In Situ Monitoring of Aquatic Systems: Chemical Analysis and Speciation

ISBN-13: 9780471489795 / Angielski / Twarda / 2000 / 642 str.

J. Buffle; Jacques Buffle; George Horvai

Opis

This outstanding volume enables researchers to develop robust sensors and instruments for automatic 'on site' measurement of water quality. The need for an efficient multi-parameter monitoring system is ever-increasing, given that human activity is impacting so greatly on ecosystems and the increased need to develop our understanding of the underlying environmental processes.

Edited by two renowned experts, this book evaluates developments over the last 10-20 years which will form the basis of future sophisticated in situ monitoring systems. The emphasis is on micro-analytical monitoring techniques and microtechnology.

* Critically discusses the state of the art of existing techniques and devices
* Overviews what can be expected in terms of performance
* Outlines possible improvements in the future
This book will be invaluable to both researchers interested in the development of environmental monitoring systems and laboratories in charge of water quality assessment by providing them with a critical evaluation of existing and possible future options.

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Recenzje

"Summarising it must be stated that the book reviewed is of top interest for at least analytical chemists, electrochemists, sensor interested researchers and environmentalists. All of them should have this book on his desk for deepening the knowledge and use the book as an excellent source of information."(Chemistry Analysis - Poland, No.46, 2001)

Spis treści

General Concepts (J. Buffle & G. Horvai).

Electrochemical and Optical Oxygen Microsensors for In Situ Measurements (R. Glud, et al.).

Sensors for In Situ pH and pCO—2 Measurements in Seawater and at the Sediment–Water Interface (W. Cai & C. Reimers).

Sensors for In Situ Analysis of Sulfide in Aquatic Systems (M. Kühl & C. Steuckart).

Potentiometric Microsensors for In Situ Measurements in Aquatic Environments (D. De Beer).

Biosensors for Analysis of Water, Sludge and Sediments with Emphasis on Microscale Biosensors (N. Revsbech, et al.).

Continuous Flow Techniques for On Site and In Situ Measurements of Metals and Nutrients in Sea Water (K. Johnson, et al.).

Dynamic Aspects of In Situ Speciation Processes and Techniques (H. van Leeuwen).

In Situ Voltammetry: Concepts and Practice for Trace Analysis and Speciation (J. Buffle & M–L. Tercier–Waeber).

Permeation Liquid Membranes for Field Analysis and Speciation of Trace Compounds in Waters (J. Buffle, et al.).

Dialysis, DET and DGT: In Situ Diffusional Techniques for Studying Water, Sediments and Soils (W. Davison, et al.).

Microtechnology for the Development of In Situ Microanalytical Systems (G. Fiaccabrino, et al.).

Index.

Blurb

The IUPAC Series on Analytical and Physical Chemistry of Environmental Systems provides the scientific community with a critical evaluation of the state of the art on physicochemical structures and reactions in environmental systems, as well as on the analytical techniques required to study and monitor these systems. The series is aimed at promoting rigorous analysis and understanding of physicochemical functioning of environmental systems. In Situ Monitoring of Aquatic Systems Chemical Analysis and Speciation Edited by Jacques Buffle University of Geneva, Switzerland George Horvai Technical University of Budapest, Hungary In order to control the impact of human activity on our environment it is necessary to develop efficient multi–parameter monitoring systems in addition to understanding the underlying environmental processes. To carry out the huge numbers of analyses necessary it is not feasible to employ classical sample collection and analysis techniques. Robust sensors and instruments for on–site and automatic measurements are therefore being developed. A major goal of this book is to evaluate the developments over the last 10–20 years which will form the basis of future sophisticated in situ monitoring systems. The emphasis is on micro–analytical monitoring techniques and microtechnology. This book also includes
∗ critical discussion of the state of the art of existing techniques and devices,
∗ what can be expected in terms of performance and
∗ possible improvements in the future.
In Situ Monitoring of Aquatic Systems will thus be invaluable to both researchers interested in the development of environmental monitoring systems and laboratories in charge of water quality assessment by providing them with a critical evaluation of existing and possible future options. Indeed it will be a valuable reference book for any researcher interested in developing new types of sensors for in situ monitoring.