- ZPĚT
-
- Biologie vody
- Odborná skupina
při Asociaci pro vodu ČR
- LITERATURA
-
-
-
- KNIHY
-
- Improving Water
Supply Networks: Fit for Purpose Strategies and
Technologies
Authors: Hamilton S., Wyeth G., Charalambous B.
IWA, Pub. Date: 15. 3. 2021
-
-
- Future-oriented
technologies and concepts to increase water availability
by water reuse and desalination
Author: Drewes J. E.
IWA, Pub. Date: 15. 4. 2021
ISBN13: 9781789062496
*
-
- U příležitosti 100.
výročí aktivačního procesu vydává IWA publikaci
Activated sludge - 100 Years and Counting
Editors: prof. Jenkins and prof. Wanner
Publication date: June 2014, ISBN: 9781780404936
Pages: 288, Hardback
Publikace se
zabývá historií aktivace, současnými problémy
procesu, ale i vývojem do budoucna.
- Součástí jsou rovněž
texty přednášek stejnomenné konference, která se
konala 12.-14.6. v německém Essenu.
*
Informace o dalších
zajímavých publikacích lze nalézt v
přiloženém katalogu-
- Pozornost si zaslouží
např.:
Microbial Growth in Drinking Water Distribution Systems
Reservoir Eutrophication: Preventive Management
Soil and Water Contamination
Cryptosporidium Literature Review
Milestones in Water Reuse
Natural Wastewater Treatment Systems
Nanotechnology for Water and Wastewater Treatment
*
- Progress in
Environmental Microbiology
Odkaz: https://www.novapublishers.com/catalog/product_info.php?products_id=5998&osCsid=2f0cca54b07e19c227853e5cf764c586
Editors: Myung-Bo Kim
Binding: Hardcover
Pub. Date: 2008
ISBN: 1-60021-940-3
- This book presents new and
important research on environmental microbiology which is
area of interaction that studies the interaction of
microorganisms with the environment. It includes the
structure, activities and communal behaviour of microbial
communities, microbial interactions and interactions with
plants, animals and non-living environmental factors,
population biology and clonal structure microbes and
surfaces, adhesion and biofouling responses to
environmental signals and stress factors growth and
survival, modelling and theory development, microbial
community genetics and evolutionary processes, microbial
physiological, metabolic and structural diversity,
pollution microbiology, extremophiles and life in extreme
and unusual little-explored habitats, primary and
secondary production, element cycles and biogeochemical
processes and microbially-influenced global changes.
Table of Contents:
Expert Commentaries
Commentary A - Complex Ecology of Microbial Biofilm
Communities in Drinking Water Supply Systems, pp. 1-6;
(B.P. Zietz)
Commentary B - Network Study of Interspecies
Relationships Will Open New Aspects of Microbial Ecology,
pp. 7-10;
(Shin Haruta and Yasuo Igarashi)
Research and Review Articles
Chapter I - Evolution of Symbiotic Bacteria in "Plant-Soil"
Systems: Interplay of Molecular and Population Mechanisms,
pp. 11-67;
(Nikolai A. Provorov and Nikolai I. Vorobyov)
Chapter II - Mixtures of Microorganisms in Biocontrol, pp.
69-110;
(Magdalena Szczech)
Chapter III - Heavy Metals and Microorganisms in the
Environment: Taking Advantage of Reciprocal Interactions
for the Development of a Wastewater Treatment Process, pp.
111-149;
(Diana L. Vullo, Helena M. Ceretti, Silvana A.M. Ramírez
and Anita Zalts)
Chapter IV - Community Level Physiological Profiles as
Influenced by Soil Management. Critical Considerations
about their Interpretation, pp. 151-168;
(Elena del Valle Gomez and Olga Susana Correa)
Chapter V - Endogenic and Anthropogenic Adsorption of Cu
and Zn onto the Non-Residual and Residual Compounds in
the Surficial Sediments (Natural Surface Coating Samples),
pp. 169-186;
(Y. Li, X.L. Wang, X.Y. Du and T. Wang)
Chapter VI - Colonisation of Water Systems in the Built
Environment of Northern Germany by Legionella spp. and
Pseudomonas spp.,
pp. 187-202;
(B.P. Zietz and H. Dunkelberg)
Chapter VII - Improving Fecal Coliform Removal in
Maturation Ponds, pp. 203-221;
(Nibis Bracho and Clark L. Casler)
Chapter VIII - Antagonistic Effect of Microbially-treated
Mixture of Agro-Industrial Wastes and Inorganic Insoluble
Phosphate to Fusarium Wilt Disease, pp. 223-234;
(N. Vassilev, M. Fenice, E. Jurado, A. Reyes, I.
