DEDICATED TO PROVIDING SUPERIOR SERVICE

Canada’s only First nation ndt & inspeCtion serviCes Company

Our mission is to collaborate with First Nations community leaders and empower their members through training and coaching, to assist in providing Non-Destructive Testing & Inspection services in their communities, in a safe, reliable, efficient and environmentally sound manner.T

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Nabout usFounded in 2015, Eagle

Eye NDt is Canada’s only

First Nations non-

destructive testing

company. our primary

service sector is the oil &

gas, pipeline and mining

industries in North

america and globally. our

services are provided

24/7, 365 days of the

year, on-site and in the

field.

We’re determined to be

leaders in developing and

providing technology-

based, site-specific

solutions that help reduce

costs, increase productivity

and promote growth for

our customers. by focusing

on safety, our qualified

technicians are equipped

with leading technology to

meet all of our customers’

inspection requirements.

We also supply technical

training to our clients,

so they may better

understand the advanced

methods and applications

used in producing reports.

Leveraging their extensive

knowledge, experience

and investment in

Research & Development, Eagle Eye NDt’s senior

Management team is

dedicated to offering

expert recommendations

for industry requirements.

our dedicated, full-time

employees represent

the structure behind our

company operations.

Qualified technicians and

inspectors are trained and

certified with appropriate

industry accreditation,

including CGsb/NRCan

certification and the

Canadian Welding bureau (CWb) certification. Eagle

Eye NDt is also a

member of IsN and

actively working towards

the Partners In Injury

Reduction’s Certificate of

Recognition (aCsa – CoR).

as a diverse NDt company, Eagle Eye NDt

is partnered with the

Canadian company, Focus

NDt, to provide leading-

edge, specialized services.

Eagle Eye NDt is

committed to

supporting and

enhancing the lives of

the people in the many

First Nations

communities in which

we operate. through

collaborative efforts with

First Nations bands, we

will train future industry

leaders and offer new

opportunities in the non-

destructive testing field.

SECTORS THAT WE SERVE

WHAT IS NON-DESTRUCTIVE TESTING?

Oil & Gas•Pipeline Inspection•Mining•

Non-destructive testing (NDT) uses analysis techniques to evaluate

the properties of a material, component or system. Because it does

not alter the components, NDT saves both money and time for

product evaluation, troubleshooting and research.

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OUR TEAM

With first-hand experience and advanced knowledge of the industry, our Senior Management team is committed to offering recommendations on high-quality inspection based on varied requirements.

Our technical expertise is evident through our dedicated, full-time employees. We are a team of qualified technicians and inspectors who are trained and certified with appropriate industry accreditation, including the Infrastructure Health & Safety Association’s Certificate of Recognition (IHSA – COR).

By providing the appropriate solutions for each customer and using advanced technologies, we strive to exceed our customers expectations on every project.

OUR SPECIALTY EQUIPMENT

Our goal is to provide our customers with superior service, while shaping projects around unique and specialized requirements. We employ ultrasonic specialty equipment, leading-edge technology and progressive methods, such as:

• Long Scope For IPLEX LX & LT Video Scopes

• 3D Laser Scanner

• Raised Face (RD) & Ring Type Joint (RTJ) Flanges

• Elevated Temperature Scanner

Our Test Methods

MAINTENANCE WELDING LIFTING SAFETY

OUR SERVICESEagle Eye NDt’s diverse background gives usadvanced expertise to perform the latest,state-of-the-art Non-Destructive testingtechniques and services when evaluating theproperties of materials, components orsystems in the oil & gas, pipeline and miningindustries.

These analysis techniques do not permanently alter the components. With site-specific, specialized mobile and stationary services including examinations, inspections and assessment, NDT saves both money and time in product evaluation, troubleshooting and research.

• Ultrasonic Testing - Manual (MUT)• Magnetic Particle Testing (MT)• Liquid Penetrant Testing (LT)• Radiographic Testing (RT)• Electromagnetic Testing (ET)• Visual Testing (VT)• API 510/570/653• Positive Material Identification (PMI)• Rope Access Inspection

Phased Array Ultrasonic is a powerful NDT technology that quicklyand reliably evaluates embedded flaws, unlike conventional testing.

Eagle Eye is connectedto qualified weldingcompanies with vastexperience in all welding environments.

Our inspections complywith lifting equipmentregulations with thorough inspections of critical components.

autoMatED uLtRasoNIC tEstING (aut)

one of the more commonly used NDt methods, ultrasonic testing (ut) takes

measurements of high-frequency mechanical energy, such as sound waves,

to test materials.

automated ultrasonic testing (aut) takes this technology and detects flaws on

newly fabricated and in-service welds using computer-controlled, mechanized

scanners. Moving a number of different transducers over the surface of material , these scanners reflect optimized data using a predefined grid on the

computerized interface.

aut utilizes any ultrasonic transducer or technique in operation, including

conventional ultrasonic transducers, Phased array ultrasonic testing (Paut),

time-of-Flight Diffraction (toFD) transducers or any combinations of these.

as the real-time data is collected and optimized, technicians can immediately

analyze areas of interest.

