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General Presentation August 2009
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Page 1: Reduct Company Presentation August 2009

General Presentation

August 2009

Page 2: Reduct Company Presentation August 2009

About us

Founded: September 2001

Offices: Schelle, Belgium (HQ)Evergem, Belgium (Assembly)Vancouver, Canada

Main activity: Development of Gyroscopic Pipeline Mapping Systems for all Utility Infrastructures.

System range: 32mm+

Page 3: Reduct Company Presentation August 2009

Inertial measurement systems explained

• Gyroscopic measurement systems contain a selection of inertial sensors including gyroscopes, accelerometers and magnetometers.

• Together these sensors form an Orientation Measurement Unit (OMU)

• The OMU is carefully calibrated to align sensors

Gyr-H ElectronicsGyr-R

Sensorback right

Gyr-P

Sensorback left

Sensormid

Electronics Power in

Data port

Sensor main

+ ROLL

+ HEADING

+ PITCH

Length

Ø

TravelDirection

Page 4: Reduct Company Presentation August 2009

Inertial measurement systems explained

• The OMU is positioned inside the pipe and aligned as accurately as possible with the direction of the pipe.

• The OMU is then moved through the pipe from entry to exit point.

• The sensors record changes in:– X direction– Y direction– Z direction– Roll position

• Sampling occurs up to 800 Hz.(800 samples per second)

x

Rolly

z

Page 5: Reduct Company Presentation August 2009

Inertial measurement system positioning

Pipelines TraditionalSurveying

Walkover Beacon Systems

Ground Penetrating

Radar

Gyroscopic Systems

ExistingShallow

depthonly

Shallowdepth

only

Newly Trenched

Noteconomically

viable e

Notconomically

viable

TrenchlessShallow

depthonly

Shallowdepth

only

Page 6: Reduct Company Presentation August 2009

• New pipelines installations– Traditional trenching

– Horizontal directional drilling

– Pipe ramming/bursting

– Tunneling

• Existing pipelines– Rehabilitation

– Maintenance

Efficient moments to obtain XYZ data

Page 7: Reduct Company Presentation August 2009

System Operational Summary

(Example: DR-HDD-4.1 Pipeline Mapping System)

Page 8: Reduct Company Presentation August 2009

Efficient, simple to use and accurate

Data Processing Data Transfer to GIS

Operational time required per pipeline segment: 1 HOUR

Data Collection

Page 9: Reduct Company Presentation August 2009

Measurementdata

Pipe Bend RadiusCalculation

Weld OffsetCalculation

WeldLocation

XYZLocation

in anyCoordinate

System

Geo-positioning Pre-commissioning compliance

Standard Data Output

GIS information Welding fault detection

Page 10: Reduct Company Presentation August 2009

Measurementdata

Pipe Bend RadiusCalculation

Weld OffsetCalculation

WeldLocation

XYZLocation

in anyCoordinate

System

Page 11: Reduct Company Presentation August 2009

XYZ Positioning in any coordinate system

Page 12: Reduct Company Presentation August 2009

3D Assessment of data

Page 13: Reduct Company Presentation August 2009

Measurementdata

Pipe Bend RadiusCalculation

Weld OffsetCalculation

WeldLocation

XYZLocation

in anyCoordinate

System

Page 14: Reduct Company Presentation August 2009

Assessment of Bend Radius against specification

Bend radius calculation using X, Y and Z data

Page 15: Reduct Company Presentation August 2009

Assessment of Bend Radius against specification

Bend Radius Calculation XY

0

100

200

300

400

500

600

700

800

900

1 11 21 31 41 51 61 71 81 91 101 111 121 131 141 151Distance from Rigside (m)

Bend

ing

radi

us (m

)

r @ 20m interval r @ 30m interval Min Bending Radius Spec.

Bend Radius Calculation XZ

0

100

200

300

400

500

600

700

800

900

1 11 21 31 41 51 61 71 81 91 101 111 121 131 141 151Distance from Rigside

Ben

ding

radi

us (m

)

r @ 20m interval r @ 30m interval Min Bending Radius Spec.

