Specialization
& Activities of the Firm «Geodomisi Ltd. - Dr. C. Sachpazis»
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Since 1984 «GEODOMISI Ltd» and his founder has been involved in consulting to both public and private sector as well as in cooperating with several big technical/engineering firms and bureaus. «GEODOMISI Ltd» specialises in specific foundation cases, soil & rock mechanics, slope stability problems of large masses, geotechnical investigation of the Underground, dams, tunnels, suitability of building stones and aggregates. (Concrete, Railway ballast & Skid Resistance Road Aggregates) as well as issues of management of underground-surface water resources and the environment using G.I.S. «GEODOMISI Ltd» has executed so far more than sixty hundred (600) projects. It has also been exclusive geotechnical engineering consultant of «ATTIKO METRO S.A.» for the Design and Calculations of Anchored Piles Retaining Walls, 19,45 m deep, of Agios Antonios Metro Station at Peristeri - Attica. Furthermore he has been geotechnical engineering consultant of both «EGNATIA ODOS S.A.» and «ERGOSE S.A.» for the design of large scale motorway and railway projects and underground works, as foundation of bridges, tunnels and protection and stabilization of slopes from landslides. Furthermore, he has also been the exclusive geotechnical engineering consultant of «OLYMPIC GAMES ATHENS 2004» for the execution and the design of the geotechnical investigation and foundation engineering aspects for the construction of the Marathon Olympic rowing game centre roads at Schinias - Attica.
Specifically, the activities of the Firm refer to the following subjects: |
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A: GEOTECHNICAL ENGINEERING INVESTIGATIONS AND STUDIES. 1. Geotechnical Reconnaissance - Mapping. 2. Specifications of Site Investigations. 3. Evaluation of the results of Site Investigations. 4. In-situ and Laboratory soil and rock testing and quality control. 5. Geotechnical Investigation for Salt Works. 6. Geotechnical Design for Hazardous Waste Disposal. 7. Geotechnical Problems of Quarry and Mining Tailings Disposal. 8. Installation and monitoring of measuring instruments in Geotechnical works (instrumentation). 9. Underground water detection (piezometric surface). 10. Contamination detection of soils and water. 11. Environmental implications from fuels, toxic materials & waste storage. 12. Solid and liquid waste disposal management. 13. Control and protection from erosion. 14. Protection and restoration of historical monuments. 15. Water and gas proofing of underground excavations. 16. Ground improvement - Strengthening of soils. 17. Cement injections and grouting. 18. Gravel piles - columns, construction and control. 19. Reinforced Earth. 20. Geogrids - geotextiles. 21. Location of borrow pits. 22. Evaluation of aggregates and geological material suitability for road pavements, runway surfaces, railway ballast and skid resistant road pavement surfaces. 23. Earthworks, excavations and embankments. 24. Earth and rock-filled dams. 25. Shallow and raft foundations for buildings. 26. Deep piled foundations. 27. Underpinning. 28. Soil slope stability analyses (Bishop, Morgenstern). 29. Rock slope stability analyses (Hoek, Bray) 30. Lateral earth pressures - Retaining walls for soils and rocks. 31. Determination of Factors Influencing the performance of a tunneling machine. 32. Determination of rock properties for tunnel boring prognosis & costs. 33. Design of Underground Excavations. 34. Rock Slope Stability in Underground Excavations. 35. Underground Excavations Support Design. 36. Blasting Design for Surface Excavations. 37. Blasting Design for Underground Excavations. 38. Systems for artificial recharge of ground water (Geotechnical viewpoint). 39. Writing of Specifications for Geotechnical Engineering Projects & Works.
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B: ENGINEERING GEOLOGY - HYDROGEOLOGY - GEOPHYSICS
INVESTIGATIONS AND STUDIES. 1. Geological - Hydrogeological Reconnaissance. 2. Geological and Hydrogeological investigations and mappings. 3. Interpretation of aerial photographs and satellite photographs. 4. Site investigation in terms of engineering geology and hydrogeology. 5. Trial and sampling boreholes. 6. Electrical resistivity and seismic refraction methods of investigation for geological formations. 7. Seismic risk analysis. 8. Seismological history recording and analysis of the project site. 9. Geological suitability for urbanization. 10. Engineering geological investigations for highway projects. 11. Locations of building and decorative stones. 12. Quarry and mining investigations. 13. Rehabilitation and reclamation of quarries. 14. Location of underground water sources. 15. Karstic hydrogeology. 16. Saline water intrusion in aquifers. 17. Control of saline water intrusion. 18. Protection from pollution of underground aquifers. 19. Electrical Resistivity method for underground aquifer location. 20. Borehole development and water drilling tests. 21. Borehole construction specifications and water drilling costs. 22. Well Maintenance - Rehabilitation. 23. Methods of construction of shallow and deep wells. 24. Water quality criteria. 25. Monitoring of groundwater quality. 26. Quality classification and suitability of ground water. 27. Integrated Computerized System for Management of Underground and Surface Water Resources. 28. Systems for artificial recharge of ground water (Hydrogeological viewpoint). 29. Writing of Specifications for Engineering Geological & Hydrogeological Projects and Works.
C: MANAGEMENT AND SUPERVISION OF PROJECTS AND CONSULTING SERVICES.
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