Podcast
Questions and Answers
Match the following terms with their descriptions related to Environmental Biotechnology:
Match the following terms with their descriptions related to Environmental Biotechnology:
Biotechnology = Use of biological processes for industrial purposes Wastewater Treatment = Process to remove contaminants from water Course Director = Person responsible for overseeing a course Environmental Biotechnology = Application of biotechnology to solve environmental problems
Match the following components of Wastewater Treatment with their functions:
Match the following components of Wastewater Treatment with their functions:
Primary Treatment = Physical removal of solids Secondary Treatment = Biological removal of dissolved organic matter Tertiary Treatment = Advanced purification processes Disinfection = Elimination of pathogenic organisms
Match the following principles of Environmental Biotechnology with their applications:
Match the following principles of Environmental Biotechnology with their applications:
Bioremediation = Using organisms to clean up contaminated sites Bioconversion = Transforming waste into useful products Phytoremediation = Using plants to absorb contaminants Bioaugmentation = Adding microorganisms to enhance treatment processes
Match the following types of waste with the appropriate treatment approach:
Match the following types of waste with the appropriate treatment approach:
Match the following environmental impacts with their corresponding causes:
Match the following environmental impacts with their corresponding causes:
Match the water quality terms with their definitions:
Match the water quality terms with their definitions:
Match the water quality measurement activities with their effects:
Match the water quality measurement activities with their effects:
Match the terms with their related concepts:
Match the terms with their related concepts:
Match the following terms related to filtration with their definitions:
Match the following terms related to filtration with their definitions:
Match the following water quality indicators with their significance:
Match the following water quality indicators with their significance:
Match the following filtration components with their descriptions:
Match the following filtration components with their descriptions:
Match the following filtration concepts with their importance:
Match the following filtration concepts with their importance:
Match the scientific measurements with their characteristics:
Match the scientific measurements with their characteristics:
Match the following terms with their relevance in environmental science:
Match the following terms with their relevance in environmental science:
Match the following filtration-related terms with concepts they relate to:
Match the following filtration-related terms with concepts they relate to:
Match the following malodorous gases with their characteristics:
Match the following malodorous gases with their characteristics:
Match the following instruments with their functions related to gas measurement:
Match the following instruments with their functions related to gas measurement:
Match the malodorous gas with its common source:
Match the malodorous gas with its common source:
Match each gas with its potential effects on health:
Match each gas with its potential effects on health:
Match the gas with the method of detection:
Match the gas with the method of detection:
Match the following terms related to Chemical Oxygen Demand (COD) with their definitions:
Match the following terms related to Chemical Oxygen Demand (COD) with their definitions:
Match the following applications of COD to their descriptions:
Match the following applications of COD to their descriptions:
Match the following characteristics of COD measurement with their significance:
Match the following characteristics of COD measurement with their significance:
Match the methods of COD testing with their typical use cases:
Match the methods of COD testing with their typical use cases:
Match the following impacts of high COD values with their environmental consequences:
Match the following impacts of high COD values with their environmental consequences:
Match the following terms with their definitions related to water quality measurements:
Match the following terms with their definitions related to water quality measurements:
Match the following water quality metrics with their characteristics:
Match the following water quality metrics with their characteristics:
Match the following statements about COD and BOD:
Match the following statements about COD and BOD:
Match the following terms related to environmental pollutants with their examples:
Match the following terms related to environmental pollutants with their examples:
Match the following wastewater characteristics with their implications:
Match the following wastewater characteristics with their implications:
Flashcards
Total Suspended Solids (TSS)
Total Suspended Solids (TSS)
The mass of dried solids remaining on a filter, also known as nonfiltrable residue.
Environmental Biotechnology
Environmental Biotechnology
Application of biological processes for environmental remediation and sustainability.
Wastewater Treatment
Wastewater Treatment
Process of removing pollutants from wastewater using biological or physical methods.
ENBT 401
ENBT 401
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Course director
Course director
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Settleable solids
Settleable solids
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Turbidity
Turbidity
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Chemical Oxygen Demand
Chemical Oxygen Demand
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COD
COD
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BOD
BOD
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COD > BOD
COD > BOD
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Malodorous gas concentration
Malodorous gas concentration
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Gas monitor
Gas monitor
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Wastewater
Wastewater
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Hydrogen sulfide
Hydrogen sulfide
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Ammonia
Ammonia
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Mercaptans
Mercaptans
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Study Notes
Wastewater Treatment Course Information
- Course Director: Prof. Dr. Mahmoud Wafeek
- Course Assistants (Demonstrators): Rafat Abdelaty, Mariam Mohamed, Donia Wafaa, Mostafa El-Mohandes, Aysha Soliman
- Course: Environmental Biotechnology (ENBT 401)
Wastewater Definition
- Wastewater is water that has been affected by human use, including contaminants from residential, industrial, agricultural, and commercial activities.
- It typically contains organic and inorganic pollutants, pathogens, and various chemical substances.
- Improperly managed wastewater can pose risks to human health and the environment.
Wastewater Treatment Overview
- Wastewater treatment is a process to remove contaminants and convert wastewater into an effluent suitable for return to the water cycle or reuse.
- Treated effluent has an acceptable impact on the environment.
Importance of Wastewater Treatment
- Waste Reduction: Treated wastewater reduces the amount of waste entering the environment.
- Energy Production: Wastewater treatment can produce energy.
- Fertilizer Production: Wastewater treatment can yield fertilizer.
- Saving Money: Wastewater treatment saves money in the long run by preventing environmental damage and resource depletion.
Different Types of Wastewater
- Domestic wastewater: from households
- Industrial wastewater: from factories
- Agricultural wastewater: from farms
- Stormwater runoff: from rain and snow
Wastewater Treatment Stages
- Preliminary Treatment: Removes large debris (screening, grit removal).
- Primary Treatment: Allows wastewater to settle in tanks, separating solids.
- Secondary Treatment: Breaking down organic matter using biological or chemical methods.
- Tertiary Treatment: Further treatment involving nutrient removal for polishing the effluent.
- Sludge Treatment: Reducing sludge volume and stabilizing the sludge.
Wastewater Quality Assessment Parameters
- Physical Parameters:
- Temperature
- Solids (Total Dissolved Solids (TDS), Total Suspended Solids (TSS), Settleable Solids)
- Turbidity
- Color
- Odor
- Chemical Parameters:
- Chemical Oxygen Demand (COD)
- Biochemical Oxygen Demand (BOD), measuring dissolved oxygen levels for decomposed organic matter.
- Dissolved Oxygen
- Chlorides
- Nitrogen
- Phosphorus
- Sulphur
- Biological Parameters:
- Biochemical Oxygen Demand (BOD)
- Total and Fecal Coliform Counts
- E. coli Count
- Pathogens
Water Quality Parameters - Measurement
- Temperature: Measured with mercury or digital thermometers.
- Solids (TDS, TSS): Measured based on evaporation and filtering residue, measuring remaining weight.
- Turbidity: Comparing light scattered by a sample to a standard solution.
- Odor: Measured using gas monitors.
COD (Chemical Oxygen Demand)
- Measures oxygen needed to oxidize organic matter in water, created by strong chemical oxidizing agents.
- Higher values than BOD.
BOD (Biochemical Oxygen Demand):
- Measures oxygen consumed by microorganisms during organic matter decomposition.
- Typically measured over 5 days at 20°C.
- Measures presence of dissolved oxygen. Indicates water quality.
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