Nikolaeva and M. Vassileva)
Chapter IX - Fluorescence In Situ Hybridization (FISH) in
Aquatic Bacteria, pp. 235-244;
(Ilias Tirodimos and Malamatenia Arvanitidou)
-
- *
-
- Water Microbiology:
Types, Analyses and Disease-Causing Microorganisms
Odkaz: https://www.novapublishers.com/catalog/product_info.php?products_id=10847&osCsid=2f0cca54b07e19c227853e5cf764c586
Editors: Andriy Lutsenko and Vasyl Palahniuk
Microbiology Research Advances
Nova Science Publishers Inc
Binding: Hardcover
Pub. Date: 2011 - 1st Quarter
Pages: 364.pp
ISBN: 978-1-60741-273-1
Water
microbiology is concerned with the microorganisms that
live in the water, or those that can be transported from
one habitat to another by water. The improvement of
pathogen detection methodology is an important issue for
the efficient prevention of waterborne outbreaks in the
populations worldwide. This book describes the direct
detection of pathogens by molecular biologic techniques.,
i.e techniques based on the analysis of the nucleic acid
content (DNA and RNA) of pathogens. The biosensor
technology is also reviewed, focusing on their potential
application for pathogen detection in water environments.
Furthermore, this book presents a review on the aerobic
and anaerobic processes (nutrients removal) used in the
microbiological treatment of domestic wastewater and some
new improvements on the bioremediation techniques. Also
discussed is the biodiversity of microorganisms involved
in these processes and the molecular tools that are
applied to these studies. Other chapters examine both the
magnitude and variety of microbes and microbial products
administered in dental water, a discussion of the
probable impacts of global climate change on waterborne
parasitic infections, and the effects of the growth of
aquaculture production systems on the quality of water
and food produced.
Table of Contents:
Molecular Approach for Detection of Waterborne Pathogens
pp. 1-54`
(Aly E. Abo-Amer, Division of Microbiology, Department of
Biology, Faculty of Science, Taif University, Taif, Saudi
Arabia Kingdom)
Legionella Pneumophila: Legionnaires’ Disease pp.55-104
(Atac Uzel, E. Esin Hames-Kocabas, Ege University,
Faculty of Science, Department of Biology, Basic and
Industrial Microbiology Section, Bornova, Izmir, Turkey
and others)
Recent Advances in Pathogen Detection Methods pp.105-144
(Cristina García-Aljaro and Eva Baldrich, Instituto de
Microelectrónica de Barcelona, Centro Nacional de
Microelectrónica, CSIC, Esfera UAB, Campus UAB,
Barcelona, Spain)
Biotechnology for Remediation of Domestic Wastewater pp.145-179
(Arodí Bernal-Martínez, Elcia Margareth Souza Brito,
Germán Cuevas-Rodríguez, César A. Caretta, Grupo de
Ingeniería Ambiental - Departamento de Ingeniería Civil,
Universidad de Guanajuato, Guanajuato, Mexico)
Microbiology of Dental Waterlines (Mark K. Huntington,
FAAFP, Assistant Director, Sioux Falls Family Medicine
Residency Program, Center for Family Medicine, Sioux
Falls, South Dakota)pp.181-213
Hospital Water as a Reservoir of Risk for Healthcare-Associated
Infection pp.215-244 (Girolamo A. Ortolano, PhD, Francis
P. Canonica, PhD, Morven B. McAlister, PhD, Joseph S.
Cervia, MD, Pall Corporation, East Hills, New York and
others)
Waterborne Parasitic Infections: Possible Impacts of
Climate Changes at Northern Latitudes pp.245-263 (Lucy J
Robertson, Parasitology Laboratory, Department of Food
Safety and Infection Biology, Norwegian School of
Veterinary Science, Oslo, Norway)
Microcystin MC-LR in Brazilian Aquaculture Production
Systems pp.265-280
(Ludmilla S. S. Barros, Lúcia Helena S. Tavares, Luiz A.
