HIRING OF AGENCY FOR GIS SURVEY OF STEEL, MDPE PIPELINES ASSETS AND COMMERCIAL, INDUSTRIAL AND CNG STATIONS IN 10 GAs OF GAIL GAS

Amount

PART A - Dhanbad-Giridih & Saraikela-Kharsawan/ West Singhbhum

Section 1 - Steel Pipeline Detection, Corridor survey & Mapping

Detection and Pipeline Alignment Survey using As Built Drawings, Pipeline Locator (Magnetic induction based )/ Induction Utility/ GPR for Carbon Steel Pipeline and Corridor survey using High Precision DGPS & Total station as per scope of work with accuracy of <1 meter. Steel Line detection (Steel pipeline detection will be done to fnd out the exact position, depth and its related parameters. This will be done by using various prominent techniques like using induction utility locators/ GPR methods.) for every 50 meter intervals along with corridor survey of steel pipeline (This includes survey of utility information for its ground position and related assets informations by taking a fixed corridor of 25 meters width along both sides of the utility). Corridor survey shall comprise of the following: 1. Co-ordinates of reference points like (but not limited to) Electric Pole, RCC Markers for Electric Poles, Houses with House no., Building walls, Transformer, Electric Junction, Edges of roads, vacant plots, Green belt, Market etc. 2. Pipeline features like RCC marker, Pole marker, Steel Valves, TLP (number, type and chainage) etc.

Dig Verification survey of Steel pipeline through pits . Note: Minimum Dimension of Each Pit will be 450 X 450 mm and depth as per site.

Section 2 - PE Pipeline Detection, Corridor survey & Mapping

Mapping of MDPE Pipeline along with Utility from As Built drawing and other available information as per scope of work. MDPE line detection and mapping (MDPE pipeline mapping will be done to locate the position of the pipeline and its related parameters as detailed in As Built Drawings (providedby client). If required other methods of survey applicable to MDPE pipe detection like GPR/ Sonic and High Precision DGPS & Total station with accuracy of <1 meter as per scope of work may be used whereever the data is not available. MDPE Line detection (MDPE pipeline detection will be done to find out the exact position, depth and its related parameters. This will be done by using various prominent techniques like using latest GPR machine) for every 50 meter intervals along with corridor survey of pipeline (This includes survey of utility information for its ground position and related assets informations by taking a fixed corridor of 25 meters width along both sides of the utility). Corridor survey shall comprise of the following: 1. Co-ordinates of reference points like (but not limited to) Electric Pole, RCC Markers for Electric Poles, Houses with House no., Building walls, Transformer, Electric Junction, Edges of roads, vacant plots, Green belt, Market etc. 2. Pipeline features like RCC marker, Pole marker, Valves, Transition Fittings/ Riser etc.

Dig Verification survey of MDPE pipeline through pits Note: Minimum Dimension of Each Pit will be 450X450 mm and depth as per site

Section 3 - Capturing Distribution Point (DP) Data/Information with Reference to Spatial and Cadastral Information for Industrial, Commercial custormers and CNG Stations

The contractor shall carry out a field survey for identification and validation from the field the existing/proposed Industrial, Commercial customers, CGS CNG Stations with the actual location (co-ordinates), name, IDs of customers/ potential customers, Meter nos, Meter type, EVC no.etc. as given in the attributes table in the tender. Capture the actual location of the Distribution Point (DP) and customer/potential customer points, CGS and CNG Stations.

Description of Work / Item(s)

Amount

PART B - Bengaluru

Section 1 - Steel Pipeline Detection, Corridor survey & Mapping

Detection and Pipeline Alignment Survey using As Built Drawings, Pipeline Locator (Magnetic induction based )/ Induction Utility/ GPR for Carbon Steel Pipeline and Corridor survey using High Precision DGPS & Total station as per scope of work with accuracy of <1 meter. Steel Line detection (Steel pipeline detection will be done to fnd out the exact position, depth and its related parameters. This will be done by using various prominent techniques like using induction utility locators/ GPR methods.) for every 50 meter intervals along with corridor survey of steel pipeline (This includes survey of utility information for its ground position and related assets informations by taking a fixed corridor of 25 meters width along both sides of the utility). Corridor survey shall comprise of the following: 1. Co-ordinates of reference points like (but not limited to) Electric Pole, RCC Markers for Electric Poles, Houses with House no., Building walls, Transformer, Electric Junction, Edges of roads, vacant plots, Green belt, Market etc. 2. Pipeline features like RCC marker, Pole marker, Steel Valves, TLP (number, type and chainage) etc.