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MATERiALS CApAbLE OF SuppORTing AuT

all ferrous material•

Non-ferrous • materials

Certain layered • materials, plasticsand ceramics

AppLiCATiOnS

HiC and soHiC inspectionDetect and size of • hydrogen damage

accurately map out • laminar crackingover large areas

Detect step wise • cracking

Detect and size • soHIC cracking

Cladding inspectionPerform inspection • from the oD surface

Detect cladding • disbondments

Inspect cladding • failures and associatedbase metal degradation

Weld inspection (in-service and new pressure vessels)

Rastering shear wave • weld inspection

toFD•

Phased array•

short-range • inspection on butt-Weldedannular plates

phased array Bull Gear inspectionMining Industry•

Rod and ball Mills•

Pulp & Paper • Industry

Kiln Gears•

High temperature inspectiontechniques • performed at elevated temperatures

scanners mounted • on specialized tracks

Possible to inspect • materials up to 250ºC

REpORTingWith convenient data downloads, the field unit

transfers data to a standard laptop, which generates

preliminary reports on-site. Results are discussed

with the client until each understands the report,

which can later be used to compare with other

available reports.

AdVAnTAgESHighly reproducible•

Computer-controlled•

Data remains • available for future comparisonor audit

Data set includes • weld positional information

Defects are • presented as 3D images

automated scanners • rapidly inspect large areas

Higher sensitivity • to distinguishflaw signals fromgeometric signals

Flaw growth • trends emerge by comparingprevious inspection results

LiMiTATiOnS:test material • must have a clean surface andbe clear from immediate obstructions.

thin wall paints and • other coatings areacceptable if no disbonding, flaking or otheranomalies are present.

Coarse-grained • materials can present problems.

Non-ferrous • materials require alternativemethods of securing the scanner to thematerial surface.

MaGNEtIC PaRtICLE tEstINGMagnetic Particle testing (Mt) can detect surface

and sub-surface defects exclusively in ferromagnetic

materials. an electromagnet induces a magnetic

field that interacts with an applied detection medium

to reveal irregularities in the magnetic field. testing is done in the field or at the Eagle Eye NDt facility.

LIQuID PENEtRaNt tEstING LIQuIDLiquid Penetrant Testing is a simple and cost-

efficient process where a penetrating dye is

applied to ferrous and non-ferrous surfaces to

detect defects.

RaDIoGRaPHIC tEstINGRadiographic testing (Rt) provides immediate high-

quality, high-contrast X-ray images during service

operations. these images reveal corrosion and

erosion, along with precise measurements of pipe

wall thickness and weld quality.

vIsuaL tEstINGvisual testing (vt) on objects, parts or components

is a reliable, time-honoured non-destructive

testing method conducted by qualified technicians.

Conducted in well-illuminated environments, the

process includes line-of-sight contact along with

optical and mechanical aids.

HaRDNEss tEstINGHardness testing (Ht) includes various methods to

measure the hardness of ferrous and non-ferrous

materials, as well as various non-metallic materials.

PosItIvE MatERIaL IDENtIFICatIoNPositive Material Identification (PMI) is a

material scan and testing method that verifies

the chemical makeup of metal assets.

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SOur Non-Destructive Testing Methods For the Oil & Gas Industry Include:

For the Oil & Gas Industry, We Examine, Inspect and Assess:

OIL & GASNon-destructive testingfrom Eagle Eye NDt for oil& gas refinery equipmentand assets ensures safety,compliance and financialand time efficiencies.Complete and accuratedata from Eagle Eye NDt’stechnology-basedprocedures detectsflaws and irregularitiesbefore resulting in severedamage. Early detectionand regularly scheduledrepairs and replacementsare accomplished withintrusive and non-intrusivemethods during every stage during the life span of the equipment and assets.

The following pages describe some of the testing methods used for the Oil and Gas industry.