Amaral, Center of the Agrarian, Environmental and
Biological Sciences of the Federal University of the
Recôncavo of Bahia - CCAAB-UFRB, University Campus of
Cruz das Almas, Cruz das Almas, BA Brazil and others)
Water as the Important Source of Phytophthora Species in
Horticulture and Natural Environment pp.281-294 (Leszek
Orlikowski, Res. Institute of Pomology and Floriculture,
Pomologiczna, Poland)
Microbial Contaminants in Groundwater for Irrigation Use
pp.295-305
(Gioffre, M. Dragone, A. Marramao and F. Gionfriddo, Lab.
Agenti Biologici, Centro Ricerche ISPESL, Lamezia Terme,
CZ, Italy)
A Perspective Concerning the Influence of Cyanobacteria
and their Toxins on Human Health and the Microbiology of
Drinking Water pp.307-314
(J. S. Metcalf and G. A. Codd, Division of Molecular and
Environmental Microbiology, College of Life Sciences,
University of Dundee, Dundee, UK)
Exploration of Waterfowl-Environment-Campylobacter Inter-Relationships
at Amenity Ponds pp.315-320 (Hussein H. Abulreesh,
Timothy A. Paget, Raymond Goulder, Department of Biology,
Umm Al-Qura University, Makkah, Saudi Arabia and others)
Effects of Microbiological Pollution of Drinking Water on
Human Health and Remedy pp.321-337 (Shanta Dutta, Suman
Kanungo, Dipika Sur, Deputy Director, Div of Microbiology,
National Institute of Cholera and Enteric Diseases,
Beliaghata, Kolkata, India and others)
-
-
- Mikrobiální
ekologie vod
Autoři: Rulík, M., Baudišová, D., Růžička,
J., Šimek, K.
Datum vydání: 2013, ISBN 978-80-244-3477-3
Počet stran: 292, paperback s CD
Vysokoškolské
učební texty.
-
- Detection of
Pathogens in Water Using Micro and Nano-Technology
- Odkaz: http://www.iwapublishing.com/catalogue/IWAPublicationsCatalogue2012.pdf
- Editor(s): Giampaolo
Zuccheri and Nikolaos Asproulis
- Publication date: June
2012, ISBN: 9781780401089
- Pages: 300•Paperback
-
- Detection of Pathogens in
Water Using Micro and Nano-Technology aims to promote the
uptake of nanotechnological approaches by developing an
integrated cost-effective nanobiological sensor for
detection of bioterrorism and environmental assays. The
book integrates DNA hybridisation sensors with micro-fluidics
and signal conditioning/processing on both silicon and
polymer substrates avoiding the use of external apparatus
for fluid handling, electrical signal generation and
processing, based on DNA hybridisation. A sensory
breakthrough is achieved trough two complementary
technological solutions: Measurements based on electrical
(capacitive) signals. If hybridisation occurs between
target and probe the detected change can be
functionalised. Detection through UV light absorption.
Based on the recognition of different UV absorptions
induced by DNA hybridisation.
-
- Contents:
-
- Strategies for Signal
Enhancement Towards Testing Pathogen Content in Drinking
Water, Electrochemical Biosensor Strategies for Pathogen
Detection in Water Security, Sustainable DNA/RNA Release
Methods for in-line Waterborne Pathogen Screening Devices,
Risk Assement of Pathogens for Contamination of the
Drinking Water, System, A Device to Extract High
Concentrated Specimens out of Large Volumes of Water for
Analysis in Lab-on-a-Chip Detection Systems, Integration
of Macro and Several Microfluidic Components into an
Early Warning System for Monitoring Public Water Supplies,
The Microsystem Based Core of the DINAMICS Water Testing
System: Design Considerations and Realization of the Chip
Units, Sample Collection Procedures for Online
Contaminant Monitoring Systém, European Regulation and
Standards on Microbiological Water Analysis Computational
Modelling of Aquatic Environments, Computational
Modelling of Hybridization Dynamics, Simultaneous
Detection of Pathogenic Bacteria, Viruses and Parasites
in Water Samples Using a Single Protocol Based on
Ultrafiltration Concentration and High-Density
Oligonucleotide Array, Detection of Enumeration of
Waterborne Mycobacteria, New Molecular Technologies for
the Rapid Detection of Legionella in Water, Fluid
Structure and Boundary Slippage in Nanoscale Liquid Films,
Understanding Slip at the Nanoscale in Fluid Flows Using
Atomistic Simulations, Use of Nanowires and
Nanostructured Surfaces for the Electrical Detection of
Biomarkers.
