MADCAD.com - The Cloud-Based Reference Library

- Free Trial - Webinar - Feedback

Cart (0)

No items in cart.

Total

There is a technical issue about last added item. You can click "Report to us" button to let us know and we resolve the issue and return back to you or you can continue without last item via click to continue button.

Home

Content

eLibrary

Not a subscriber? Register for a trial account.

Username:
Password:

Incorrect username/password.

Already a subscriber?

MADCAD.com Free Trial

Sign up for a 3 day free trial to explore the MADCAD.com interface, PLUS access the
2009 International Building Code to see how it all works.

If you like to setup a quick demo, let us know at support@madcad.com
or +1 800.798.9296 and we will be happy to schedule a webinar for you.

Email *
Password *
Confirm *
First Name *
Last Name *
Title
Company Name *
Company Size *
Industry *
Address *
Address 2
City *
State *	Zip *
Country *
Phone *
How did you hear about MADCAD.com? *

Contact us for a custom quote

Please fill the form below and a member of our staff will contact you shortly. The contents of your cart will automatically be sent to us so we can provide an accurate custom quote.

Company*
Full name*
Email*
Phone

⨯To continue with accurate pricing,
please select your company type below:

Large goverment organizations

Large multi-national corporation (more than $5B annual revenue)

None of the above

Your company has a special pricing case for IEEE.
For pricing, please contact us by filling out the form.

Full name*
Email*
Phone
Your selection

⨯We need your input!

Are you a code official in a jurisdiction with less than 300,000 population?

Yes No

This item is only available for the code officials of jurisdictions less then 300K population.

If you do not meet the criteria item will be removed and you will be able to continue shopping other items.

⨯ We need your input!

Your company has a special pricing case for ASME.
Please make sure the information you provide below is accurate.

Company Industry
Number Of Employees
Revenue

Pricing for the ASME publications in the store is for a 1-4 employee company in Construction Industry with revenue under $500,000.
If correct company info does not match what is publicly available info we will suspend the access and contact you for correction.
Please call 1-800-798-9296 if you have any questions.
If your company has more than 5,000 employee or more than 500 mil revenue please email us at info@madcad.com to receive a special quote, use "ASME Quote" on the subject line.