• Ultrasonic techniques such as Phased ArrayUltrasonic, Time-of-Flight Diffractions (TOFD)and Automated Ultrasonic Testing (AUT)

• Magnetic Particle Testing (MT)• Liquid Penetrant Testing (LT)• Rope Access Inspection

• Hydrocracker Reactors• Reformer Tubes• ID Corrosion• Pressure Vessels• General Erosion• Welding Environments• Hydrogen Induced Cracking and Fatigue Cracking

Hydrogen Damage• Mobile and Stationary Equipment

ELEVATED TEMPERATURE SCANNER

The state-of-the-art, modular 2-axis High Temperature Scanner is a cost-effective, fast and versatile solution for performing high temperature AUT scans on surfaces up to 700ºF. The High Temperature Scanner performs conventional raster scans using special high-temperate, dual-focused transducers for simple channel C-scans. High-speed and high-quality corrosion mapping scans are available at ambient temperatures by pairing the High Temperature Scanner with probes. The scanner is also used for PAUT/TOFD weld scanning where tracking systems are not needed.

Features• Scans speeds up to 30”/second on the arm,

and 5”/second on the wheel• Modular design can switch arms or motors

in the field• Designed to work on 3' and more pipe to flat

surfaces up to 700ºF• Compressed-air cooling system• Compact and portable

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3D LasER sCaNNERthe 3D Laser scanner

with dedicated software

is a cost-effective way

to non-destructively

test external corrosion

and mechanical

damage to pipelines,

while also improving

data quality, inspection

speed, accuracy and

repeatability.

the Field-Pack, with its

wireless touch screen

tablet, brings real-time

data visualization to the

field. Compliant with

existing code, the 3D

laser scanner records the

damaged surfaces with

a contactless, dynamic

referencing system.

pROCESS

setup1.Clean, sandblasted pipeline surfaces yield the best

results for calibrating the unit and scanning. the 3D

positioning system also compensates for vibrations in

field environments by using 6mm diameter reflective

targets.

data Collection2.once the corroded area is determined, the scanner

begins the acquisition by moving manually along the

pipe and the final 3D file is saved in stL format.

reporting3.before launching the calculation, a technician enters

parameters and analysis criteria for the pipeline’s

3D scan file. these parameters are useful for burst

pressure calculation and applying interaction rules.

a final report, auto-generated in Excel format, helps

assess and determine the proper remediation

technique for the pipe.

bEnEFiTS

outperforms the• conventional laser method while

solving most of its disadvantages

Follows code regulation•

10 times faster inspection speed than the pit gauge•

technique

Dynamically links pipe and space referential to•

compensate for movements and ensure synchronizedresults

Perfectly scaled and representative of real geometry•

Makes external defect visualization easy•

analysis software handles large quantities of data to•

generate comprehensive results in minutes

Designed to ensure repeatable results with auto-•

generated report within +/- 50 microns accuracy

RAISED FACE (RF) & RING TYPE JOINT (RFJ) FLANGESAs the most common flanges in piping systems, thechoice between Raised Face (RF) & Ring Type Joint(RFJ) Flanges is decided based on the fluid, PT rating,construction material and connecting equipment.

The flat gasket on the RF Flange is designed to gobetween the raised faces of two mating flanges.Because the raised faces have prescribed texture,the grip retains force on the flat gasket.

RTJ Flanges are applied in high pressure, hightemperature environments, from Class 150 andhigher pressure rating to a limit of 180ºC.

LoNG sCoPE FoR IPLEXLX & Lt vIDEo-sCoPEsReaching depths up to 10 metres, the 8.5mm round

scope on the IPLEX LX and Lt video-scopes can

inspect heat exchangers, condensers and boiler tubes

buried 3 times deeper than conventional scopes.

Compact, lightweight and operated by Lithium-ion

battery, this innovative scope is easy to see and

operate in tight spaces and holds up to rain, sand,

dust and physical shock.

FEATuRES

designed for long reach & durabilitythe 8.5mm round insertion tube is sturdy enough to

probe deeply into inspection areas without using a

guide tube.

extra-Bright led Illumination

beaming 6 times brighter than 6.0mm round, LED-lit

scopes, this 8.5mm round scope is ideal for inspecting

large voids in tanks, pumps and reactors. this versatile

scope includes interchangeable optical adaptors

illuminated by LED light to get the right angle and

magnification.

Compact and lightweightthe compact IPLEX LX and Lt and long video-

scope weigh just 3.9kg, allowing for mobility

during examinations.

CoRRosIoN MaPPINGDamage inflicted by corrosion and erosion can

prove costly. to reduce these risks and ease

operational maintenance, recognizing corrosion

damage early is a top priority.

Corrosion Mapping is a unique, non-intrusive

technique, which maps material flaws and

thicknesses.

the automated magnetic Crawler inspects large areas to detect:• Large and small-diameter pitting

Corrosion•

Erosion in piping•

Pressure vessels•

tanks•

tank Floors•

this process accurately pinpoints the amount

and location of corrosion.