Dig Verification survey of Steel pipeline through pits . Note: Minimum Dimension of Each Pit will be 450 X 450 mm and depth as per site.

Section 2 - PE Pipeline Detection, Corridor survey & Mapping

Mapping of MDPE Pipeline along with Utility from As Built drawing and other available information as per scope of work. MDPE line detection and mapping (MDPE pipeline mapping will be done to locate the position of the pipeline and its related parameters as detailed in As Built Drawings (providedby client). If required other methods of survey applicable to MDPE pipe detection like GPR/ Sonic and High Precision DGPS & Total station with accuracy of <1 meter as per scope of work may be used whereever the data is not available. MDPE Line detection (MDPE pipeline detection will be done to find out the exact position, depth and its related parameters. This will be done by using various prominent techniques like using latest GPR machine) for every 50 meter intervals along with corridor survey of pipeline (This includes survey of utility information for its ground position and related assets informations by taking a fixed corridor of 25 meters width along both sides of the utility). Corridor survey shall comprise of the following: 1. Co-ordinates of reference points like (but not limited to) Electric Pole, RCC Markers for Electric Poles, Houses with House no., Building walls, Transformer, Electric Junction, Edges of roads, vacant plots, Green belt, Market etc. 2. Pipeline features like RCC marker, Pole marker, Valves, Transition Fittings/ Riser etc.

Dig Verification survey of MDPE pipeline through pits Note: Minimum Dimension of Each Pit will be 450X450 mm and depth as per site

Section 3 - Capturing Distribution Point (DP) Data/Information with Reference to Spatial and Cadastral Information for Industrial, Commercial custormers and CNG Stations

The contractor shall carry out a field survey for identification and validation from the field the existing/proposed Industrial, Commercial customers, CGS CNG Stations with the actual location (co-ordinates), name, IDs of customers/ potential customers, Meter nos, Meter type, EVC no.etc. as given in the attributes table in the tender. Capture the actual location of the Distribution Point (DP) and customer/potential customer points, CGS and CNG Stations.

Description of Work / Item(s)

Amount

PART C - Mirzapur-Chandauli-Sonbhadra

Section 1 - Steel Pipeline Detection, Corridor survey & Mapping

Detection and Pipeline Alignment Survey using As Built Drawings, Pipeline Locator (Magnetic induction based )/ Induction Utility/ GPR for Carbon Steel Pipeline and Corridor survey using High Precision DGPS & Total station as per scope of work with accuracy of <1 meter. Steel Line detection (Steel pipeline detection will be done to fnd out the exact position, depth and its related parameters. This will be done by using various prominent techniques like using induction utility locators/ GPR methods.) for every 50 meter intervals along with corridor survey of steel pipeline (This includes survey of utility information for its ground position and related assets informations by taking a fixed corridor of 25 meters width along both sides of the utility). Corridor survey shall comprise of the following: 1. Co-ordinates of reference points like (but not limited to) Electric Pole, RCC Markers for Electric Poles, Houses with House no., Building walls, Transformer, Electric Junction, Edges of roads, vacant plots, Green belt, Market etc. 2. Pipeline features like RCC marker, Pole marker, Steel Valves, TLP (number, type and chainage) etc.

Dig Verification survey of Steel pipeline through pits . Note: Minimum Dimension of Each Pit will be 450 X 450 mm and depth as per site.

Section 2 - PE Pipeline Detection, Corridor survey & Mapping

Mapping of MDPE Pipeline along with Utility from As Built drawing and other available information as per scope of work. MDPE line detection and mapping (MDPE pipeline mapping will be done to locate the position of the pipeline and its related parameters as detailed in As Built Drawings (providedby client). If required other methods of survey applicable to MDPE pipe detection like GPR/ Sonic and High Precision DGPS & Total station with accuracy of <1 meter as per scope of work may be used whereever the data is not available. MDPE Line detection (MDPE pipeline detection will be done to find out the exact position, depth and its related parameters. This will be done by using various prominent techniques like using latest GPR machine) for every 50 meter intervals along with corridor survey of pipeline (This includes survey of utility information for its ground position and related assets informations by taking a fixed corridor of 25 meters width along both sides of the utility). Corridor survey shall comprise of the following: 1. Co-ordinates of reference points like (but not limited to) Electric Pole, RCC Markers for Electric Poles, Houses with House no., Building walls, Transformer, Electric Junction, Edges of roads, vacant plots, Green belt, Market etc. 2. Pipeline features like RCC marker, Pole marker, Valves, Transition Fittings/ Riser etc.

