GIIC 2016-Abhineet Jain, Regional Director - Sales Engineering for Asia Pacific region DigitalGlobe

DigitalGlobe Proprietary and Business Confidential

Earth Observations for Oil and Gas Industry

Abhineet Jain (Regional Director, Sales Engineering APAC )

DigitalGlobe Proprietary and Business Confidential 2

DigitalGlobe is…

The market leader in remote sensing

IKONOS®.82 meterresolution9 m CE90

QuickBird®.65 meterresolution23 m CE90

WorldView-4®Launch

scheduled:Fall 2016

WorldView-3®.30 meterresolution

<3.0 m CE90

WorldView-2®.46 meterresolution

<3.5 m CE90

GeoEye-1®.46 meterresolution

<3.5 m CE90

WorldView-1®.50 meterresolution<4 m CE90

AVAILABLE VIA DIGITALGLOBE ARCHIVE

CURRENTLY IMAGING IN ORBIT


We tackle the toughest challenges facing your industry.

At DigitalGlobe…

C I V I L G O V E R N M E N T

O i l & G a s M I N I N G D E F E N S E &I N T E L L I G E N C E

U SG O V E R N M E N T

T E C H N O L O G Y G LO BA L D E V E LO P M E N T


We tackle your toughest challenges…

C I V I L G O V E R N M E N T

O i l & G a s M I N I N G D E F E N S E &I N T E L L I G E N C E

U SG O V E R N M E N T

T E C H N O L O G Y G LO BA L D EV ELO P M EN T

Oil & GasSharpening your competitive edge.

Bring remote regions to your desktop

Plan your infrastructure and facilities Monitor environmental impact

Products & Solutions in Oil & Gas

www.photosat.ca

WorldView-2

Precision Ortho

WorldView-2

DEM Image

1 km

Example Ortho and DEM

1 km

1. New & Archive ImageryResolution : 30 & 50cm

Band : 4, 8, SWIR

2. DigitalGlobe BasemapUpdated daily

5 billion sq km archive image

3. Digital Elevation Models (DEMs)0.5m, 2m, 10m

4. Custom Monitoring

5. Environmental Analysis

6. Insight & Predictive Analysis


30 cm

6

DigitalGlobe is…

How does 30cm spatial resolution add to the clarity?

1 m 70 cm 50 cm 30 cm


Detailed Ship/Vessel

Shipping containers

Type of Container

Port of Rotterdam By Daily Overview | Satellite images © 2015 DigitalGlobe, Inc

Experience the detail of 30cm spatial resolution


Tropical Forest Exploration – Site Analysis

Surinam | 30 cm | WorldView-3 | Color

WV-3: color 30 cm


Open Pit Mine Operations

30 cm pan sharpened | WorldView-3 | Color


Remote Operations - Flaring

Oil Facility, Algeria | 30 cm | WorldView-3 Color


Remote Operations - Thermal

Oil Facility, Algeria | 30 cm | WorldView-3 Color


WV-1 Panchromatic

Cuprite, Nevada USA | 0.5 m | WorldView-1 | Panchromatic

DigitalGlobe Proprietary and Business Confidential 13Cuprite, Nevada USA | 2.0 m | WorldView-2 | Color

WV-2 Color

DigitalGlobe Proprietary and Business Confidential 14Cuprite, Nevada USA | 7.5 m | WorldView-3 | S3-S6-S8

WV-3 Band Combinations


Clay

Carbonate

Mica

Cuprite, Nevada USA | 7.5 m | WorldView-3 | Mineral Indices

WV-3 Mineral Mapping

8 BANDS (VNIR)

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Increasing Spectral Resolution

Natural Color

wave refraction patterns and submerged aquatic vegetation

linear reefs

submerged aquatic vegetation

deep lagoon

linear reef flats

deep terrace

deep terrace

90% accurate +/- 2 meters

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WV2 Bathymetry

Smoke and Haze Obscure Visibility in Visible and Near Infra-Red Regions

January 04, 2015Adelaide, Australia

Short Wave Near Infra-Red Can See Through Smoke and Detect Changes in Surface Temperature

January 04, 2015Adelaide, Australia


Measurement and removal of atmospheric effects over Beijing


Before Radiometric Normalization After

Resulting high resolution mosaic is much more consistent than input “raw” images


The DigitalGlobe Basemap is an online solution which contains huge satellite imagery archives with daily updates over each country. It is a professional grade basemap with verified accuracy and full metadata available. It can be overlay with other layers of data and streamed into a GIS platform.

