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Mathematical Model for Predicting Migration Patterns of Aqueous Waste Solutions.

Authors
Thomas-GW
Source
NTIS: PB/232-885 Available for Reference At Bureau Libraries :63 pages
Link
NIOSHTIC No.
10010036
Abstract
Industrial waste products, in aqueous solutions, are frequently injected into disposal wells. Where injection occurs over long periods of time, it is important to predict the migration patterns of the waste solutions, the reservoir pressures created, and the extent of which adsorption strips the waste solution of toxic materials. This report (Contract No. H0122118) treats the development and application of a mathematical model of the aqueous waste injection problem. The model is a generalized reservoir simulator. It can handle reservoirs of arbitrary heterogeneity and geometry penetrated by an arbitrary number of wells on any desired areal pattern. Options are provided to perform calculations using either two-dimensional cartesian or cylindrical coordinates.
Publication Date
19730101
Document Type
CP; Final Contract Report;
Fiscal Year
1973
NTIS Accession No.
PB-232885
NTIS Price
A05
Identifying No.
OFR 27-74
NIOSH Division
WO;
Source Name
NTIS: PB/232-885; Available for Reference At Bureau Libraries
Performing Organization
Univ. of Tulsa
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