Dig Verification survey of MDPE pipeline through pits Note: Minimum Dimension of Each Pit will be 450X450 mm and depth as per site

Section 3 - Capturing Distribution Point (DP) Data/Information with Reference to Spatial and Cadastral Information for Industrial, Commercial custormers and CNG Stations

The contractor shall carry out a field survey for identification and validation from the field the existing/proposed Industrial, Commercial customers, CGS CNG Stations with the actual location (co-ordinates), name, IDs of customers/ potential customers, Meter nos, Meter type, EVC no.etc. as given in the attributes table in the tender. Capture the actual location of the Distribution Point (DP) and customer/potential customer points, CGS and CNG Stations.

Description of Work / Item(s)

Amount

PART D - Raisen-Sehore-Shajapur

Section 1 - Steel Pipeline Detection, Corridor survey & Mapping

Detection and Pipeline Alignment Survey using As Built Drawings, Pipeline Locator (Magnetic induction based )/ Induction Utility/ GPR for Carbon Steel Pipeline and Corridor survey using High Precision DGPS & Total station as per scope of work with accuracy of <1 meter. Steel Line detection (Steel pipeline detection will be done to fnd out the exact position, depth and its related parameters. This will be done by using various prominent techniques like using induction utility locators/ GPR methods.) for every 50 meter intervals along with corridor survey of steel pipeline (This includes survey of utility information for its ground position and related assets informations by taking a fixed corridor of 25 meters width along both sides of the utility). Corridor survey shall comprise of the following: 1. Co-ordinates of reference points like (but not limited to) Electric Pole, RCC Markers for Electric Poles, Houses with House no., Building walls, Transformer, Electric Junction, Edges of roads, vacant plots, Green belt, Market etc. 2. Pipeline features like RCC marker, Pole marker, Steel Valves, TLP (number, type and chainage) etc.

Dig Verification survey of Steel pipeline through pits . Note: Minimum Dimension of Each Pit will be 450 X 450 mm and depth as per site.

Section 2 - PE Pipeline Detection, Corridor survey & Mapping

Mapping of MDPE Pipeline along with Utility from As Built drawing and other available information as per scope of work. MDPE line detection and mapping (MDPE pipeline mapping will be done to locate the position of the pipeline and its related parameters as detailed in As Built Drawings (providedby client). If required other methods of survey applicable to MDPE pipe detection like GPR/ Sonic and High Precision DGPS & Total station with accuracy of <1 meter as per scope of work may be used whereever the data is not available. MDPE Line detection (MDPE pipeline detection will be done to find out the exact position, depth and its related parameters. This will be done by using various prominent techniques like using latest GPR machine) for every 50 meter intervals along with corridor survey of pipeline (This includes survey of utility information for its ground position and related assets informations by taking a fixed corridor of 25 meters width along both sides of the utility). Corridor survey shall comprise of the following: 1. Co-ordinates of reference points like (but not limited to) Electric Pole, RCC Markers for Electric Poles, Houses with House no., Building walls, Transformer, Electric Junction, Edges of roads, vacant plots, Green belt, Market etc. 2. Pipeline features like RCC marker, Pole marker, Valves, Transition Fittings/ Riser etc.

Dig Verification survey of MDPE pipeline through pits Note: Minimum Dimension of Each Pit will be 450X450 mm and depth as per site

Section 3 - Capturing Distribution Point (DP) Data/Information with Reference to Spatial and Cadastral Information for Industrial, Commercial custormers and CNG Stations

The contractor shall carry out a field survey for identification and validation from the field the existing/proposed Industrial, Commercial customers, CGS CNG Stations with the actual location (co-ordinates), name, IDs of customers/ potential customers, Meter nos, Meter type, EVC no.etc. as given in the attributes table in the tender. Capture the actual location of the Distribution Point (DP) and customer/potential customer points, CGS and CNG Stations.

