Spatially and temporally scaled inverse hydraulic modelling, multi tracer transport modelling and interaction with geochemical processes at a highly transient bank filtration site [Elektronische Ressource] / von Bernd Ulrich Wiese
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Spatially and temporally scaled inverse hydraulic modelling, multi tracer transport modelling and interaction with geochemical processes at a highly transient bank filtration site [Elektronische Ressource] / von Bernd Ulrich Wiese

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233 pages
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Publié par
Publié le 01 janvier 2006
Nombre de lectures 19
Langue Deutsch
Poids de l'ouvrage 8 Mo

Extrait

Spatially and temporally scaled  
inverse hydraulic modelling,  
multi tracer transport modelling and 
interaction with geochemical processes  
at a highly transient bank filtration site  
Dissertation  
zur Erlangung des akademischen Grades
Doctor rerum naturalium
(Dr. rer. nat.)
im Fach Geographie
____________________________________________________________________________
eingereicht an der
Mathematisch-Naturwissenschaftlichen Fakultät II
der Humboldt-Universität zu Berlin
von Dipl.-Ing. Bernd Ulrich Wiese M.Sc.
aus Berlin 
Prof. Dr. Christoph Markschies
Präsident der Humboldt-Universität
zu Berlin
Prof. Dr. Wolfgang Coy
Dekan der Mathematisch-Naturwissenschaftlichen Fakultät
 
Gutachter: 
1. Prof. Dr. Gunnar Nützmann, HU‐Berlin 
2. Prof. Dr. Reinhard Hinkelmann, TU‐Berlin 
3. Dr. habil. Ekkehard Holzbecher, WIAS‐Berlin 
 
Tag der Verteidigung: 20. Dezember 2006 Scientific Curriculum Vitae 

Chronological itemisation
Since May 2002 Doctoral study at the IGB (Institut für Gewässerökologie und
Binnenfischerei, Berlin)
Dec. 2001 – May 2002 Research Assistant at the IWS (Institut für Wasserbau, Universität
Stuttgart), development of hydrologic software
May 2001 Degree: MSc. Water Resources and Engineering Management
Oct. 2000 – May 2001 Study course: WAREM (Water Resources and Engineering
Management), Universität Stuttgart
Oct. 2000 Degree: Dipl.-Ing. Umweltschutztechnik
Oct. 1999 – Sept. 2000 Exchange study at the Universidad Complutense de Madrid and
Diploma Thesis „Modelling the Entrepeñas Reservoir“
Oct. 1994 – Oct. 2000 Study course: Umweltschutztechnik, Universität Stuttgart
1993 Abitur, Auguste-Viktoria Schule, Itzehoe

2Publications in international peer reviewed Journals
Bernd U. Wiese, María C. Palancar, José M. Aragón, Fernando Sánchez, Roberto Gil
(2006), Modelling the Entrepeñas Reservoir, Water Environment Research, Vol. 78, No. 8, pp.
781-791
Dizer, H., Grützmacher, G., Bartel, H., Wiese, B., Szewzyk, R., Lopezpila, J. M. (2004),
Contribution of the colmation layer to the elimination of coliphages by slow sand filtration.
Water Science and Technology, 50, 211-214.

Conference Proceedings
Wiese, B. (2005), Hydraulic and Transport Modelling of Bank Filtration at Lake Tegel
(Berlin), ISMAR5, Proceedings of the 5th International Symposium on Management of
Aquifer Recharge ISMAR5, Berlin, Germany, 11–16 June 2005, pp. 449-454

Grützmacher, G., Bartel, H., Wiese, B. (2005), Simulating bank filtration and artificial
recharge on a technical scale, Proceedings of the 5th International Symposium on
Management of Aquifer Recharge ISMAR5, Berlin, Germany, 11–16 June 2005, pp. 498-503

Licht E., Wiese B., Heberer T., Grützmacher G. (2005), Estimating of the solute transport
parameters retardation factor and decay coefficient of pharmaceutical residues using the
program Visual CXTFIT, Proceedings of the 5th International Symposium on Management of
Aquifer Recharge ISMAR5, Berlin, Germany, 11–16 June 2005, pp. 399-404

Nützmann G., Holzbecher E., Wiese B., Licht E., Knappe A. (2005), Visual CXTFIT – a
user friendly simulation tool for modelling one-dimensional transport, sorption and degradation
processes during bank filtration, Proceedings of the 5th International Symposium on
Management of Aquifer Recharge ISMAR5, Berlin, Germany, 11–16 June 2005, pp. 409-414

Greskowiak, J., Massmann, G., Wiese, B., Lewandowski, J., Nützmann, G., Pekdeger, A.
(2004), Geochemical changes under alternating saturated and unsaturated conditions during
artificial groundwater recharge via ponded infiltration of surface water - A field study,
Saturated and Unsaturated Zone Workshop, Proc., Rome, p. 157-162
3
Wiese, B., Holzbecher, E., Rümmler, J., Nützmann, G. (2004), Assessment of bank
filtration pumping regimes on flow length and travel times: a case study. In: KOVAR, K.,
HRKAL, Z.,.BRUTHANS, J. (eds.), FEM_MODFLOW, International Conference on Finite
Elements Models, MODFLOW, and More: Solving Groundwater Problems, p. 411-414.