DigitalGlobe Basemap

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Digital Elevation Models (DEMs) in Oil and Gas

www.photosat.ca

WorldView-2

Precision Ortho

WorldView-2

DEM Image

1 km

Example Ortho and DEM

1 km

ExploreSeismic Survey

Surface Features & Restrictions

Lease Boundaries

Vintage Well Locations

AppraiseEnvironmental Baseline

Seismic Operations

Survey Planning & Management

Land / Lease Acquisition Planning

DevelopmentDevelopment Monitoring

Routing

Site Selection

Pad Placement and Design

Pipeline Planning

ProductionEnvironmental Planning

RestoreChange Analysis - Temporal

Vegetation Condition

Key Features

Able to model any frontier area0.5m resolution with 2-3m absolute accuracyDelivered in Geotiff formatNo need approval from local authoritiesNo need Ground Control Points

• choose the best route for pipelines depending on a number variables (slope, distance, and avoidance of obstructions [water, rough terrain, roadways, etc.])

DEM in Pipeline Routing

• Using detailed terrain data engineers can determine the cut and fill requirements of a new pad site

Well Pad Design

Using Digital Surface Model to plan for your pipeline infrastructure : Washington DC

Washington DC

Washington DC

Washington DC

Washington DC

Washington DC

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• Major challenge: Lack of good pipeline data- Land use changes

- Pipeline location

- Situational awareness and environmental threats

• Catastrophic consequences of accidents

• Asset management‒ Maintenance

‒ Leakage

• Pipeline theft

Key Challenges in Pipeline Monitoring

Economic and safety risk due to poor information

Vegetation Encroachment and Clearing

Pipeline Explosion

Custom Monitoring for Pipeline ROW

The fundamental requirement is to monitor the pipeline corridor for surface activities which would impact the integrity of the pipeline and highlight possible encroachment and theft along the pipeline. These include:• Any ground clearings / digging• Heavy vehicular movement• Any built-up structures (temporary or permanent)• Farming activity

Indian-based Operator wants to monitor their pipeline (in red) 2 times a year

Step 1 : Data Acquisition

Data Acquisition: DigitalGlobe will use its sensors to acquire 4 band color imagery over the AOI. The planned target is to do monthly collections for most months.

Step 2 : Landuse/Land cover analysis

Delivering Landuse/ landcover map (LULC) along the corridor, which will enable the pipeline operator to understand current landuse patterns and provide a broad characterization along the corridor.

Step 3 : Highlight surface risks and undesirable features on Pipeline ROW

Analyze to identify undesirable features along the corridor. This stage could be done for areas landuse is not as per norms. This will provide the pipeline operator with specific information in the form of a point shape file along with a snapshot of features that are not desirable within the corridor

Gas Pipelines and facilities : Change Detection over Assets : 2007 vs 2011

The image was map with HRSI in 65cm resolution on January 2007. All key assets including pipelines were indicated.

Gas Pipelines : Change Detection to monitor surface changes to key facilities

New HRSI 50cm resolution were collected in 2011. They were compared against 2007 images. Key changes are being marked on the images.


Pipeline Monitoring & Emergency Oil Spill Response

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Summary

• Archives

- DigitalGlobe Archive is 6+ Billion Sq Km and Growing at 2.5 Million Sq Km/Day

• Mapping

- 2D -> 3D -> 4D

• Leveraging the scale of machines and human accuracies

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%age of time spentPROCESS

PROBLEM SOLVING

Past

Imagery

Insight

PROBLEM SOLVING

Future

???

15% -Analytics &

Insights

30% - Data integration and

QA/QC

50% - Search and Discovery

%age of time spentPROCESS

80% - Response

DIGITALGLOBE INSIGHT

PLATFORM

Presentations & Public Speaking

GIIC 2016-Abhineet Jain, Regional Director - Sales Engineering for Asia Pacific region DigitalGlobe