AIDEN TECHNOLOGIES Mangalore, Karnataka

Subsurface utility engineering (SUE) deals with the mapping of underground utilities such as pipelines and cable lines. Subsurface utility engineering also encompasses retrieving information on the present condition of existing subsurface utilities and when and how to relocate subsurface utilities. Subsurface utility engineering uses geophysics, civil engineering and surveying to complete its tasks. Subsurface utility engineering can reduce unnecessary utility relocations and the likelihood that existing utilities will be damaged by new construction projects. We are Using Two Methods for SUE  •       We utilize radio frequencies that are powered through utility lines via a transmitter and can be picked up by an accompanying receiver. •       We utilize multiple Ground Penetrating Radars that have different frequencies depending on the application

Country of Origin : India

Subsurface utility engineering (SUE) deals with the mapping of underground utilities such as pipelines and cable lines. Subsurface utility engineering also encompasses retrieving information on the present condition of existing subsurface utilities and when and how to relocate subsurface utilities. Subsurface utility engineering uses geophysics, civil engineering and surveying to complete its tasks.Subsurface utility engineering can reduce unnecessary utility relocations and the likelihood that existing utilities will be damaged by new construction projects. We are Using Two Methods for SUE We utilize radio frequencies that are powered through utility lines via a transmitter and can be picked up by an accompanying receiver. We utilize multiple Ground Penetrating Radars that have different frequencies depending on the application

Private utility locating helps us to identify underground utilities in private properties. All utilities that are found will be visually marked with paint, letting all field personnel know that they need to avoid that area. Some of the utilities that are typically discovered and marked include: Gas pipes Backup generator lines Sewer laterals Septic tank pipes Irrigation systems Storm drains Site lighting lines Telecommunication lines Private utility locating services are also useful in facilities like industries, schools, hospitals, apartments, and military installations that are not considered public-owned. These utilities are below the ground and may not be visible, so calling for private utility locating services is the best thing to do.Performing an excavation before locating private utilities can lead to severe injuries to construction workers. Also, fixing or repairing damaged underground utilities can be expensive and time-consuming. Sometimes the repair may involve trenching or drilling the entire area. If an underground utility is damaged, it’s up to the project manager on-site to fix it as soon as possible.

Private utility locating helps us to identify underground utilities in private properties. All utilities that are found will be visually marked with paint, letting all field personnel know that they need to avoid that area. Some of the utilities that are typically discovered and marked include: • gas pipes • backup generator lines • sewer laterals • septic tank pipes • irrigation systems • storm drains • site lighting lines • telecommunication lines Private utility locating services are also useful in facilities like industries, schools, hospitals, apartments, and military installations that are not considered public-owned. These utilities are below the ground and may not be visible, so calling for private utility locating services is the best thing to do. Performing an excavation before locating private utilities can lead to severe injuries to construction workers. Also, fixing or repairing damaged underground utilities can be expensive and time-consuming. Sometimes the repair may involve trenching or drilling the entire area. If an underground utility is damaged, it’s up to the project manager on-site to fix it as soon as possible.

Country of Origin : India

We give a total turn key solution in fiber laying like :  Feasibility Study Route survey and planning ROW permissions Project Management Material Management Project Completion Handover  

A Ground Penetrating Radar Survey, commonly referred to as a GPR survey, is a geophysical locating technique that makes use of radio waves to take images of entities  below ground level without digging up the soil. The GPR provides unprecedented insights and targets confidence to detect traditionally non-locatable subsurface features such as: Non-metallic pipes, including PVC and asbestos cement Underground Electrical Cable Concrete storm and sewer systems Utilities where installed tracer wiring has failed Underground storage tanks and drainage tiles Septic system components Non-utility structures such as vaults, foundation walls and concrete pads  

1)   GPR Survey: A Ground Penetrating Radar Survey, commonly referred to as a GPR survey, is a geophysical locating technique that makes use of radio waves to take images of entities  below ground level without digging up the soil.   The GPR provides unprecedented insights and targets confidence to detect traditionally non-locatable subsurface features such as: •       Non-metallic pipes, including PVC and asbestos cement •       Underground Electrical Cable •       Concrete storm and sewer systems •       Utilities where installed tracer wiring has failed •       Underground storage tanks and drainage tiles •       Septic system components •       Non-utility structures such as vaults, foundation walls and concrete pads  

A geographic information system (GIS) is a computer system for capturing, storing, checking, and displaying data related to positions on Earth’s surface. GIS can show many different kinds of data on one map, such as streets, buildings, and roads. This enables people to more easily see, analyse, and understand patterns and relationships.Benefits Of GIS : GIS explores both geographical and thematic components of data in a holistic way GIS allows handling and exploration of large volumes of data GIS allows integration of data from widely disparate sources GIS allows analysis of data to explicitly incorporate location GIS allows wide variety of forms of visualization such as maps, reports, charts etc. GIS provides very accurate data GIS provides better predictions and analysis  

GIS (Geographic Information System) Mapping : A geographic information system (GIS) is a computer system for capturing, storing, checking, and displaying data related to positions on Earth’s surface. GIS can show many different kinds of data on one map, such as streets, buildings, and roads. This enables people to more easily see, analyse, and understand patterns and relationships.   Benefits Of GIS 1)GIS explores both geographical and thematic components of data in a holistic way 2)GIS allows handling and exploration of large volumes of data 3)GIS allows integration of data from widely disparate sources 4)GIS allows analysis of data to explicitly incorporate location 5) GIS allows wide variety of forms of visualization such as maps, reports, charts etc 6) GIS provides very accurate data 7) GIS provides better predictions and analysis

Country of Origin : India