Terra-IQ: Smart Thinking About the Earth

TERRA-IQ Ltd. - Smart Thinking About the Earth

Reservoir Characterization Consulting Services

Calgary Headquarter

Unit 401, 235 9A Street NW, T2N 4H7 | Calgary, AB

403-809-7187 | 403-208-0187 fax

info@terra-iq.com | carmend@terra-iq.com

TERRA-IQ Ltd. is an independent consulting company establised in 2012, in Calgary, AB, Canada, specializing in providing oil companies with expertise in leading-edge geophysical technologies for reservoir characterization and seismic data interpretation. Our central goal in reservoir characterization is to provide the reliable reservoir models required to predict oil production, investigate various production scenarios, or to help optimize field development. Our studies integrate seismic data with seismic logs, cores, potential fields, and geological data. Our aim is to integrate all available geoscience data into reservoir models.

Technical Skills Terra-IQ offers extensive expertise in the following: Reservoir Characterization - Inversion Data conditioning AVO/AVAZ and inversion analysis Neural network analysis Joint PP and PS seismic inversion Time-lapse seismic inversion Geostatistical inversion Reservoir Characterization - Quantitative Interpretation Feasibility studies Seismic attributes Rock physics Forward modeling AVO and Inversion Analysis Probabilistic lithology and fluid prediction Seismic facies classification Time-lapse (4D) seismic data inversion and interpretation Multicomponent data interpretation Time-to-depth conversion Seismic Interpretation Structural and stratigraphic seismic interpretation	Targeted Workflows Terra-IQ specializes in increasing recovery and project value through targeted workflows for: Brittleness and geomechanical properties for unconventional shale reservoirs Duvernay and Montney beyond quantitative interpretation Oil sands pay characterization and reservoir connectivity Flank-water mapping High versus low oil-saturation identification Caprock integrity Fracture characterization Seismic reconstruction of the anisotropic stress field Quantitative seismic time-lapse reservoir monitoring Structural plays in foothills and extensional basins NEW! Pore pressure volume estimation Anisotropic total principal stresses 3D seismic estimation Anisotropic effective principal stresses 3D seismic estimation 3D geomechanical model estimation

Upcoming Events
URTeC 2021, Huston, TX Monday July 26th, 2:50 PM, Theme 15: Geoscience Tools and Methods for Understanding the Rock Carmen C. Dumitrescu will present "Brittleness and Geomechanical Properties Estimation Using Wireline and Seismic Data in the Duvernay Shale Basin, Canada" GeoConvention 2021, Calgary, AB, Canada Carmen C. Dumitrescu will present "Brittleness value in the Duvernay Formation"

Presentations and Papers
- Dumitrescu, C.C., N. Butler, A. Wray, A. Islam, 2020, Beyond Quantitative Interpretation: a Duvernay Case Study - Contact us for a copy - Dumitrescu, C. C. , 2020, 3D Seismic Estimates of the Anisotropic Stresses in the Athabasca oil Sands Reservoirs for Caprock Integrity - Contact us for a copy - Dumitrescu, C. C. and Talinga D., 2019, Overburden characterization with formation pore pressure and anisotropic stress field estimation in the Athabasca Basin, Canada; Interpretation, Vol. 7, No. 4; p. 1-11 - Contact us for a copy - Talinga D. and C. C. Dumitrescu, 2019, Seismic reconstruction of the in situ anisotropic stress field for caprock integrity in the Athabasca oil-sands basin, Canada; Interpretation, Vol. 7, No. 1; p. T221–T229 - Contact us for a copy - Talinga, D., C.C. Dumitrescu, G. Larson, 2018, Three-dimensional seismic reconstruction of the anisotropic tectonic stress for cap-rock integrity in the Athabasca oil-sands, Alberta, Canada, AAPG Annual Convention & Exhibition, Salt Lake City, Utah, USA - Contact us for a copy - Talinga, D., C.C. Dumitrescu, G. Larson, 2018, Understanding the in-situ anisotropic stress field for cap-rock integrity, GeoConvention 2018 - Contact us for a copy - Zhang, W. and C.C. Dumitrescu, 2018, Enhance reservoir characterization at Narrows Lake oil-sands project by using 3-component seismic, GeoConvention 2018 - Contact us for a copy - Larson G and C.C. Dumitrescu, 2017, Quantitative Interpretation of Time-Lapse Seismic for a SAGD Reservoir at Jackfish, Alberta- Contact us for a copy - Dumitrescu C.C. and G. Larson, 2017, Quantitative interpretation of 4D-3C seismic data for an oil-sands reservoir, EAGE Workshop - Contact us for a copy - Talinga D. and C.C. Dumitrescu, 2016, Anisotropic stress field characterization for caprock integrity in the Athabasca oil sands, SEG Expanded Technical Abstracts - Contact us for a copy - Dumitrescu C.C., G. Larson, D. Talinga, 2016, Life of an oil-sands project: Value added with time-lapse multicomponent seismic inversion, SEG Expanded Technical Abstracts - Contact us for a copy - Mayer F., C.C. Dumitrescu, G. Cain, 2016, Statistically Improved Resistivity and Density Estimation From Multicomponent Seismic Data: Case Study From the Lower Cretaceous McMurray Formation, Athabasca Oil Sands, AAPG ACE 2016 - Contact us for a copy - Mayer, F., C. C. Dumitrescu, G. Larson, 2015, Resistivity and density estimation from multicomponent seismic data: Case study from the Lower Cretaceous McMurray Formation, Athabasca oil sands, CSEG Recorder - Contact us for a copy - Dumitrescu, C. C., P. Vermeulen, S. Gammie and G. Li, 2014, Facies analysis using multicomponent seismic data in oil-sands reservoir: Case study from Athabasca Oil Sands; SEG Technical Program Expanded Abstracts 2014: pp. 2413-2417 - Contact us for a copy