Sampling Problems for the Chemical Analysis of Sludge, Soils and Plants

ISBN-13: 9789401181136 / Angielski / Miękka / 2012 / 94 str.

A. Gomez

Opis

Sampllng Fundamental Aspects 2 Sampling: Fundamental aspects Reimar Leschber Institut fuer Wasser-, Boden- und Lufthygiene des Bundesge- sundheitsamtes, Berlin-Dahlem, Federal Republic of Germany Chairman of Working Party 2, COST 681 Protection of the environment increasingly requires the de- velopment of a recycling society using 'secondary raw ma- terials' instead of natural resources wherever possible. Among the methods of recycling the agricultural use of sludge is a traditional one and a good example with a long history of a meanlngful use of waste material. Increasing demands of water pollution control in the last de- cades leading to intensified and extended sewage treatment processes and thus to an increase of the sludge quantity have caused problems in this field in general. In addition, there were local problems of industrial pollution which have led to an increase of harmful substances in municipal sewage sludges. So, when the Concerted Action COST 68 was set up to study the beneficial and harmful effects of the agricultural use of sludge, investigation of harmful substances in the sludges and their environmental effects was 9ne of the main tasks of work. Although the progress of analytical techniques enabled the environmental authorities and institutions to determine harmful substances in sludges with great accuracy, it became clear that unsatisfactory results and an incomplete reproduc- ibility of analytical findings often were not due to shortcom- ings in the analytical procedure itself but to a preceding in- vestigation step: Improper sampling and sample preparation.

Spis treści

Sampling: Fundamental aspects.- Review papers.- The sampling of soils, herbage, animal manures and sewage sludge for trace element and other analyses—Irish experiences.- Sampling and analysis of sludges and soils in England and Wales for the management of agricultural utilisation of sewage sludge.- Experiences with sludge sampling in the Ruhr River basin.- Soil sampling for trace element analysis and its statistical evaluation.- Problems encountered with sampling of plants for ICP trace element analysis.- Problems of sampling soil fauna for terrestrial ecological studies.- Some applications of regionalized variables theory to soil sampling problems.- Application of data analysis techniques to sludge and soil sampling operations.- Conclusions and Recommendations.- Sampling techniques for sludge, soil and plants.- List of Participants.