Submit an Article
Become a reviewer
Vol 153
Pages:
173-176
Download volume:
RUS
Article

Modern requirements for hydrochemical sampling of observation wells during hydrogeological research and groundwater monitoring

Authors:
S. A. Kozlov
About authors
  • SUE Dalhydrogeocenter
Date submitted:
2002-06-27
Date accepted:
2002-07-12
Date published:
2003-03-20

Abstract

Modern requirements for hydrochemical sampling of observation wells in the performance of hydrogeological research and groundwater monitoring are given. When sampling observation wells is recommended to pump out not less than 40 volumes of water from the borehole with a submersible pump. For determination of inorganic substances it is recommended to use complex mass-spectral and atomic emission analyses with inductively coupled plasma for 72 elements, which will allow to reject the results of analyses for which the conventional methods (with the sensitivity limit, close to the MAC) revealed exceeding the existing standards, for example for Cd, Li, Be.

Область исследования:
(Archived) Modern problems of geotechnical and hydrogeological surveys
Go to volume 153

Similar articles

Cryogenesis of lithogenic basis of landscapes in the North-East of Russia and prevention of its negative manifestations
2003 N. V. Ukhov
Changes in the geological environment during the development of iron ore deposits in the Angara province
2003 I. I. Verkhozin, I. V. Matveeva
Stages of development, current state and prospects of monitoring of exogenous geological processes in the state monitoring of subsurface conditions in the Russian Federation
2003 O. V. Zerkal, V. V. Markaryan
40th anniversary of the Leningrad Trust for Civil Engineering Surveys
2003 M. A. Solodukhin
The cartographic model of engineering-geological environment of Professor V.D. Lomtadze and practical aspects of its implementation in Lithuania
2003 R. B. Mikshis, V. Ignatavichyus, V. Martsinkyavichyus
Employment opportunities in St. Petersburg for young professionals in the field of engineering geology
2003 M. O. Zueva