Detail

assessment

of bend radius in

Horizontal

plane

Detail

assessment

of bend radius in

Vertical

plane

Page 16: Reduct Company Presentation August 2009

Actual Case 1: Failed pilot HDD

Customer Specification

Page 17: Reduct Company Presentation August 2009

Actual Case 2: Failed reaming HDD

Customer Specification

Page 18: Reduct Company Presentation August 2009

Measurementdata

Pipe Bend RadiusCalculation

Weld OffsetCalculation

WeldLocation

XYZLocation

in anyCoordinate

System

Page 19: Reduct Company Presentation August 2009

Weld Positioning

Page 20: Reduct Company Presentation August 2009

Measurementdata

Pipe Bend RadiusCalculation

Weld OffsetCalculation

WeldLocation

XYZLocation

in anyCoordinate

System

Page 21: Reduct Company Presentation August 2009

Weld offset assessment

180.00º-177.56º = 2.44º misalignment

Page 22: Reduct Company Presentation August 2009

Most common uses of Output Data

Page 23: Reduct Company Presentation August 2009

System Applicability

Page 24: Reduct Company Presentation August 2009

Any utility, any material

• Gas• Oil• Chemicals

HDPE Steel Concrete PVC

• Water• Telecom • Sewage

Page 25: Reduct Company Presentation August 2009

Adjustable to fit in any pipe size

40mm/1.75” ID HDPE 90mm/3.5” ID Drill Rod 100mm/4” ID Shore landing

140mm/5.5” ID HDPE 600mm/24” ID Steel Gas Pipe 800mm/30” ID Concrete Sewer

Page 26: Reduct Company Presentation August 2009

System Overview

Page 27: Reduct Company Presentation August 2009

Articulated Micro Range Pipeline Mapping Systems

Specifications may change without prior notice.

40.8mm 51.5mm 61.4mm 73.6mm

Page 28: Reduct Company Presentation August 2009

Articulated Medium RangePipeline Mapping Systems

Specifications may change without prior notice.

Page 29: Reduct Company Presentation August 2009

HDD Variable Diameter RangePipeline Mapping Systems

Ø90-800mm3.5 - 32”

Specifications may change without prior notice.

Page 30: Reduct Company Presentation August 2009

Selected Recent ProjectsClient/Owner Sector Country Activity

BASF Chemicals Belgium Locating of a newly installed Air Liquide chemical pipeline to the BASF production plant in the Antwerp harbour.

EDPC / Evonik Chemicals Germany Mapping of 2 complex HDD installations

Fabricom-GTI NV City Network Belgium Mapping of 4kms of 40mm city data network compising of 18 sections.

SIP Data China Mapping of the entire Shanghai data transmission network (ongoing project)

W.A. Chester Electricity USA Mapping of 36 miles of exiting Electricity grid.

Electrabel Electricity Belgium Mapping of multiple river crossings of 8" steel pipe segments up to 2400ft each.

Cargill Gas Belgium Locating of a newly installed gas supply pipeline linking two production plants.

W.A. Chester Gas USA Mapping of three river crossing with a total length of 5 kms.

ECB Geo Gmbh Gas Germany Mapping of a river crossing

ExxonMobil Gas Germany Mapping of a river crossing

Gasunie Gas Netherlands Mapping of several HDD installations.

Fluxys NV Gas Belgium Fluxys installation specifications obligate contractors of trenchless network installations, such as to verify the XYZ locating using "Reduct Ductrunner gyro system or similar".

RuhrGas Gmbh Gas Germany Mapping of multiple river crossings of 8" steel pipe segments up to 3500ft each.

EWE Gas Germany Mapping of 15 HDD installations through the drill rod and 8" - 24" pipe segments up to 3500ft each.

Reliance Gas India Mapping of a complex River Crossing of about 1600m.

Conoco Ltd. Oil UK Reduct's Pipeline Mapping system was integrated into a Magnetic Flux Leakage pig during the inspection of 3 miles of crude pipeline to an off shore crude tanker mooring facility.

Fletcher Construction Sewer New Zealand Mapping of 650m Sewer Pipeline

Deutsche Telecom Telecom Germany Mapping of 10 x 6" HDPE ducts with a length of 1800ft underneath the Elbe River in Hamburg.

Alnaboohdah Various Dubai Survey of several utility pipelines underneath the Dubai Creek and on 'Palm Island' .

Dutch Water Authorities Waterways Netherlands Expert called in to help determine the collapse of a dyke.

Page 31: Reduct Company Presentation August 2009

THANK YOU

FOR YOUR ATTENTION