eLibrary > AWWA Manual M80 Biological Drinking Water Treatment >

AWWA Manual M80 Biological Drinking Water Treatment, 2025

Figure 1-1 Streptomyces sp. colonies on Czapek-Dox agar showing fuzzy aerial mycelium and spores [Go to Page]
Figure 1-2 Example colonies grown on selective media
Figure 1-3 Spore chains of Streptomyces sp. at 1,000× magnification
Figure 2-1 Photomicrographs of Leptothrix ochracea from iron-rich water samples. (A) Note the straight tubular nature of the Fe-oxide encrusted sheaths with varying amounts of iron encrustation; (B) light micrograph showing Fe-oxide encrusted sheaths/fila
Figure 2-2 Filaments of Sphaerotilus natans
Figure 2-3 �Two views of Gallionella ferruginea stalks from iron-rich water samples. The cells grow at the terminal ends of the stalks leaving behind twisted or helical-shaped stalks of iron oxide. (A) Phase contrast; (B) note the bean-shaped cells at t
Figure 2-4 �Siderocapsa-like organisms produce a distinctive capsule of iron oxides around the cell. (A) A phase contrast image of a cell inside its capsule, denoted by arrow; (B) identical image stained with the DNA stain SYTO 13 revealing cell fluoresc
Figure 2-5 �(A) Mixed filamentous microflora (Leptothrix spp. and probably Crenothrix spp.) with mineral matrix of predominantly Mn(II) oxides; light microscopy. (B) Filamentous microflora (mostly Leptothrix spp.) with Fe(III)-oxihydroxide matrix
Figure 2-6 �Pump discharge components clogged by iron biofouling, eastern West Virginia
Figure 2-7 �Iron biofouled (iron-oxidizing plus Fe sulfide) well pump and column pipe, northern Ohio
Figure 2-8 �Well pump with clogged impeller channels and intake
Figure 2-9 �Clean versus clogged impellers
Figure 3-1 Sulfur cycle as influenced by microbiological activities. This cycle depicts transformations in the sulfur cycle by six major groups:
Figure 3-2 Thiothrix sp., an example of SOM (The letters “B”, “So” and the arrows will be removed. Scale should remain.)
Figure 3-3 Basic forms of microbiologically influenced corrosion (MIC) of a steel coupon.
Figure 4-1 Electron micrograph showing cross section of a nitrifying bacterium
Figure 4-2 Water quality parameters during a 1985 nitrification episode at Garvey Reservoir, Los Angeles County, Calif.
Figure 5-1 Roundworms (phylum Nematoda)
Figure 5-2 Nematode, 60X
Figure 6-1 Two-winged flies (order Diptera) (See diagrams A, B, C, D, and E)
Figure 6-2 Pharate adult of a chironomid (Insecta, Chironomidae): (a) Ventral view, 1:20; (b) Head, ventral view, 1:70; (c) Head, dorsal view, 1:7
Figure 6-3 Parthenogenetically formed eggs in abdomen of a chironomid pharate adult pupa (Insecta, Chironomidae), ventral view, 70×
Figure 6-4 Linear regression of the logarithm10 of the midge fly larvae concentration in water flushed from mains with the concentration of (total or dissolved) organic carbon in finished water; based on a 1993–1995 survey in the Netherlands.
Figure 7-1 �Daphnia sp., water flea
Figure 7-2 �Bosmina sp.
Figure 7-3 Cyclops sp.
Figure 7-4 Crustaceans (See diagrams A, C, E, and H)
Figure 7-5 Asellus aquaticus, dorsal view, 1:5
Figure 7-6 The amphipod Hyallela azteca (1.0 cm) isolated from a point-of-use filter
Figure 7-7 Crustaceans (See diagrams E, F)
Figure 7-8 Ostracod
Figure 7-9 Calanoid copepod
Figure 8-1 Keratella sp.
Figure 8-2 Rotifers (phylum Rotifera)
Figure 8-3 Kellicottia longispina
Figure 8-4 Bdelloid rotifer. A single organism is shown in expanded and contracted aspects of locomotion.
Figure 8-5 Polyarthra
Figure 8-6 Ploimate rotifer
Figure 9-2 �Stages of dreissenid mussel early development. (A) D-shaped veliger with velum extended; (B) Pediveliger with ciliated velum extended; and (C) Late pediveliger or plantigrade stage with velum transformed into the foot
Figure 9-3 �Adult bivalve mussels. (A) Zebra mussel showing byssal threads used for attachment; (B) Quagga mussel with influent siphon extended; and (C) Golden mussel