-
-
- Wastewater
Treatment: Advanced Processes and Technologies
- Odkaz: http://www.iwapublishing.com/catalogue/IWAPublicationsCatalogue2012.pdf
- Editor(s): D G Rao, R
Senthikumar, J Anthony Byrne, S Feroz
- Publication date: August
2012, ISBN: 9781780400341
- Pages: 392•Hardback
-
- Emphasizing new technologies that
produce clean water and energy from the wastewater
treatment process,Wastewater Treatment: Advanced
Processes and Technologies presents recent advancements
in wastewater treatment by various technologies such as
chemical methods, biochemical methods, membrane
separation techniques, and nanotechnology. It addresses
sustainable water reclamation,biomembrane treatment
processes, advanced oxidation processes, and applications
of nanotechnology for wastewater treatment. It also
includes integrated cost-based design methodologies.
Equations, figures, photographs and tables are included
within the chapters to aid reader comprehension. Case
studies and examples are included as well.
-
- Features:
-
- • Covers emerging
applications of nanotechnology forwastewater treatment
- • Includes integrated
cost-based design methodologies
- • Focuses on the design
of main treatment units
- • Includes auxiliary
units such as primary settler, final settler, sludge
digester, and thickener
- • Provides tables,
equations, figures, and graphs
- • Includes case studies
and examples
-
- Contents:
-
- • Introduction
- • Microbial Treatment
Processes
- • Bio-membrane Treatment
Processes
- • Advanced Oxidation
Processes
- • Application of
Nanotechnology
- • Miscellaneous Topics
-
-
- Nitrification
- Odkaz: http://www.iwapublishing.com/catalogue/IWAPublicationsCatalogue2012.pdf
- Editors: : Bess B. Ward,
Daniel J. Arp, and Martin G. Klotz
- Publication date: May 2011,
ISBN: 9781843395461
- Pages: 416•Hardback
-
- Over the past 15 years,
the use of modern molecular biological approaches has
radically advanced our understanding of nitrification
processes. With chapters contributed by leading experts
in the field, Nitrification fully reviews all the latest
research findings on microbes involved in conventional
aerobic nitrification, anaerobic ammonia oxidation, and
related processes.
-
- The book begins with an
overview of the current state of the field. Next, the
four principal groups of nitrifying microbes are examined
in separate sections, covering conventional aerobic
bacterial ammonia oxidizers,recently discovered aerobic
archaeal ammonia oxidizers,anaerobic ammonia-oxidizing
planctomycetes, and nitriteoxidizing bacteria. Within
each section, readers can gather current information on
the ecology, phylogeny, biochemistry,molecular biology,
and genomics of each group of microbes.
-
- The authors also discuss
the latest industrial applications of nitrification and
anammox processes. The final section of the book explores
the ecology of nitrification in marine, freshwater, soil,
and wastewater environments. By reviewing all aspects of
nitrification in one place, Nitrification introduces
novices to the field and brings experienced researchers
up to date with all the latest perspectives. Extensive
references at the end of each chapter guide readers to
the field’s growing body of primary research, making
this book the ideal starting point for any investigation
of nitrifying microbes.
-
- Contents:
-
- • Nitrification: an
Introduction and Overview of the State of the Field, Bess
B. Ward
- • Ammonia-Oxidizing
Bacteria: Their Biochemistry and Molecular Biology, Luis
A. Sayavedra-Soto and Daniel J. Arp
- • Diversity and
Environmental Distribution of Ammonia-Oxidizing Bacteria,
Jeanette M. Norton
- • Genomics of Ammonia-Oxidizing
Bacteria and Insights into Their Evolution, Martin G.
Klotz and Lisa Y. Stein
- • Heterotrophic
Nitrification and Nitrifier Denitrification, Lisa Y.
Stein• Physiology and Genomics of Ammonia-Oxidizing
Archaea,Hidetoshi Urakawa, Willm Martens-Habbena, and
David A.Stahl
- • Distribution and
Activity of Ammonia-Oxidizing Archaea in Natural
Environments, Graeme W. Nicol, Sven Leininger, and
Christa Schleper
- • Metabolism and
Genomics of Anammox Bacteria,Boran Kartal, Jan T.
