Itasca Soil And Groundwater Services Available In Georgia
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based in USA
Oil and gas environmental and operational services includes the evaluation and permitting of deep-injection water-disposal wells, the geochemical fingerprinting of hydrocarbon sources, and the assessment of potential water-quality changes associated with road traffic/maintenance, drilling, and hydraulic fracturing ...
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based in USA
Itasca has been involved in the real-time monitoring, post-processing, and quality assurance of enhanced oil recovery projects using single- and multi-stage hydraulic fracturing. Company experience covers a wide variety of completions, acquisition geometries, and treatments, employing novel processing techniques where necessary to improve the quality of information feedback to oil and gas ...
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based in USA
One of the main advantages of the discrete approach as defined by Itasca (PFC) is that it allows to accurately reproduce the size distribution, the grain shape (rounded, angular, or elongated), the mineralogical composition, as well as the mechanical and thermal properties of each ...
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based in USA
Itasca's engineers leverage their knowledge and expertise to provide optimized designs and recommendations for field operations. They use physics- and field-data-based models to understand the complex nonlinear behaviors of geological materials in oil and gas reservoirs. Such models are used to aid design and to anticipate problems during reservoir stimulation and extraction of oil and gas in ...
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based in USA
Masonry is one of the oldest methods of construction, but has lost nothing of its attractiveness and use in modern times. The behavior of this heterogeneous and anisotropic material is determined by the interaction of stone (brick, quarry stone, natural stone, etc.) and joints (open, mortar, glued, etc.). The behavior and performance of masonry structures under load is characterized by complex ...
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based in USA
Itasca provides solutions for storage of natural gas or compressed air in lined and unlined caverns. Our diverse team with expertise in analyzing geo-structural interaction, geomechanical, thermal and creep coupled problems assesses the stability and long term performance of storage caverns due to combinations of critical loading conditions in singular and group cavern settings by means of 2D and ...
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based in USA
Itasca’s finite volume (FV) approach uses the shear strength reduction (SSR) method for numerical modeling. This formulation is far superior to more traditional limit equilibrium (LE) methods and offers several advantages over finite element (FE) methods as ...
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based in USA
Experience in foundations includes application of Itasca’s software to problems where existing techniques are either unavailable or are known to be inaccurate. For example, FLAC3D was used to determine the subgrade reaction modulus for a thick concrete slab placed over fill with varying thickness. In another case, an industrial machine produced a cyclic vibration. The effect of the ...
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based in USA
Microseismic monitoring allows for the imaging and visualization of active fracture networks within developing and producing EGS. Real-time monitoring of microseismic data can provide instant feedback on injection pathways in a treated field and potential fault rupture and propagation that can affect production efficiency. Post-processing offers a greater understanding of long-term reservoir ...
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based in USA
Itasca is experienced in estimating the dewatering needs of a construction site or mine to temporarily lower groundwater levels below the natural groundwater level, in all seasons, to provide for safe excavation construction and working environment during operations. Itasca also predicts dewatering rates, performing numerical modeling to estimate dewatering and to design and optimize the ...
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based in USA
Itasca performs analyses for concrete/masonry dams (including arch, gravity, RCR - roller compacted concrete) and embankment dams (earth, rockfill, and mine tailings dams), including: Short- and long-term mechanical behavior analysis of dams on fractured rock. Optimizing dam design based on criteria constraints. Analyzing thermo-hydro-mechanical behavior of a concrete dam subjected to thermal ...
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based in USA
Combining experience, conventional approaches, and numerical modeling tools, Itasca can simulate mining of client’s sites first, to select mining methods appropriate to the orebody geometry, rock mass strength conditions, and stress state. Itasca understands the economics involved in any mine design and ensures that mineral recovery is optimized while satisfying subsidence criteria and ...
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based in USA
Natural barriers, including geological formations — salt, argillite, sedimentary or crystalline settings — constitute the most important component of the complex multilayered system that isolates stored waste from the biosphere. Therefore, the design and performance assessment of waste repositories require a thorough knowledge and understanding of host rock behavior. Itasca has ...
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based in USA
Methodologies for the collection of hydrogeologic and geochemical data vary, as do the ways those data are managed and presented. Itasca offers consulting services to customize solutions that meet each client’s needs related to the management and presentation of hydrogeologic and geochemical data. ...
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based in USA
Itasca designs the ground support layout and specification necessary to reinforce, retain, and hold the rock mass around excavations. The required level of ground support can be determined from an understanding of the rock mass strength, the initial (in-situ) stresses, and the stresses (magnitude and orientation) likely to change over time. By considering the evolution in induced stress over ...
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based in USA
Surface subsidence (vertical deformations) or mining-induced ground deformations (horizontal and vertical) are often an inevitable consequence of many mining methods. Itasca evaluates mining-induced subsidence related to the extraction of ore from both underground and open pit mines, together with dewatering-induced subsidence. Services provided include: field investigation for acquiring ...
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based in USA
Itasca specializes in site assessment, data analysis, the evaluation of impacts to water resources, the selection of remediation systems, the implementation of remedial actions that lead to the closure of sites where contaminated soil and groundwater are encountered, and seismology. Services are provided that range from the sampling of soil, sediment, and water to the construction of detailed ...
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based in USA
Itasca's staff is thoroughly versed in the environmental permitting process, having worked closely with different mining companies, with federal, state, and local government agencies, as well as with other consultants and subcontractors. Through these interactions, Itasca has earned a solid reputation for its ability to combine highly-defensible technical work with the appropriate level of ...
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based in USA
Advanced geomechanical modeling can be used to understand long-term reservoir behavior. Validated models help to optimize fracturing and increase reservoir productivity and recovery. Geomechanical models can also be used to investigate longer term effects, such as compaction and ...
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based in USA
Itasca has extensive experience with quantitative assessment of surface and sub-surface groundwater flow. This enables Itasca to efficiently provide clients with reliable information that is critical for attaining their operational and environmental goals as well as for navigating the complex technical, legal, and permitting aspects of water ...
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