Figure 9-4 �Detection of quagga mussel veligers by light microscopy with (A) normal illumination and (B) crosspolarized illumination. (C) Veligers display the characteristic cross pattern under polarized illumination irrespective of their size.
Figure 9-5 �Quagga mussels encrusting (A) the inside of a large diameter raw water conveyance pipe and (B) a trash rack at a pumping plant intake
Figure 10-1 Cyanobacteria (Cyanoprokaryotes). Lyngbya (Plectonema) wollei 400×
Figure 10-2 �Cyanobacteria (Cyanoprokaryotes). Planktothrix perornata, MIB producer, Lake Skinner, Calif.
Figure 10-3 Cyanobacteria (Cyanoprokaryotes). Dolichospermum sp.
Figure 10-4 Cyanobacteria (Cyanoprokaryotes). Odorous Pseudanabaena sp.
Figure 10-5 Chlorophyta Stigeoclonium sp., 400×
Figure 10-6 Chlorophyta Klebsormidium sp. Growth on walls of settled pulsator
Figure 10-7 Chrysophyceae Dinobryon bavaricum, 400×
Figure 10-8 Synurophyceae Mallomonas sp., 400×
Figure 10-9 Xanthophyta (Eustigmatophyceae). Chlorobotrys sp.
Figure 10-10 �Bacillariophyta. Examples shown with respective ecological microhabitats: planktonic (Asterionella, Aulacoseira, Fragilaria, Melosira, Cyclotella); tychoplanktonic (Aulacoseira, Fragilaria, Tabellaria); aerophilic (Luticola, Navicula cincta,
Figure 10-11 Xanthophyta (Xanthophyceae). Tribonema sp., 400×
Figure 10-12 Xanthophyta (Raphidophyceae). Gonyostomum semen
Figure 10-13 Dinophyta (Dinoflagellata). Ceratium hirundinella, 400×
Figure 10-14 Euglenophyta (Euglenoids). Eulgena sp. Surface bloom in an N.C. reservoir
Figure 10-15 Euglenophyta (Euglenoids). Phacus longicauda, 400×
Figure 10-16 Cryptophyta (Cryptomonads). Cryptomonas sp., 1,000×
Figure 10-17 �Haptophyta (Prymnesiophyta). Chrysochromulina (Prymnesium) sp. Lugol’s preserved unknown species isolated from N.C.
Figure 10-18 �Haptophyta (Prymnesiophyta). Chrysochromulina (tentatively identified as C. breviturrita by Olvid Moestrup), unpreserved specimen
Figure 10-19 Rhodophyta. Batrachospermum sp., 100×
Figure 11-1 Image of a trophozoite amoeba with prominent pseudopods extending outward on the lower right and a large contractile vacuole at the top left side of the organism
Figure 11-2 An image of Vermamoeba vermiformis in a culture of E. coli. DIC, 1,000×
Figure 11-3 �Image of Acanthamoeba spp. (A) trophozoite form under favorable conditions and (B) dormant cyst form resistant to harsh conditions
Figure 11-4 Protozoa. Ciliate, Vorticella, unstained, bright-field microscopy, 120×
Figure 11-5 Protozoa. Free Ciliate, 200×
Figure 11-6 Protozoa. Stalked Ciliate, 200×
Figure 11-7 �Images of Euglena spp. (A) showing several chloroplasts (green structures), stigma (red eye spot), and (B) several cylindrical shaped paramylon bodies
Figure 12-1 Eurasian water milfoil, Myriophyllum spicatum
Figure 12-2 Hydrilla infestation, Boulware Springs, Fla.
Figure 12-3 Brazilian waterweed, Egeria densa
Figure 12-4 Decontamination station at Lake Mead National Recreation Area, Nev.
Table 1-1 Common methods used for the isolation and identification of actinomycetes
Table 1-2 Major volatile organic compounds (VOCs) produced by streptomycete species
Table 3-1 Common forms of sulfur found in aquatic environments
Table 3-2 Common groups of sulfur-related bacteria and associated products
Table 3-3 Evaluation of treatment success based on reduction of the size of the biofouling populations
Table 3-4 Stages in the development of an effective treatment for sulfur-related bacteria infestations
Table 7-1 Selected crustaceans with potential drinking water significance
Table 9-1 Environmental tolerances of invasive mussels
Table 9-2 Typical disinfectant concentrations used for control of invasive mussels
Table 10-1 Description, Occurrence, and Significance of 12 Major Groups of Algae
Table 10-2 UCMR4 Results Summary
Table 11-1 Selected Free-Living Protozoa with Potential Drinking Water Significance