Keltjens, and Mike S. M. Jetten
- • Distribution, Activity,
and Ecology of Anammox Bacteria in Aquatic Environments,
Mark Trimmer and Pia Engström
- • Application of the
Anammox Process, Wouter R. L. van der Star, Wiebe R. Abma,
Boran Kartal, and Mark C. M. van Loosdrecht
- • Metabolism and
Genomics of Nitrite-Oxidizing Bacteria: Emphasis on
Studies of Pure Cultures and of Nitrobacter Species,
Shawn R. Starkenburg, Eva Spieck,and Peter J. Bottomley
- • Diversity,
Environmental Genomics, and Ecophysiology of Nitrite-Oxidizing
Bacteria, Holger Daims, Sebastian Lücker,Denis Le
Paslier, and Michael Wagner
- • Nitrification in the
Ocean, Bess B. Ward
- • Soil Nitrifiers and
Nitrification, James I. Prosser
- • Nitrification in
Inland Waters, Hendriks J. Laanbroek and Annette Bollmann
- • Nitrification in
Wastewater Treatment, Satoshi Okabe,Yoshiteru Aoi,
Hisashi Satoh, and Yuichi Suwa
-
-
- Martin Rulík a
kol.: Mikrobiální biofilmy
- Vydavatelství UPOL 2011,
1. vydání, 448 str., ISBN 978-80-244-2747-8
- Publikaci lze objednat na http://www.e-shop.upol.cz/
-
-
- Microbial Ecology
of Activated Sludge
- Odkaz: http://www.iwapublishing.com/template.cfm?name=isbn1843390329
-
- Editor(s): Robert Seviour
& Per H Nielsen
- Publication Date: 15 Jan
2010 • ISBN: 9781843390329
- Pages: 688 • Hardback
-
- Microbial Ecology of
Activated Sludge, written for both microbiologists and
engineers, critically reviews our current understanding
of the microbiology of activated sludge, the most
commonly used process for treating both domestic and
industrial wastes. The contributors are all
internationally recognized as leading research workers in
activated sludge microbiology, and all have made valuable
contributions to our present understanding of the process.
The book pays particular attention to how the application
of molecular methods has changed our perceptions of the
identity of the filamentous bacteria causing the
operational disorders of bulking and foaming, and the
bacteria responsible for nitrification and
denitrification and phosphorus accumulation in nutrient
removal processes. Special attention is given to how it
is now becoming possible to relate the composition of the
community of microbes present in activated sludge, and
the in situ function of individual populations there, and
how such information might be used to manage and control
these systems better. Detailed descriptions of some of
these molecular methods are provided to allow newcomers
to this field of study an opportunity to apply them in
their research. Comprehensive descriptions of organisms
of interest and importance are also given, together with
high quality photos of activated sludge microbes.
-
- Activated sludge processes
have been used globally for nearly 100 years, and yet we
still know very little of how they work. In the past 15
years the advent of molecular culture independent methods
of study have provided tools enabling microbiologists to
understand which organisms are present in activated
sludge, and critically, what they might be doing there.
Microbial Ecology of Activated Sludge will be the first
book available to deal comprehensively with the very
exciting new information from applying these methods, and
their impact on how we now view microbiologically
mediated processes taking place there. As such it will be
essential reading for microbial ecologists, environmental
biotechnologists and engineers involved in designing and
managing these plants. It will also be suitable for
postgraduate students working in this field.
-
-
- Treatment of
Micropollutants in Water and Wastewater
- Odkaz: http://www.iwapublishing.com/template.cfm?name=isbn9781843393160&type=new
-
- Author(s): Jurate
Virkutyte, Rajender S. Varma, Veeriah Jegatheesan
- Publication Date: 15 Aug
2010 • ISBN: 9781843393160
- Pages: 520 • Hardback
-
- Over the last few years
there has been a growing concern over the increasing
concentration of micropollutants originating from a great
variety of sources including pharmaceutical, chemical
engineering and personal care product industries in
rivers, lakes, soil and groundwater. As most of the
micropollutants are polar and persistent compounds, they
are only partially or not at all removed from wastewater
and thus can enter the environment posing a great risk to
the biota. It is hypothesized that wastewater is one of
the most important point sources for micropollutants.
-
- This book will give a
comprehensive overview of modern analytical methods and
will summarize novel single and hybrid methods to remove
continuously emerging contaminants - micropollutants from
the aqueous phase. New trends (e.g. sensor technology,
nanotechnology and hybrid treatment technologies) will be
described in detail. The book is very timely because the
new techniques are still in the development phase and
have to be realized not only in the laboratory but also
on a larger scale. The content of the book is divided
into chapters that present current descriptive and
analytical methods that are available to detect and
measure micropollutants together with detailed
information on various chemical, biological and
physicochemical methods that have evolved over the last
few decades.