Description of Work / Item(s)

Amount

PART E - Dakshin Kannada

Section 1 - Steel Pipeline Detection, Corridor survey & Mapping

Detection and Pipeline Alignment Survey using As Built Drawings, Pipeline Locator (Magnetic induction based )/ Induction Utility/ GPR for Carbon Steel Pipeline and Corridor survey using High Precision DGPS & Total station as per scope of work with accuracy of <1 meter. Steel Line detection (Steel pipeline detection will be done to fnd out the exact position, depth and its related parameters. This will be done by using various prominent techniques like using induction utility locators/ GPR methods.) for every 50 meter intervals along with corridor survey of steel pipeline (This includes survey of utility information for its ground position and related assets informations by taking a fixed corridor of 25 meters width along both sides of the utility). Corridor survey shall comprise of the following: 1. Co-ordinates of reference points like (but not limited to) Electric Pole, RCC Markers for Electric Poles, Houses with House no., Building walls, Transformer, Electric Junction, Edges of roads, vacant plots, Green belt, Market etc. 2. Pipeline features like RCC marker, Pole marker, Steel Valves, TLP (number, type and chainage) etc.

Dig Verification survey of Steel pipeline through pits . Note: Minimum Dimension of Each Pit will be 450 X 450 mm and depth as per site.

Section 2 - PE Pipeline Detection, Corridor survey & Mapping

Mapping of MDPE Pipeline along with Utility from As Built drawing and other available information as per scope of work. MDPE line detection and mapping (MDPE pipeline mapping will be done to locate the position of the pipeline and its related parameters as detailed in As Built Drawings (providedby client). If required other methods of survey applicable to MDPE pipe detection like GPR/ Sonic and High Precision DGPS & Total station with accuracy of <1 meter as per scope of work may be used whereever the data is not available. MDPE Line detection (MDPE pipeline detection will be done to find out the exact position, depth and its related parameters. This will be done by using various prominent techniques like using latest GPR machine) for every 50 meter intervals along with corridor survey of pipeline (This includes survey of utility information for its ground position and related assets informations by taking a fixed corridor of 25 meters width along both sides of the utility). Corridor survey shall comprise of the following: 1. Co-ordinates of reference points like (but not limited to) Electric Pole, RCC Markers for Electric Poles, Houses with House no., Building walls, Transformer, Electric Junction, Edges of roads, vacant plots, Green belt, Market etc. 2. Pipeline features like RCC marker, Pole marker, Valves, Transition Fittings/ Riser etc.

Dig Verification survey of MDPE pipeline through pits Note: Minimum Dimension of Each Pit will be 450X450 mm and depth as per site

Section 3 - Capturing Distribution Point (DP) Data/Information with Reference to Spatial and Cadastral Information for Industrial, Commercial custormers and CNG Stations

The contractor shall carry out a field survey for identification and validation from the field the existing/proposed Industrial, Commercial customers, CGS CNG Stations with the actual location (co-ordinates), name, IDs of customers/ potential customers, Meter nos, Meter type, EVC no.etc. as given in the attributes table in the tender. Capture the actual location of the Distribution Point (DP) and customer/potential customer points, CGS and CNG Stations.

Description of Work / Item(s)

Amount

PART F - Sudergarh-Jharsuguda & Puri-Ganjam-Nayagarh

Section 1 - Steel Pipeline Detection, Corridor survey & Mapping

Detection and Pipeline Alignment Survey using As Built Drawings, Pipeline Locator (Magnetic induction based )/ Induction Utility/ GPR for Carbon Steel Pipeline and Corridor survey using High Precision DGPS & Total station as per scope of work with accuracy of <1 meter. Steel Line detection (Steel pipeline detection will be done to fnd out the exact position, depth and its related parameters. This will be done by using various prominent techniques like using induction utility locators/ GPR methods.) for every 50 meter intervals along with corridor survey of steel pipeline (This includes survey of utility information for its ground position and related assets informations by taking a fixed corridor of 25 meters width along both sides of the utility). Corridor survey shall comprise of the following: 1. Co-ordinates of reference points like (but not limited to) Electric Pole, RCC Markers for Electric Poles, Houses with House no., Building walls, Transformer, Electric Junction, Edges of roads, vacant plots, Green belt, Market etc. 2. Pipeline features like RCC marker, Pole marker, Steel Valves, TLP (number, type and chainage) etc.

