Geospatial Data Analysis & Image Processing Services

thumbsshoesΛογισμικό & κατασκευή λογ/κού

11 Δεκ 2013 (πριν από 3 χρόνια και 5 μήνες)

65 εμφανίσεις




I
MAGERY
S
OLUTI ONS FOR
E
NERGY
C
OMPANI ES





www.spatialenergy.com

S
p
atial Ener
gy

p
rovides
p
remium ima
g
e collection,
geospatial data analysis and image
p
rocessin
g

services for the Oil & Gas industry. Our advance
d

services inte
g
rate various technolo
g
ies, includin
g
remote sensin
g
, GIS, GPS, and CAD. Solel
y
focuse
d
on the oil and
g
as industr
y
, S
p
atial Ener
gy
brin
gs
vast experience and knowledge to efficientl
y
and cos
t

effectively meet the imagery needs of companie
s

operating worldwide.
I
MAGE
C
OLLECTION

Spatial Energy provides geospatial
services using remote sensing
imagery from QuickBird, Ikonos,
LandSat, SPOT, TerraSAR-X,
MODIS, ASTER satellites, and
from digital aerial cameras such
as the UltraCam, ADS40, and
DMC. In addition to multi-
spectral imagery from the above
sources, Spatial Energy provides
digital elevation data (DEM)
derived from LIDAR data,
UltraCam, and other sources.

Imagery is available on demand
from our extensive data archives,
by tasking satellites/aerial
providers, and by speculative
collection. Spatial Energy has
established
p
referred relationshi
p
s
with the leading data providers
and can thus select the best
source(s) to meet your particular
a
pp
lication. In addition,
p
ro
g
rams
such as the Spatial Ener
gy
Partne
r
Program (EPP), R-Watch, and
Spatial On Demand provide
simplified, cost effective access to
imagery.
G
EOSPATIAL
D
ATA
A
NALYSIS

Spatial Energys extensive offering of geospatial data analysis
services focus primarily on hydrocarbon detection, feature
extraction, and change detection. Additional services include
land/marine oil seep detection, and structural geological
analysis - e.g., rock/soil identification, regional structure/fault
identification.

H
YDROCARBON
D
ETECTION


Land Exploration
Hydrocarbons seeping from micro fractures typically result in
surface anomalies manifested as changes in soil brightness
and vegetation health. Certain portions of electro magnetic
spectrum in the visible and infrared regions can be used to
effectively identify these surface anomalies and locate the
hydrocarbon seepages.

Marine Exploration
High resolution satellite, radar (SAR/SLAR) and UV imagers
can detect the presence of oil seeps and will show the
geographic extents of the oil seep.

Hydrocarbons cause amplitude effects in the seismic data and
the trace of the oil and gas venting from the seabed. Natural
oil slicks can be directly correlated to seabed cores and 3D
seismic data. Spatial Energy uses a combination of imagery
sources (e.g., Landsat, QuickBird, and Ikonos) and analysis
techniques for hydrocarbon detection.

Multi-spectral data also can be used to map large oil-slicks
that occur offshore due to leaks from oil drilling platforms,
pipelines, or accidental ship discharges.
Geospatial Data Analysis
&

Image Processing Services
Oil seepage (darkened areas)
QuickBird Panchromatic Data



I
MAGERY
S
OLUTI ONS FOR
E
NERGY
C
OMPANI ES





www.spatialenergy.com

I
MAGE
P
ROCESSING

Spatial Energy provides premium image
processing services, including simple image
mosaicing, orthorectification using GCP's
and digital elevation models (DEMs), and
image fusion. Digital orthophotos are
a
pp
ro
p
riate for seismic surve
y

p
lannin
g
,
p
i
p
eline
routing, facilities monitoring, or any application
that requires high accuracy terrain-corrected
imagery. Imagery resolutions range from one
foot to greater than 1 meter. Second
generation orthorectification ensures that data
collected at different times is registered to a
basemap.
A
DDITIONAL
I
NFORMATION

Spatial Energy is dedicated to providing the most comprehensive suite of imagery solutions and
geospatial data and image processing services for oil and gas companies operating worldwide.
For additional information regarding our services (offered on an annual contract basis or daily
rate), please contact us at 303.625.1048 or via email at info@spatialenergy.com.

G
EOSPATIAL
D
ATA
A
NALYSIS
,
CONT
.


Feature Extraction
State-of-the-art image segmentation and
classification techniques are used for feature
extraction. Features that can be extracted from
imagery include facilities (e.g., building foot
prints), transportation features, land use/land
cover, vegetation types (agriculture, forest
types), disturbed features due to exploration
activities, water bodies, oil spills in water, soil
types, and more. Additional services include the
extraction of contours, hillshades, and
slope/aspect from DTM data.

Change Detection

Spatial Energy offers change detection services
on user specific features for monitoring and
quantifying changes over time, using temporal
sequence of imagery. Change detection can be
used for variety of applications, such as the
monitoring of facilities, quantification of
revegitation activities in disturbed areas,
monitoring the movement of oil spills (land and
sea), monitoring pipeline encroachment, and
monitoring of changes in ice/snow extent.


Additional image processing services include
data fusion
(p
an shar
p
enin
g)
, band mani
p
ulation
(clipping, tiling, subsetting, 16 bit to 8 bit
conversion, etc.
)
, data conversion
(
e.
g
., GeoTIFF
to JPEG), image registration, and data editing -
editing of vector as well as raster data).

QuickBird Panchromatic 60cm