-
- Treatment of
Micropollutants in Water and Wastewater will also enable
readers to make well informed choices through providing
an understanding of why and how micropollutants must be
removed from water sources, and what are the most
appropriate and available techniques for providing a cost
and technologically effective and sustainable solutions
for reaching the goal of micropollutant-free water and
wastewater.
-
- The book will be suitable
for water and wastewater professionals as well for
students and researchers in civil engineering,
environmental engineering and process engineering fields.
-
-
- Stochastic
Modelling of Drinking Water Treatment in Quantitative
Microbial Risk Assessment
- Odkaz: http://www.iwapublishing.com/template.cfm?name=isbn9781843393740
-
- Author(s): Patrick WMH
Smeets
- Publication Date: 13 Dec
2010 • ISBN: 9781843393740
- Pages: 196 • Paperback
-
- Safe drinking water is a
basic need for all human beings. Preventing microbial
contamination of drinking water is of primary concern
since endemic illness and outbreaks of infectious
diseases can have significant social and economic
consequences. Confirming absence of indicators of faecal
contamination by water analysis only provides a limited
verification of safety. By measuring pathogenic organisms
in source water and modelling their reduction by
treatment, a higher level of drinking water safety can be
verified. This book provides stochastic methods to
determine reduction of pathogenic microorganisms by
drinking water treatment. These can be used to assess the
level and variability of drinking water safety while
taking uncertainty into account. The results can support
decisions by risk managers about treatment design,
operation, monitoring, and adaptation. Examples
illustrate how the methods can be used in water safety
plans to improve and secure production of safe drinking
water.
-
- Contents
-
- Introduction and goal of
the study; A stochastic pathogen reduction model for full-scale
treatment; How can the UK statutory Cryptosporidium monitoring
be used for quantitative risk assessment of Cryptosporidium in
drinking water?; Inactivation of Escherichia coli by
ozone under bench-scale plug flow and full-scale
hydraulic conditions; Improved methods for modelling
drinking water treatment in quantitative microbial risk
assessment; a case study of Campylobacter reduction
by filtration and ozonation; On the variability and
uncertainty in quantitative microbial risk assessment of
drinking water; Practical applications of quantitative
microbial risk assessment for water safety plans; General
discussion
-
-
- Quantitative
Methods to Assess Capacity of Water Treatment to
Eliminate Micro-Organisms
- Odkaz: http://www.iwapublishing.com/template.cfm?name=isbn9781843393764&type=forthcoming
-
- Author(s): Wim Hijnen
- Publication Date: 20 Dec
2010 • ISBN: 9781843393764
- Pages: 290 • Paperback
-
- Ever since the recognition
of the important role of water in the transmission of
pathogenic micro-organisms in the 19th century,
microbiological safety of drinking water has been a major
research issue for microbiologists in the drinking water
industry.
-
- The main objective of this
book is to develop a general strategy to assess
elimination capacity of water treatment processes for
pathogens.
- It investigates:
- * The potential use of
faecal indicators Coli44, (including E. Coli)
and SSRC, (including C. perfringens) as process
indicators to assess pathogen elimination in full-scale
water treatment plants.
- * The value of comparative
challenge tests with pre-cultured organisms for the
assessment of elimination capacity of full-scale
processes, to study the effect of process conditions and
to validate the use of process indicators.
- * The use of literature
data to assess elimination capacity of water treatment
processes for pathogens and the effect of process
conditions on this.
-
- Contents
-
- Microbiologically safe
drinking water; Indicator bacteria concentrations in
water treatment and assessment of elimination capacity;
Enumeration of faecal indicator bacteria in large water
volumes using on site membrane filtration to assess water
treatment efficiency; Quantitative assessment of the
removal of indicator bacteria in full-scale treatment
plants; Spores of sulphite-reducing clostridia (SSRC) as
surrogate for verification inactivation capacity of full-scale
ozonation for Cryptosporidium; Inactivation
credit of UV-radiation for viruses, bacteria and
protozoan oocysts: a review; Elimination of viruses,
bacteria and protozoan oocysts by slow sand filtration;
Removal and fate of Cryptosporidium parvum, Clostridium
perfringens and Stephanodiscus hamtzschii in
slow sand filters; Transport of phage MS2, Escherichia
coli, Clostridium perfringens, Cryptosporidium
parvum, and Giardia intestinalis in a gravel and a
sandy soil; General discussion