Our Non-Destructive Testing Methods For the Pipeline Industry Include:

For the Pipeline Industry, We Examine, Inspect and Assess:

PIPELINES

• Ultrasonic techniques such as Phased ArrayUltrasonic, Time-of-Flight Diffractions (TOFD)and Automated Ultrasonic Testing (AUT )

• Magnetic Particle Testing (MT)• Liquid Penetrant Testing (LT)

• Welding Environments• Pressure Vessels• Pressure Piping• Process Piping• Raster Scanning• Encoded Scanning• General Erosion• Mobile and Stationary Equipment

Throughout the life span of pipelines, both intrusive and non-intrusive methods are applied to evaluate equipment and assets. Regular inspections can detect problems early, allowing customers to schedule regular repair and replacements as needed.

Eagle Eye NDT ensures safety and compliance while also efficiently budgeting finances and time.

Eagle Eye NDT’s technology-based procedures evaluate data to detect flaws and irregularities in pipelines before resulting in severe damage.

Therefore, it is imperative that throughout the life span of pipelines, both intrusive and non-intrusive methods are applied to evaluate equipment and assets.

Eagle Eye NDT ensures safety and compliance while also efficiently budgeting finances and time.

Eagle Eye NDT’s technology-basedprocedures evaluate data to detect flaws andirregularities in pipelines before resulting in severe damage.

MINING

Our Non-Destructive Testing Methods For the Mining Industry Include:

For the Mining Industry, We Examine, Inspect and Assess:

Non-destructive testing benefits the mining industry in two ways: improved safety by detecting flawsand irregularities before equipment fails or personnel is injured; and improved productivity. Eagle EyeNDt can perform both underground and surface inspections to mining equipment and assets.

• Ultrasonic techniques such as Phased Array Ultrasonic, Time-of-Flight Diffractions (TOFD)and Automated Ultrasonic Testing (AUT )

• Electromagnetic (EM) Wire Rope Testing

• Mobile and Stationary Equipment• Tanks• Bull Gears (phased array and magnetic particle inspection)• Wire Rope• Lifting Components

The following page describes one of the testing methods used for the Mining industry.

Features

PREVENTATIVE SAFETY

In many jurisdictions, government regulations require underground mining operations using steel wire ropes to conduct regular EM testing.

Protecting against steel wire rope deterioration requires two essential steps—regular non-destructive EM Instrument testing followed by visual inspections. This two-fold method provides the most accurate assess-ment of a steel wire rope’s complete condition and whether it needs to be replaced. Consistent data collections can track a rope’s rate of deterioration and reveal steps to prevent or slow it down.

ELECTROMAGNETIC (EM) WIRE ROPE TESTING FOR THE MINING INDUSTRYFerromagnetic steel wire rope, found in locked coiland plastic coated ropes, are susceptible to corro-sion,wear and shifts in rope structure.

Electro-Magnetic (EM) Instruments can detect bothexternal and internal deterioration, providing reliabledata to read the Local Fault (LF) patterns and Lossof Metallic Cross-sectional Area (LMA). Broken wires,lay distortion, inter-strand nicking, external wear orcorrosion pitting can cause LF patterns.

Combined LF and LMA results help engineers:• Determine when a steel wire rope surpasses its

safe working life and should be removed• Estimate the Loss of Breaking Strength (LBS) of

for a steel wire rope

Portable EM Instruments bring steel wire rope testing on site. These instruments consist of two interconnected components:• Test Head, through which the rope travels• Console, which displays the test results

Regular non-destructive EM Instrument testing,combined with visual inspections, protect againstdeterioration and ensures safety for steel wire ropes.

This two-fold method is the most accurateway to assess the complete condition of steel wire rope.

By doing so, engineers can track a rope’s rate ofdeterioration, take preventative measuresto slow it down, or decide when to replace it.

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Eagle Eye team members are COR-Certified. COR is the Certificate of Recognition, issued by the Government of Alberta and the Alberta Construction Safety Association.

Eagle Eye is a member of the following Vendor Prequalification Sites:• ISNetworld

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EAGLE EYE NDT’SOCCUPATIONALHEALTH & SAFETY POLICYIn our commitment to achieving our health andsafety goals, Eagle Eye NDt will:

• Promote safe and healthy work practices as a core value of Eagle Eye NDt.• Provide necessary resources to achieve a safe and healthy work environment for all of our employees.• Develop and implement effective management programs to identify, minimize and manage health and safety risks in the workplace, while ensuring employee commitment and accountability to this policy.• Comply with applicable regulations, laws and international guidelines.• Provide ongoing training and information to enable all of our employees to work safely and effectively.• Promote health and safety in all aspects of our work, family and in the community.

For general inquiries, please email: info@eagleyendt.com

4712-97 Street NW Edmonton, Alberta T6E 5S1 T. 780.989.4030F. 587.759.4337

EAGLEYENDT.COM

DEDICATED TO PROVIDING SUPERIOR SERVICE