Dig Verification survey of Steel pipeline through pits . Note: Minimum Dimension of Each Pit will be 450 X 450 mm and depth as per site.

Section 2 - PE Pipeline Detection, Corridor survey & Mapping

Mapping of MDPE Pipeline along with Utility from As Built drawing and other available information as per scope of work. MDPE line detection and mapping (MDPE pipeline mapping will be done to locate the position of the pipeline and its related parameters as detailed in As Built Drawings (providedby client). If required other methods of survey applicable to MDPE pipe detection like GPR/ Sonic and High Precision DGPS & Total station with accuracy of <1 meter as per scope of work may be used whereever the data is not available. MDPE Line detection (MDPE pipeline detection will be done to find out the exact position, depth and its related parameters. This will be done by using various prominent techniques like using latest GPR machine) for every 50 meter intervals along with corridor survey of pipeline (This includes survey of utility information for its ground position and related assets informations by taking a fixed corridor of 25 meters width along both sides of the utility). Corridor survey shall comprise of the following: 1. Co-ordinates of reference points like (but not limited to) Electric Pole, RCC Markers for Electric Poles, Houses with House no., Building walls, Transformer, Electric Junction, Edges of roads, vacant plots, Green belt, Market etc. 2. Pipeline features like RCC marker, Pole marker, Valves, Transition Fittings/ Riser etc.

Dig Verification survey of MDPE pipeline through pits Note: Minimum Dimension of Each Pit will be 450X450 mm and depth as per site

Section 3 - Capturing Distribution Point (DP) Data/Information with Reference to Spatial and Cadastral Information for Industrial, Commercial custormers and CNG Stations

The contractor shall carry out a field survey for identification and validation from the field the existing/proposed Industrial, Commercial customers, CGS CNG Stations with the actual location (co-ordinates), name, IDs of customers/ potential customers, Meter nos, Meter type, EVC no.etc. as given in the attributes table in the tender. Capture the actual location of the Distribution Point (DP) and customer/potential customer points, CGS and CNG Stations.

Description of Work / Item(s)

Amount

PART G - Dehradun

Section 1 - Steel Pipeline Detection, Corridor survey & Mapping

Detection and Pipeline Alignment Survey using As Built Drawings, Pipeline Locator (Magnetic induction based )/ Induction Utility/ GPR for Carbon Steel Pipeline and Corridor survey using High Precision DGPS & Total station as per scope of work with accuracy of <1 meter. Steel Line detection (Steel pipeline detection will be done to fnd out the exact position, depth and its related parameters. This will be done by using various prominent techniques like using induction utility locators/ GPR methods.) for every 50 meter intervals along with corridor survey of steel pipeline (This includes survey of utility information for its ground position and related assets informations by taking a fixed corridor of 25 meters width along both sides of the utility). Corridor survey shall comprise of the following: 1. Co-ordinates of reference points like (but not limited to) Electric Pole, RCC Markers for Electric Poles, Houses with House no., Building walls, Transformer, Electric Junction, Edges of roads, vacant plots, Green belt, Market etc. 2. Pipeline features like RCC marker, Pole marker, Steel Valves, TLP (number, type and chainage) etc.

Dig Verification survey of Steel pipeline through pits . Note: Minimum Dimension of Each Pit will be 450 X 450 mm and depth as per site.

Section 2 - PE Pipeline Detection, Corridor survey & Mapping

Mapping of MDPE Pipeline along with Utility from As Built drawing and other available information as per scope of work. MDPE line detection and mapping (MDPE pipeline mapping will be done to locate the position of the pipeline and its related parameters as detailed in As Built Drawings (providedby client). If required other methods of survey applicable to MDPE pipe detection like GPR/ Sonic and High Precision DGPS & Total station with accuracy of <1 meter as per scope of work may be used whereever the data is not available. MDPE Line detection (MDPE pipeline detection will be done to find out the exact position, depth and its related parameters. This will be done by using various prominent techniques like using latest GPR machine) for every 50 meter intervals along with corridor survey of pipeline (This includes survey of utility information for its ground position and related assets informations by taking a fixed corridor of 25 meters width along both sides of the utility). Corridor survey shall comprise of the following: 1. Co-ordinates of reference points like (but not limited to) Electric Pole, RCC Markers for Electric Poles, Houses with House no., Building walls, Transformer, Electric Junction, Edges of roads, vacant plots, Green belt, Market etc. 2. Pipeline features like RCC marker, Pole marker, Valves, Transition Fittings/ Riser etc.

