field basically Heavy metals Heavy metals Residual oil Residual oil Rationalizes Rationalizes Dissolved oxygen Dissolved oxygen Treatment chemical Treatment chemical Total dissolved solid Total dissolved solid TABLE 2A:PAGE 48b TABLE 2A:PAGE 48b Treatment Treatment

WATER TREATMENT FOR INJECTION WATER TREATMENT FOR INJECTION SOURCE SOURCE Already discussed Already discussed RELEVANT PARAMETER RELEVANT PARAMETER Dissolved oxygen (DO) Dissolved oxygen (DO) Suspended Solid (SS) Suspended Solid (SS) Biochemical Oxygen Demand (BOD) Biochemical Oxygen Demand (BOD) Ph Ph Metals Metals Pesticides Pesticides Total organic carbon Total organic carbon

COMPOSITION OF RAW WATER COMPOSITION OF RAW WATER COMPARISON OF SURFACE WATER AND GROUNDWATER COMPARISON OF SURFACE WATER AND GROUNDWATER SOURCES OF WATER FOR INJECTION SOURCES OF WATER FOR INJECTION Brine and fresh water Brine and fresh water Laves Laves Rivers Rivers Seas Seas Ocean Ocean Produced water Produced water

SUMMARY OF PROBLEM SUMMARY OF PROBLEM Corrosion Corrosion Scale formation Scale formation Solid component Solid component Bacteria Bacteria Residual oil Residual oil CORROSION CORROSION Cause Cause PH PH Dissolved gases (Co2 O2 H2S) Dissolved gases (Co2 O2 H2S) Results Results Destruction of equipment Destruction of equipment Loss of injection control Loss of injection control Plugging Plugging

SCALE FORMATION SCALE FORMATION Causes Causes Chemicals (CaCo3 CaSo4 Baso4) Chemicals (CaCo3 CaSo4 Baso4) Results Results Plugging Plugging Equipment wear Equipment wear Restriction of flow Restriction of flow WATER QUALITY WATER QUALITY Causes Causes Poor water treatment efficiency Poor water treatment efficiency Corrosion Corrosion Results Results Formation plugging Formation plugging BACTERIAL ACTION BACTERIAL ACTION Causes Causes Colony formation Colony formation Growth Growth Result Result Corrosion Corrosion Formation plugging Formation plugging

BACTERIAL ACTION BACTERIAL ACTION Causes Causes Colony formation Colony formation Growth Growth Result Result Corrosion Corrosion Formation plugging Formation plugging OIL RESIDUE OIL RESIDUE Causes Causes Coating of solid particles Coating of solid particles Result Result Corrosion Corrosion -Formation plugging -Formation plugging TREATMENT TREATMENT