Anadarko UAS Program - Oil and Gas Industry Accounting … · 2019. 5. 2. · A E R I A L & V I S U...

A N A D A R K O P E T R O L E U M C O R P O R A T I O N

Anadarko UAS ProgramGlobal Aerial Data Collection and Visualization Tools

A E R I A L & V I S U A L A N A L Y T I C S

Using Drones to Solve Real World Challenges

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The Who, Where and What

Who am I?Where did I come from?What do I do?


Introduction

Where did I come from?


Introduction

What do I do?


What Will We Cover?

Explain what UAS (drones) are and the FAA requirements for operating them in a

commercial capacity

Illustrate why it’s all about the data and why those insights are the real reason why

the drone is in the air

Discuss where we are heading tomorrow

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What is UAS?

✓ Quad Copter

✓ Sensor

• RGB (Still/Video)

Imaging

• Thermal

• OGI (Optical Gas

Imaging)

✓ Data Processing Software

✓ Visualization Software

Today Tomorrow

✓ Multi-Function Aircrafts

• Quad Copter

• Octocopter

• Fixed Wing

✓ Sensor

• Lidar/Radar/Sonar/Laser

✓ Machine Learning Algorithms for feature

recognition/attribute extraction

• Balloons

• Tethered Copters

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What is a UAS?


Quick Review

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Image courtesy of DJI


Quick Review

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Quick Review

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FAA Regulations

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FAA Regulations

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FAA Requirements for UAS

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Aircraft must weigh between .55 and 55 pounds

Image courtesy of FAA


FAA Regulations

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FAA Regulations

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Obtain permission from airport or air traffic control if operating UAS within 5 miles of an airport

Airport

Flight Path



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Image courtesy of NCAR

Do not fly in adverse weather conditions and must remain 500 feet from base of clouds and 2000 feet from sides

400 FT



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Image courtesy of Dartdrones

Cannot fly near emergency response efforts



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Image courtesy of Flying Magazine

Cannot fly over stadiums or sporting events



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Image courtesy of Penn State University

Cannot fly under the influence of alcohol or drugs



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Must remain clear and yield to all manned aircraft



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Image courtesy of the Drone Business Center

Cannot fly over or near sensitive infrastructure (i.e., power stations, correctional facilities, hydrocarbon facilities, etc…)



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Image courtesy of New Atlas

UAS cannot be operated over people



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Image courtesy of Dartdrones

Cannot be flown in National Parks


UAS By The Numbers

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Source: Drone Deploy


UAS By The Numbers

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Real Estate/Aerial Photography

48%

State and Local Governments

3%

Industrial Inspections28%

Agriculture17%

Insurance4%

Real Estate/Aerial Photography State and Local Governments Industrial Inspections Agriculture Insurance

Source: FAA


UAS By The Numbers

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UAS By The Numbers

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Manned Aircraft30%

Drones70%

Aircraft Registrations

Manned Aircraft Drones Source: FAA

2018-122,000 Commercial UAS pilots in US➢ This exceeds manned aircraft pilots 2 to 1


UAS By The Numbers

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BENEFITS OF

DRONES

55%Increase in safety

on a construction

site from using

drones

133Lives saved by

utilization of

drones

5,500Units of blood

delivered by

drones in Rwanda

in 2017

98%Decrease in survey

time for a 12 acre

tract of land. 100

hours down to 2

1,000Acres of farmland

that can be

inspected in one

day from a drone

68%How much faster

homes with aerial

pictures sold than

those without

Source: DroneDeploy, DJI


UAS By The Numbers

31Source: DroneDeploy

A E R I A L & V I S U A L A N A L Y T I C S32

You can't fix what you can't see

Business Case for UAS


Site/Facility with New Activity

Inspire 1 compared with DigitalGlobe Imagery

Equipment in High Resolution

Inspire 1 compared with DigitalGlobe Imagery

Aerial Visualization Comparison

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Detecting Buried Assets

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Visible Atmospheric Resistant index (VARI)B2-B1

B2+B1-B3

Vegetation

Analytic Capabilities

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Direction of Flow


Offshore Flare Inspections

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Wattenberg OGI Inspections


Wattenberg Quad Oa Inspections


Wattenberg Live Streaming

Flir Image

Area Image


5.2 miles (avg 20 mph)

27 Wells Inspected

2.5 hours

27 Wells Inspected in 1 hour

* Includes setup and takedown

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Wattenberg OGI Project


Mozambique Construction Progress


Mozambique EHS Water Sampling


Mission Workflow

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Project Request

Identify Pilot

Flight Request

Fly

Transfer Data

Process Data

Analyze Accuracy

Clean Data

Data Analysis

Publish Reports

Store Raw Data

Store Report


Quarterly Drone Usage Accounting

➢ Individual flight data is maintained in CORE (Flight Management System)

➢ Drone usage charge is calculated based on type of service provided

➢ Flight information extracted from CORE and forwarded to JIB by Aerial Analytics

Team

➢ Journal entry posted in SAP to record drone usage

➢ Debit well cost center & Credit pilot’s home cost center utilizing cost centers

provided in data extraction

➢ If well cost center is billable and there are working interest partners (3rd parties), a

portion of the usage charge will be invoiced to working interest partners (3rd

parties) based on their ownership percentage

➢ Provides a clear tracking/audit mechanism for drone usage and the associated

cost


Record All Drone Usage Including 100% APC Owned

➢Identify true costs of operating an asset

➢Categorize as LOE to allow potential future billing

➢Consolidate and centralize the decision of whether the underlying asset is 100% APC owned or not. Eliminate potential confusion.

➢An area may see an increase in their budget/LOE. However, there is an expected decrease in potential surveying expenses which would have incurred if a contractor is hired to provide that service.


Questions?

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Anadarko UAS Program - Oil and Gas Industry Accounting … · 2019. 5. 2. · A E R I A L & V I S U...

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