Dig Verification survey of MDPE pipeline through pits Note: Minimum Dimension of Each Pit will be 450X450 mm and depth as per site

Section 3 - Capturing Distribution Point (DP) Data/Information with Reference to Spatial and Cadastral Information for Industrial, Commercial custormers and CNG Stations

The contractor shall carry out a field survey for identification and validation from the field the existing/proposed Industrial, Commercial customers, CGS CNG Stations with the actual location (co-ordinates), name, IDs of customers/ potential customers, Meter nos, Meter type, EVC no.etc. as given in the attributes table in the tender. Capture the actual location of the Distribution Point (DP) and customer/potential customer points, CGS and CNG Stations.

NeoGeoInfo Technologies Pvt Ltd (BID ID -879189)

skp projects pvt ltd (BID ID -887966)

CyberSWIFT Infotech Pvt. Ltd. (BID ID -883982)

GeoVista Technologies Private Limited (BID ID -888124)

THEODESH CONSULTANTS (BID ID -886925)

Epitome Geotechnical Services Private Limited (BID ID -888213)

INDIAN RESOURCES INFORMATION AND MANAGEMENT TECHNOLOGIES LTD (BID ID -886957)

PRASAD SURVEYORS (BID ID -880806)

skp projects pvt ltd (BID ID -887966)

GeoVista Technologies Private Limited (BID ID -888124)

NeoGeoInfo Technologies Pvt Ltd (BID ID -879189)

Epitome Geotechnical Services Private Limited (BID ID -888213)

THEODESH CONSULTANTS (BID ID -886925)

INDIAN RESOURCES INFORMATION AND MANAGEMENT TECHNOLOGIES LTD (BID ID -886957)

PRASAD SURVEYORS (BID ID -880806)

NeoGeoInfo Technologies Pvt Ltd (BID ID -879189)

skp projects pvt ltd (BID ID -887966)

GeoVista Technologies Private Limited (BID ID -888124)

Epitome Geotechnical Services Private Limited (BID ID -888213)

THEODESH CONSULTANTS (BID ID -886925)

INDIAN RESOURCES INFORMATION AND MANAGEMENT TECHNOLOGIES LTD (BID ID -886957)

PRASAD SURVEYORS (BID ID -880806)

skp projects pvt ltd (BID ID -887966)

GeoVista Technologies Private Limited (BID ID -888124)

NeoGeoInfo Technologies Pvt Ltd (BID ID -879189)

THEODESH CONSULTANTS (BID ID -886925)

INDIAN RESOURCES INFORMATION AND MANAGEMENT TECHNOLOGIES LTD (BID ID -886957)

Epitome Geotechnical Services Private Limited (BID ID -888213)

PRASAD SURVEYORS (BID ID -880806)

skp projects pvt ltd (BID ID -887966)

NeoGeoInfo Technologies Pvt Ltd (BID ID -879189)

GeoVista Technologies Private Limited (BID ID -888124)

THEODESH CONSULTANTS (BID ID -886925)

INDIAN RESOURCES INFORMATION AND MANAGEMENT TECHNOLOGIES LTD (BID ID -886957)

Epitome Geotechnical Services Private Limited (BID ID -888213)

NeoGeoInfo Technologies Pvt Ltd (BID ID -879189)

skp projects pvt ltd (BID ID -887966)

CyberSWIFT Infotech Pvt. Ltd. (BID ID -883982)

GeoVista Technologies Private Limited (BID ID -888124)

THEODESH CONSULTANTS (BID ID -886925)

INDIAN RESOURCES INFORMATION AND MANAGEMENT TECHNOLOGIES LTD (BID ID -886957)

Epitome Geotechnical Services Private Limited (BID ID -888213)

NeoGeoInfo Technologies Pvt Ltd (BID ID -879189)

skp projects pvt ltd (BID ID -887966)

CyberSWIFT Infotech Pvt. Ltd. (BID ID -883982)

GeoVista Technologies Private Limited (BID ID -888124)

THEODESH CONSULTANTS (BID ID -886925)

INDIAN RESOURCES INFORMATION AND MANAGEMENT TECHNOLOGIES LTD (BID ID -886957)

Epitome Geotechnical Services Private Limited (BID ID -888213)