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INDUSTRIAL
Microbiology
BIOREMEDIATION
 Bioremediation is
“the use of microorganisms to destroy or immobilize waste
materials”
OR
“the use of microorganisms metabolism to remove pollutants
from environment”
BIOREMEDIATION MECHANISM
Microorganisms destroy organic contaminants using the chemicals for their own growth
and reproduction
 Organic chemicals provide:
Carbon-source of cell building material
Electrons-source of energy
Microorganisms include:
Bacteria (aerobic and anaerobic)
Fungi
Actinomycetes (filamentous bacteria))
BIOREMEDIATION
BIOREMEDIATION TECHNOLOGIES
These include
Land farming
Composting
Phytoremediation
Bioaugmentation
Biostimulation
Bioleaching
APPLICATIONS OF BIOREMEDIATION
APPLICATIONS OF BIOREMEDIATION
Treatment process done in upper soil layer or bio treatment cells
The simplest of on site treatment
Nutrients are added to increase biodegradation by mixing soil by ploughing
Contaminants are removed in 4-6 months
Ex situ process conducted in bioreactors where contaminated soil or sluge is slurried
with water in mixing tanks
Sometimes contaminated soil are spread over a large area for treatment
This technique is used to treat
Oily sludge area
Petroleum refinery waste-includes pseudomonas ,various corynebacteria, mycobacteria, and
some yeasts
Pesticide contaminated soil
1. LAND FARMING
1. LAND FARMING
A process for treating contaminated soil using microbes in heat
generating process to degrade contaminants at accelerated rate
Composting material such as straw, bark and wood chips is mixed with
the contaminated soil and piled into heaps
Process work in the same way as normal system which rise the
temperature to 60 ◦C and above to cause microbial activity
Higher temperature encourage the growth of thermophilic bacteria
Increased costs of this type of system restrict it to highly contaminated
materials
2. COMPOSTING
2. COMPOSTING
Effective, low cost and environmental friendly technique
Soil clean up of heavy metals and organic compounds
Pollutants are absorbed in roots, thus plants removed could be
disposed or burned
Transgenic plants with exogenous metallothionein ( a metal
binding protein) used to remove metals
Sunflower plants were used to remove cesium and satrontium
from ponds of nuclear power plant
3. PHYTOREMEDIATION
3. PHYTOREMEDIATION
The process by which metals are dissolved from ore bearing rocks using
microorganisms
Good method to extract metal from ore by means of microbes
Different metals are extracted such as
Gold
Silver
Copper
Zinc
Cobalt
Arsenic
Nickle
Antimony
Uranium
4. BIOLEACHING
4. BIOLEACHING
4. BIOLEACHING
The addition of archaea or bacterial cultures required to speed up the rate of
degradation of a contaminant
The introduction of more naturally occurring or GEMs (genetically engineered
microbes) cultures to enhance the contaminant degradation
If the indigenous variety do not have the metabolic capability to perform the
remediation process then exogenous varieties are introduced
Bacteria, fungi, protozoans, rotifers and nematodes are used
Technique used for
Municipal waste water treatment,
Activated sludge bioreactor
5. BIOAUGMENTATION
5. BIOAUGMENTATION
The method in which bacteria are motivated to start the process of bioremediation
The experts release nutrients and other important substances in the soil where there
is need or removing the contaminants
 The nutrients may be phosphorus, nitrogen, oxygen, or carbon (e.g. in the form of
molasses)
These substances are gas or liquid in form to enhance the growth of microbes in that
area
As a result, microbes remove the contaminants quickly and efficiently
Biostimulation is usually associated with remediation of hydrocarbon or high
production volume chemical spills
6. BIOSTIMULATION
6. BIOSTIMULATION
REFERENCES
• https://youtu.be/WvcOaJB3_DM
• https://youtu.be/x4JssQPTYF8
• https://youtu.be/9oYTRVLPb3E
• https://youtu.be/eMfX36a89hk
• https://youtu.be/aSb5PNwrRx0

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Industrial Microbiology.pdf

  • 2. BIOREMEDIATION  Bioremediation is “the use of microorganisms to destroy or immobilize waste materials” OR “the use of microorganisms metabolism to remove pollutants from environment”
  • 3. BIOREMEDIATION MECHANISM Microorganisms destroy organic contaminants using the chemicals for their own growth and reproduction  Organic chemicals provide: Carbon-source of cell building material Electrons-source of energy Microorganisms include: Bacteria (aerobic and anaerobic) Fungi Actinomycetes (filamentous bacteria))
  • 5. BIOREMEDIATION TECHNOLOGIES These include Land farming Composting Phytoremediation Bioaugmentation Biostimulation Bioleaching
  • 8. Treatment process done in upper soil layer or bio treatment cells The simplest of on site treatment Nutrients are added to increase biodegradation by mixing soil by ploughing Contaminants are removed in 4-6 months Ex situ process conducted in bioreactors where contaminated soil or sluge is slurried with water in mixing tanks Sometimes contaminated soil are spread over a large area for treatment This technique is used to treat Oily sludge area Petroleum refinery waste-includes pseudomonas ,various corynebacteria, mycobacteria, and some yeasts Pesticide contaminated soil 1. LAND FARMING
  • 10. A process for treating contaminated soil using microbes in heat generating process to degrade contaminants at accelerated rate Composting material such as straw, bark and wood chips is mixed with the contaminated soil and piled into heaps Process work in the same way as normal system which rise the temperature to 60 ◦C and above to cause microbial activity Higher temperature encourage the growth of thermophilic bacteria Increased costs of this type of system restrict it to highly contaminated materials 2. COMPOSTING
  • 12. Effective, low cost and environmental friendly technique Soil clean up of heavy metals and organic compounds Pollutants are absorbed in roots, thus plants removed could be disposed or burned Transgenic plants with exogenous metallothionein ( a metal binding protein) used to remove metals Sunflower plants were used to remove cesium and satrontium from ponds of nuclear power plant 3. PHYTOREMEDIATION
  • 14. The process by which metals are dissolved from ore bearing rocks using microorganisms Good method to extract metal from ore by means of microbes Different metals are extracted such as Gold Silver Copper Zinc Cobalt Arsenic Nickle Antimony Uranium 4. BIOLEACHING
  • 17. The addition of archaea or bacterial cultures required to speed up the rate of degradation of a contaminant The introduction of more naturally occurring or GEMs (genetically engineered microbes) cultures to enhance the contaminant degradation If the indigenous variety do not have the metabolic capability to perform the remediation process then exogenous varieties are introduced Bacteria, fungi, protozoans, rotifers and nematodes are used Technique used for Municipal waste water treatment, Activated sludge bioreactor 5. BIOAUGMENTATION
  • 19. The method in which bacteria are motivated to start the process of bioremediation The experts release nutrients and other important substances in the soil where there is need or removing the contaminants  The nutrients may be phosphorus, nitrogen, oxygen, or carbon (e.g. in the form of molasses) These substances are gas or liquid in form to enhance the growth of microbes in that area As a result, microbes remove the contaminants quickly and efficiently Biostimulation is usually associated with remediation of hydrocarbon or high production volume chemical spills 6. BIOSTIMULATION
  • 21. REFERENCES • https://youtu.be/WvcOaJB3_DM • https://youtu.be/x4JssQPTYF8 • https://youtu.be/9oYTRVLPb3E • https://youtu.be/eMfX36a89hk • https://youtu.be/aSb5PNwrRx0