Palancar, M.-C., Aragón, J.-M., Wiese, B., Sánchez, F., (2001) Modelling the active volume
of reservoirs to predict the dispersion of pollutants. Chem. Ing. Tech. 2001, 6, 602, 3rd
European Congress of Chemical Engineering, Nürnberg, Germany, 26-28 June 2001

Other publications
Nützmann, G., Horner, C., Holzbecher, E., Wiese, B., Greskowiak, J., (2004) Integrated
ndmodeling concepts and bank filtration processes: coupled groundwater transport and biogeochemical reactions, 2
NASRI intermediary Report, Kompetenzzentrum Wasser Berlin

Wiese, B., Rümmler, J., Holzbecher, E., Nützmann, G. (2003), Assessing the effect of pumping
regimes on bank filtration / Auswirkungen des Pumpregimes auf die Uferfiltration, IGB Annual Report 2003
/ IGB Jahresforschungsbericht 2003

Wiese, B., (2000) Modelling the Entrepeñas Reservoir, Universidad Complutense de Madrid and
Universität Stuttgart, unpublished Diploma Thesis


4
Eidesstattliche Erklärung 





Ich habe die vorgelegte Arbeit selbständig und ohne unerlaubte Hilfe angefertigt.


Ich reiche diese Arbeit erstmalig bei der Humboldt-Universität zu Berlin ein und besitze
keinen entsprechenden Doktorgrad.


Der Inhalt der aktuellen Promotionsordnung (Nr. 34, 2006) ist mir bekannt.










Berlin, 6. 11. 2006 Bernd Wiese

5Preface 
The current study was scientifically enabled by previous investigations on bank filtration in
general, and in particular on the current test site carried out by the Working Group
Hydrogeology, FU Berlin, and long term data records provided for groundwater and technical
operation by BWB (Berliner Wasser Betriebe), for ground- and surface water by SENSUT
(Senatsverwaltung für Stadtentwicklung und Umweltschutz).
Large parts of the present work have been carried out with inverse modelling. Manual
calibration was not necessary any more. It facilitated the hypothesis testing. It was annoying
that often results were bad or even no convergent solution could be obtained, though fair
manual calibration was possible. In many of these cases the model parameterisation was ill
posed, i.e. deficiencies in the physical meaning of the incorporated processes existed. This
points out a rarely discussed advantage of parameter estimation: The mentally unbiased
consideration of the data on the base of processes included in the model. In this context the
term “objective function” has a much deeper meaning than the mathematical process of its
calculation, i.e. usually the sum of the squared residuals.
In the present work inverse modelling was the only way to distinguish a well posed
conceptual model (the model represents the important system processes) from ill posed
problems, (the parameters are just used in a non physical way to obtain a good curve fit).
Ironically, many modellers believe just the opposite.
This potential of inverse modelling, to respect all data in an unbiased way, becomes the
more important the more data are available. Often, much effort is put on the discussion why
parts of the expensively collected and valuable data only partly provide a consistent picture
with respect to the numerical model. The more data are available, the more difficult it is to find
a consistent view and model concept. In this context the usual suspect of spatial heterogeneity
is often used as a bulldozer in discussion. The potential benefit of inverse modelling, especially
in problems with high amounts of available data, is still underestimated. It is not just a pathway
to fit model curves, but enhances our ability to reject hypotheses, which Karl Popper identified
as the essential way of progress in science.
6Abstract 
Several kinds of managed aquifer recharge techniques provide very good purification of
surface water since more than 100 years. In order to maintain a reliable supply of clean water,
they are becoming increasingly popular all over the world.
These methods require low technical effort. At Aquifer Storage and Recovery and ponded
infiltration the recharged amounts are technically controlled. The infiltration water has to be
pumped and often pretreated. At bank filtration this is dispensable, the approach, of using
existing surface water bodies is even more consequent. Exemplarily, at a test site at Lake
Tegel, Berlin, Germany, the hydraulic processes are modelled.
By means of 3D long term regional and transient hydraulic modelling it was detected that
the existing approaches for determining the leakance induce large errors in the water balance
and describe the infiltration zone insufficiently. The le

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