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BUILDING THE GEOLOGICAL MODEL: CASE STUDY OF A NI-SILIKAT DEPOSIT “CIKATOVE E VJETER” – KOSOVO

AUTHOR/S: N. PECI, I. HOXHA, H. HAJRA, B. BARUTI
Sunday 1 August 2010 by Libadmin2010

10th International Multidisciplinary Scientific GeoConference - SGEM2010, www.sgem.org, SGEM2010 Conference Proceedings/ ISBN 10: 954-91818-1-2, June 20-26, 2010, Vol. 1, 1103-1110 pp

ABSTRACT

Today, application of contemporary methods for geological data processing is
unavoidable part of geological studies. Thereupon, the geological studies of the variety
of different problems that they must be solved are done by a rule – definite method
which complies with the designing stages.
This paper presents a methodology developed to process geological information in this
context. The aims of this methodology are comprehensive data description, effective
data validation and easier model updates. Thus, special attention has been given to data
structures and processing flows.
Ni-silicate deposit of “Cikatovë e Vjetër” is one of the richest with Ni of this genetic
type in Kosova. The relational type is used for building of database for the work of this
paper, which it consists of the separate tables but which they have a structural
connection between them.

The three-dimensional model enable us the view of ore body both in block diagrams
aspect and different cuts aspect. The three-dimensional model consists of two aspects:
the numerical model in three dimensions of the studied element content, in our case the
useful component – nickel; the stratigraphic three-dimensional modelling to see the
composition of the ore and non-ore formations of deposits.
These two models can then be combined in a single model called stratigraphic threedimensional
model.

The work is conceived in building of a stratigraphic three-dimensional model and then
within the ore bearing formations to be determined their content by a block-modelling
method. The idea of block-modelling consists in separation of three-dimensional
discrete (specific) elements of ore body and then to do the evaluation of the content for
each block.

Keywords: data base, 3D geological modelling, stratigraphy model, blocks modelling

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