Geo-Environmental
Engineering Solutions
Geotechnical Engineering
Geotechnical Engineering
Our team has 15 years experience in geotechnical site investigation, in-situ and laboratory testing on soils and bedrocks, interpretation of test results, geotechnical/pavement design and recommendation to provide innovative and cost-effective engineering solutions in Texas.
Our team has 15 years experience in geotechnical site investigation, in-situ and laboratory testing on soils and bedrocks, interpretation of test results, geotechnical/pavement design and recommendation to provide innovative and cost-effective engineering solutions in Texas.
We are also dedicated to developing Geotechnical/Pavement Data and Design Reports in helping Designers and Contractors in a Design/Build environment achieve design efficiencies without compromising the integrity of structure performance. Please Contact Us.
We are also dedicated to developing Geotechnical/Pavement Data and Design Reports in helping Designers and Contractors in a Design/Build environment achieve design efficiencies without compromising the integrity of structure performance. Please Contact Us.
Environmental Engineering
Environmental Engineering
GEES's environmental services consist of the following:
GEES's environmental services consist of the following:
1. Full (ASTM) Environmental Site Assessment Studies, ASTM E 1527
1. Full (ASTM) Environmental Site Assessment Studies, ASTM E 1527
2. Phase II ESA. ASTM E 1903
2. Phase II ESA. ASTM E 1903
3. Phase III Remediation Action Plan (RAP)
3. Phase III Remediation Action Plan (RAP)
GEES has registered Professional Engineers (PE) in geotechnical and environmental engineering in Texas to provide sustainable and cost-effective engineering solutions to our clients, and solve their environmental problems. Please Contact Us.
GEES has registered Professional Engineers (PE) in geotechnical and environmental engineering in Texas to provide sustainable and cost-effective engineering solutions to our clients, and solve their environmental problems. Please Contact Us.
Geothermal Energy and Applications
Geothermal Energy and Applications
Texas geologies, including geothermal resources in the State’s sedimentary basins, along with the State’s status as the epicenter of the oil and gas industry, present a large and promising opportunity to develop geothermal resources in the State.
Texas geologies, including geothermal resources in the State’s sedimentary basins, along with the State’s status as the epicenter of the oil and gas industry, present a large and promising opportunity to develop geothermal resources in the State.
Our team has over 10 years experience in assessing thermal properties of soils/bedrocks, and its engineering applications in Geothermal Energy Piles (GEPs), Ground Source Heat Pumps (GSHPs), and Geothermal Deicing Systems (GDSs). Please Contact Us.
Our team has over 10 years experience in assessing thermal properties of soils/bedrocks, and its engineering applications in Geothermal Energy Piles (GEPs), Ground Source Heat Pumps (GSHPs), and Geothermal Deicing Systems (GDSs). Please Contact Us.
Artificial Intelligence (AI) in Geotechnical Engineering
Artificial Intelligence (AI) in Geotechnical Engineering
GEES provides sustainable/cost-effective engineering solutions for our clients using the AI techniques. Please Contact Us.
GEES provides sustainable/cost-effective engineering solutions for our clients using the AI techniques. Please Contact Us.
1. Machine Learning in Geoengineering
1. Machine Learning in Geoengineering
2. Bayesian Compressive Sampling (BCS) to 2D/3D Spatial Data
2. Bayesian Compressive Sampling (BCS) to 2D/3D Spatial Data
3. Statistical Interpretation of 2D/3D Sparsely Measured Geo-data
3. Statistical Interpretation of 2D/3D Sparsely Measured Geo-data
4. Random Field Simulation from 2D/3D Sparse Measurements
4. Random Field Simulation from 2D/3D Sparse Measurements
5. Geotechnical Uncertainty, Reliability and Risk
5. Geotechnical Uncertainty, Reliability and Risk
Fig. 1 Two-dimensional (2D) prediction of unit skin friction using AI technique for deep foundation design
Fig. 1 Two-dimensional (2D) prediction of unit skin friction using AI technique for deep foundation design
Fig. 2 Three-dimensional (3D) prediction of unit skin friction using AI technique for deep foundation design
Fig. 2 Three-dimensional (3D) prediction of unit skin friction using AI technique for deep foundation design