Table 11-2 Survival of bacteria in various Tetrahymena spp.
Table A-1 Troubleshooting guide by symptom
Table 1-1 Common methods used for the isolation and identification of actinomycetes
Table 1-2 Major volatile organic compounds (VOCs) produced by streptomycete species
Table 3-1 Common forms of sulfur found in aquatic environments
Table 3-2 Common groups of sulfur-related bacteria and associated products
Table 3-3 Evaluation of treatment success based on reduction of the size of the biofouling populations
Table 3-4 Stages in the development of an effective treatment for sulfur-related bacteria infestations
Table 7-1 Selected crustaceans with potential drinking water significance
Table 9-1 Environmental tolerances of invasive mussels
Table 9-2 Typical disinfectant concentrations used for control of invasive mussels
Table 10-1 Description, Occurrence, and Significance of 12 Major Groups of Algae
Table 10-1 Description, Occurrence and Significance of 12 Major Groups of Algae (Continued)
Table 10-1 Description, Occurrence and Significance of 12 Major Groups of Algae (Continued)
Table 10-1 Description, Occurrence and Significance of 12 Major Groups of Algae (Continued)
Table 10-1 Description, Occurrence and Significance of 12 Major Groups of Algae (Continued)
Table 10-1 Description, Occurrence and Significance of 12 Major Groups of Algae (Continued)
Table 10-2 UCMR4 Results Summary
Table 11-1 Selected Free-Living Protozoa with Potential Drinking Water Significance
Table 11-2 Survival of bacteria in various Tetrahymena spp.
Table A-1 Troubleshooting guide by symptom
Table A-1 Troubleshooting guide by symptom (Continued)
Table A-1 Troubleshooting guide by symptom (Continued)
Preface
Acknowledgments
Chapter 1
Actinomycetes
BIOLOGY AND ECOLOGY
ISOLATION AND IDENTIFICATION
SIGNIFICANCE FOR WATER SUPPLIES
CONTROL STRATEGIES
REFERENCES
Chapter 2
Iron-Oxidizing Bacteria
BIOLOGY AND ECOLOGY
SIGNIFICANCE FOR WATER SUPPLIES
CONTROL STRATEGIES
REFERENCES
Chapter 3
Sulfur-Related Bacteria
REFERENCES
Chapter 4
Ammonia-Oxidizing Bacteria
Introduction
BIOLOGY AND ECOLOGY
IDENTIFICATION
SIGNIFICANCE FOR WATER SUPPLIES
CONTROL STRATEGIES—PREVENTION AND RESPONSE
DISCLAIMER
REFERENCES
Chapter 5
Nematodes
BIOLOGY AND ECOLOGY
IDENTIFICATION
SIGNIFICANCE FOR WATER SUPPLIES
CONTROL STRATEGIES
REFERENCES
Chapter 6
Bloodworms or Midges (Chironomid Larvae)
BIOLOGY AND ECOLOGY
SIGNIFICANCE FOR WATER SUPPLIES
CONTROL STRATEGIES
REFERENCES
Chapter 7
Crustacea
BIOLOGY AND ECOLOGY
SIGNIFICANCE FOR WATER SUPPLIES
CONTROL STRATEGIES
REFERENCES
Chapter 8
Rotifers
BIOLOGY AND ECOLOGY
REPRODUCTION
IDENTIFICATION
SIGNIFICANCE FOR WATER SUPPLIES
CONTROL STRATEGIES
REFERENCES
Chapter 9
Invasive Mussels
BIOLOGY AND ECOLOGY
IDENTIFICATION
SIGNIFICANCE FOR WATER SUPPLIES
CONTROL STRATEGIES
REFERENCES
Chapter 10
Algae and Cyanobacteria
REFERENCES
Chapter 11
Free-living Protozoa
INTRODUCTION
BIOLOGY & ECOLOGY
IDENTIFICATION
SIGNIFICANCE FOR WATER SUPPLIERS
CONTROL STRATEGIES
DISCLAIMER
ADDITIONAL RESOURCES
REFERENCES
Chapter 12
Invasive Aquatic Plant Species
BIOLOGY AND ECOLOGY
SIGNIFICANCE FOR WATER SUPPLIES
CONTROL STRATEGIES
EARLY DETECTION/MONITORING
RAPID RESPONSE
CONTROL/ERADICATION
REFERENCES
Abbreviations
Glossary [Go to Page]

MADCAD.com Free Trial

Report To Us

Contact us for a custom quote

⨯To continue with accurate pricing,
please select your company type below:

⨯We need your input!

⨯ We need your input!

⨯We need your input!

⨯We need your input!

Cart Warning

AWWA Manual M80 Biological Drinking Water Treatment, 2025

MADCAD.com Free Trial

Report To Us

Contact us for a custom quote

⨯To continue with accurate pricing, please select your company type below:

⨯We need your input!

⨯ We need your input!

⨯We need your input!

⨯We need your input!

Cart Warning

AWWA Manual M80 Biological Drinking Water Treatment, 2025

⨯To continue with accurate pricing,
please select your company type below: