Institute of Environmental Geochemistry of National Academy of Sciences of Ukraine and Ministry of Ukraine
of Emergencies and Affairs of Population Protection from the Consequences of Chornobyl Catastrophe
CURRICULUM VITAE
1. Surname: KOLIABINA
2. Name: IRYNA
3. Date and place of birth: 19.01.1964, Azerbaijan
4. Nationality: Ukrainian
5. Civil Status: married
1.
Education:
School:
Date:
From (months/year):
To (months/year):
Degree:
Secondary schools N177 and N178, Kyiv, Ukraine
Institutions:
Date:
From (months/year):
To (months/year):
Degree:
Kyiv Polytechnical Institute, Kyiv, Ukraine
2.
09.1971
06.1981
General secondary education
09.1981
02.1987
Engineer (Cybernetics of Chemical-Engineering Processes)
Language skills:
Language
Ukrainian
Russian
English
Level
Mother Tongue
High
Good
Passive
5
5
4
Spoken
5
5
3
Written
5
5
3
3.
Membership of Professional Bodies: No
4.
Other skills: computer literacy: MS Word, MS Excel, MS PowerPoint, software
Statistica, CorelDRAWI, Program Code GEMS (user)
5.
Present Position: Senior researcher, Institute of Environmental Geochemistry of National
Academy of Sciences of Ukraine and Ministry of Ukraine of Emergencies and Affairs of
Population Protection from the Consequences of Chornobyl Catastrophe
6.
Years of professional experience: 24 (total), including 14 (in the field of radioactive
waste management)
7.
Key qualifications:
“Geochemistry of technogenic radionuclides and trace elements of natural and
anthropogenic ecosystems”, Kiev (Ukraine), 2006 - 2010. Client: National Academy of
Sciences of Ukraine. Position: Researcher. Load: 50 % of working time.
“Selection of stable blocks of the Precambrian basement to create a geological
repository for radioactive waste on geological and geochemical data”, Kiev (Ukraine),
1
Institute of Environmental Geochemistry of National Academy of Sciences of Ukraine and Ministry of Ukraine
of Emergencies and Affairs of Population Protection from the Consequences of Chornobyl Catastrophe
2009-2010. Client: National Academy of Sciences of Ukraine. Position: Researcher. Load:
25 % of working time.
“Investigation of the distribution of the natural radionuclides of the uranium series in
the tailings of productions for the uranium ore processing”, Kiev (Ukraine), 2009.
Client: SSC “Barrier” Position: Project Manager. Load: 25 % of working time.
“Theoretical and experimental simulation of long lived radionuclides behavior in the
fracture systems of geological environment”, Kiev (Ukraine), 2007 – 2008. Client:
National Academy of Sciences of Ukraine. Position: Principal Researcher. Load: 25 % of
working time.
“Investigation of strength of long-term cesium-137 fixation on organic-mineral soil
complex”, Kiev (Ukraine), 2005 – 2006. Client: National Academy of Sciences of Ukraine.
Position: Researcher. Load: 25 % of working time.
“Development and application of methodology of barriers safety estimation during
siting for LLW geological repository in Ukraine”, Kiev (Ukraine), 2005 – 2006. Client:
National Academy of Sciences of Ukraine. Position: Researcher. Load: 25 % of working
time.
“Development and application of the technology of physico-chemical and tectonophysical barriers for radionuclide in a crystalline rocks to choice the site for the LLW
geological repository in Ukraine”, Kiev (Ukraine), 2004 – 2006. Client: National
Academy of Sciences of Ukraine. Position: Researcher. Load: 10 % of working time.
Estimation of the Inventory of Radionuclides in Radioactive Waste Storages and
Landscapes within the Chernobyl Exclusion Zone, Chernobyl (Ukraine), 2004. Client:
Administration of the Exclusion Zone. Position: Expert. Load: 25 % of working time.
Development of the National Program for Creation of Geological Storage for RW,
Kiev (Ukraine), 2001 – 2002. Client: Ministry of Emergencies of Ukraine. Position: Expert.
Load: 25 % of working time.
SIP, Package D: "Fuel Containing Materials", Task 19: "FCM Retrieval and RW
Management Strategy", Slavutich (Ukraine), 1999 – 2000. Client: Shelter Object.
Position: Expert. Load: 50 % of working time.
Carrying out of Georadar Investigations of RW Storages in the Exclusion Zone,
Chernobyl (Ukraine), 1998 – 2004. Client: Administration of the Exclusion Zone, Ministry
of Emergencies of Ukraine. Position: Expert.. Load: 25 % of working time.
Development of Monitoring Program and Carrying out of Environmental Monitoring
for Vector RW Storage Site, Chernobyl (Ukraine), 1996 – 2004. Client: Administration
of the Exclusion Zone, Ministry of Emergencies of Ukraine. Position: Expert. Load: 25 % of
working time.
2
Institute of Environmental Geochemistry of National Academy of Sciences of Ukraine and Ministry of Ukraine
of Emergencies and Affairs of Population Protection from the Consequences of Chornobyl Catastrophe
8.
Professional experience:
Date: from (months/year) to (months/year)
Location
Company/organisation
Position
Job Description
Date: from (months/year) to (months/year)
Location
Company/organisation
Position
Job Description
Date: from (months/year) to (months/year)
Location
Company/organisation
Position
Job Description
Date: from (months/year) to (months/year)
Location
Company/organisation
Position
Job Description
09.2004 – up to now
Ukraine, Kiev
Institute of Environmental Geochemistry of
National Academy of Sciences of Ukraine and
Ministry of Ukraine of Emergencies and Affairs
of Population Protection from the Consequences
of Chornobyl Catastrophe, Kyiv, Ukraine
Senior researcher, researcher of department of
ecosystems radiogeochemistry
Physical and chemical modelling of the
radionuclide behaviour in the natural and
technogenic
media.
Organizing
and
implementation of environmental projects.
03.1997 – 09.2004
Ukraine, Kiev
SSC "Technocentre"
Senior researcher, Senior engineer of the
Department of Monitoring, Geological and
Geochemical Researches and Modelling
Physical and chemical modelling of the
radionuclide behaviour in the natural and
technogenic media, research activities on Vector
Site, development of the national program for
creation of geological repository, georadar
investigation of RW temporary storages in the
Exclusion Zone
10.1992 – 03.1997
Ukraine, Kiev
Institute of Problems of Mathematical Machines
and Systems, NAS of Ukraine
Engineer-Programmer
Physical and chemical modelling of the
radionuclide behaviour in the soils of the
Chernobyl Exclusion Zone
04.1987 – 10.1992
Ukraine, Kiev
Special Design Bureau of Mathematical
Machines and Systems of Institute of
Cybernetics NAS of Ukraine
Engineer-Programmer, Engineer 2 categories,
Engineer
Physical and chemical modelling of the
radionuclide behaviour in the soils of the
Chernobyl Exclusion Zone
3
Institute of Environmental Geochemistry of National Academy of Sciences of Ukraine and Ministry of Ukraine
of Emergencies and Affairs of Population Protection from the Consequences of Chornobyl Catastrophe
14a.
Publications and Seminars: more then 30 science publications
14b.
References (selected):
Koliabina I., Marinich O. Kinetics of cesium-137 absorption on granitoids of the Ukrainian
shield (on geological repository of radioactive waste safety) / V International Scientific Conference
“Ecological Safety: Problems and Solutions”: Coll. Sciences. Art. in 2 volumes: Volume 1: Rider,
2009. - p. 167-172.
I.Koliabina, V M.Makarenko, Shumlyansky. Modeling the dynamics of self-purification of
groundwater production horizon after the extraction of uranium underground leaching / Abstracts of
the international scientific-practical conference “On the evolution of the mineral resource base of
uranium Ukraine, its extraction and refinement” (Uranium – 2009), Kyiv, 15-17 October, 2009.
pp.87-88.
Koliabina I., Synytsyn V., Shurpach N., Koliabina D. Clay minerals in waste isolation
technologies: modeling solubility of natural clays and verification of thermodynamic models for
Illite and Montmorillonite / Geochemistry and Ore Formation, - 2009, v.27, pp. 124-127 (ukr).
Koliabina I.L., Synytsyn V.О., Subbotin A.G., Marinich О.V., Shurpach N.О. Influens of
physico-chemical conditions of crystalline rocks fracture waters of the Ukrainian shield on initial
concentrations of formation of long-live radionuclide solids // Proceedings of the institute of
fundamental studies. – K, 2008, N13, pp. 120-128 (ukr).
Koliabina I.L., Kononenko L.V., Synytsyn V.О. Modelling of cesium sorption on illite //
Proceedings of the institute of fundamental studies. – K, 2007, N12, pp. 145-155 (ukr).
V.Shumlyansky, M.Makarenko, I.Koliabina, A.Subbotin, V.Synchuk, O.Synyuk, A.
Bakarzhiev, V.Davydov, O.Aleksandrov. Nature environmental monitoring after the uranium in situ
leaching completion. K., - 2007. P.212 (ukr).
Koliabina I.L. Modeling of U(VI) and Sr sorption on silicon oxide // Collected papers of
Institute of Environment Geochemistry. – K., 2006, N 13, pp.45-55 (ukr).
Koliabina I., Shumlyanskyy V.O. Mathematical simulation of casing pipes refinement from
radioactive scales // Proceedings of the international workshop in geoenvironment and geotechnics
(GEOENV 2005). Milos, Greece, 12-14 September. 2005. pp177-182.
Sinitsyn V.A., Koliabina I., Samchuk B. Application of thermodynamic modeling for the
assessment of natural clay performance in engineered barriers of a surface nuclear waste repository
// Abstracts of International Meeting. Clays In Natural And Engineered Barriers For Radioactive
Waste Confinement.. Reims, France, December 9-12. 2002. pp.439-440.
Yu.Shybetskyy, V.Chernjak, I.Koliabina. A method for assessment of cement matrix
stability to 137Cs leaching by the example of complex “Vector” repositories. - Collected papers of
Institute of Environmental Geochemistry. – Kiev, 2002. – Issue 3-4. – p.118. (rus)
Yu.Shybetskyy, I.Koliabina. Modelling of sorption layer’s protective property for the
Vector Complex repositories. - Collected papers of Institute of Environmental Geochemistry. –
Kiev, 2000. – Issue 1. – p.78. (rus)
Kulik D., Sinitsyn V.A., Abramis A., Proskura N., Kolyabina I. Stability of mineral matter
in aqueous media of the chernobyl unit-4 shelter: thermodynamic evaluation //
Mat.Res.Soc.Symp.Proc.v.465, 1997, pp.1327-1331.
Kulik D., Sinitsyn V.A., Abramis A., Kurepin V. Kolyabina I. Modeling inorganic
speciation in waters interacting with fuel-containing masses within the Chernobyl “Sarcophagus” //
Extended Abstracts. 4th International Conference on Nuclear and Radiochemistry. StMalo, France,
8-13 September, 1996, v2.
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