Global Services

Backed with years of industry experience, we have been able to offer a finest collection of Pipeline Survey Service. Offered services are rendered using latest technology by experienced professional as per set industry standards. In addition to this, to meet varied demands of customers, we offer these services in various options at the most affordable rates.

Other Details:

• Higher competitive edge
• Rendered by our highly experienced staff
• Perfect work

Route Survey Services – Technical Specification

Route surveys are critical for the planning and implementation of infrastructure projects like pipelines, transmission lines, roads, fiber optic cables, and railways. A Route Survey determines the optimal path for a proposed project and provides detailed topographical and geospatial information for design, engineering, and construction.

Below is a comprehensive technical specification for Route Survey Services:

1. Purpose and Scope

The purpose of the route survey is to:

• Identify and map the most feasible and cost-effective route.

• Collect geospatial, topographic, and environmental data.

• Provide accurate data for design, engineering, and environmental studies.

• Identify constraints such as right-of-way (ROW), utilities, environmental hazards, and land ownership.

2. Services Included 2.1 Preliminary Route Selection

• Desktop study using GIS, satellite imagery, and topographic maps.

• Identification of multiple route options.

• Environmental and social impact consideration.

• Identification of obstacles: rivers, roads, railways, existing utilities.

2.2 Field Surveys

• Ground-truthing of selected routes.

• Use of GNSS/GPS (RTK or PPK) for horizontal and vertical control.

• Total Station or LiDAR (if required) for detailed topographic data.

• Drone/UAV survey for inaccessible or extended routes.

2.3 Topographic and Planimetric Mapping

• Cross-sections and longitudinal profiles at regular intervals (e.g., every 20–50 m).

• Identification of natural and manmade features (buildings, roads, fences, etc.).

• Digital terrain model (DTM) and contours at required intervals (e.g., 0.5 m or 1.0 m).

2.4 Geodetic Control and Benchmarks

• Establishment of primary and secondary control points.

• Coordination in local or global datum (e.g., WGS84, UTM).

• Benchmark installation and referencing to national geodetic systems.

2.5 Utility and Infrastructure Mapping

• Detection of overhead and underground utilities (electrical, telecom, pipelines).

• Use of Ground Penetrating Radar (GPR), electromagnetic locators, or client-supplied utility maps.

2.6 Environmental and Land Use Survey (Optional)

• Identification of land cover, vegetation, water bodies, and protected areas.

• Mapping of land use: agricultural, residential, industrial, etc.

• Coordination with local communities and landowners.

3. Deliverables

• Route Alignment Maps (CAD and GIS formats).

• Topographic Survey Maps (scale as required, typically 1:1000 or 1:2000).

• Longitudinal and Cross-Section Profiles.

• Digital Terrain Model (DTM) and Contour Maps.

• Survey Control Report including coordinate system, benchmarks, and methodology.

• Utility Mapping Report (where applicable).

• Survey Data Files (RAW, CSV, DXF/DWG, shapefiles, etc.).

• Georeferenced Imagery (if drones or satellite imagery are used).

• Route Corridor Analysis Report summarizing constraints and recommendations.

4. Equipment and Standards 4.1 Survey Equipment

• Differential GPS (RTK or PPK).

• Total Station.

• UAV/Drones with RTK GPS and high-res cameras.