3. PLUSPETROL – CAMISEA PROJECT
• Comprehensive owner’s engineer services
for gas gathering facilities and gas plant in
Peruvian Amazon rainforest as well as
fractionation plant and marine terminal on
Pacific Coast.
• Provided total execution strategy
• Reviewed basic facilities design
• Prepared bid packages for detailed design,
procurement and construction
• Coordinated logistics
Malvinas
Lima • Assisted in contractor
selection
Pisco San Martin and
Cashiriari Fields • Provided construction
management and
commissioning/start-up
support
4. ANADARKO HICKORY TOPSIDES
300 MMSCFD, 15 MBCPD and 20
MBWPD
Dry Installed Weight 3,500 shts (w/o rig)
TIC - $50 Million ($769/BOEPD,
$14,286/sht & 27 m-h/sht (dry)
Used 3D PDMS Drafting - Less than
0.5% Fabrication Errors and Improved
Human Factors
5. CONOCO ARDALIN ONSHORE
ARCTIC OIL FACILITY
Location: Russia’s Timan-Pechora basin
Description: A 25,000 BPD modular oil facility in the
Russian arctic. This project was the first
grass-roots development of a new oil field by
a Russian/Western joint venture.
6.
7.
8.
9.
10. Horizontal Interface Control
Gas Outlet
Inlet Diverter Mist Extractor
Inlet
LC Oil LC
Water Oil
Water Outlet Oil Outlet
Gas molecule Wier
Liquid droplet
11.
12.
13.
14. STAGE SEPARATION
MULTI FLOWING TUBING PRESSURE (FTP)
• Maximize use of reservoir energy as long as does not affect
production rate.
• Keep each well in as high pressure system as possible for as
long as possible.
• Manifold individual well flowlines to each stage to allow each
well production to be routed individually without interfering
with others.
28. FTP
PC
Casing Gas Lift Gas
SEPARATOR LC
Tubing Q = f (PR – BHFP)
FTP = P +Pflowline
BHFP = FTP + ϒH +PTubing
Gas Lift
Q = flowrate into wellbore
Valves PR = reservoir pressure
BHFP = bottom hole flowing pressure
FTP = Flowing tubing pressure
Packer ϒ = average density of fluid in tubing
P = separator pressure
H = depth of reservoir
BHFP Reservoir
29. ϒH
or Summation
Ptubing
ϒH
Ptubing
Gas Lift Gas Flowrate
42. EXAMPLE DEEPWATER GOM JACKET
•Water Depth 1,700 ft
•Steel weight, Jacket 40,000 tons
20,000 tons
•Number of conductors 50
•Installation method: Barge
transported
2 pieces offshore
mated
Export: Pipeline to shore
Payload / Hub Capacity High
CAPEX High
OPEX Low
Industry Experience High
43. EXAMPLE NORTH SEA CONCRETE
GRAVITY BASED STRUCTURE (GBS)
• Water Depth 1,000 ft
• Concrete weight 850,000 tons
• Displacement at
mating 1,200,000 tons
• Number of wells 40
• Installation method Floated out
to site
• Export: Pipeline to shore
• Payload / Hub Capacity High
• CAPEX High
• OPEX Moderate
• Industry Experience High
44. EXAMPLE COMPLIANT TOWER
PLATFORM (CPT)
• Location GOM
•Water depth 1,850 ft
• Deck Weight 8,000 tons
•Tower weight 40,000 tons
• Pile weight 5,000 tons
• Number of conductors 50
• Export Pipeline to shore
• Payload / Hub Capacity High
• CAPEX Moderate
• OPEX Low
• Industry Experience Moderate
45. EXAMPLE TENSION LEG PLATFORM (TLP)
• Location GOM
•Water Depth 4,000 ft
• Deck Weight 23,000 tons
•Total steel weight 40,000 tons
• Number of tendons 16
• Displacement 98,000 tons
•Number of wells 24
•Installation method: - Hull & MSF
floated out to
site
- Deck modules
installed
offshore
•Export: Pipeline to shore
•Payload / Hub Capacity Moderate
•CAPEX Moderate
•OPEX Moderate
•Industry Experience High
46. EXAMPLE SPAR / DEEP DRAFT CAISSON VESSEL (DDCV) Offs hore
• Location GOM
• Water depth 2,600 ft.
• Topsides weight 9,000 tons
• Displacement 40,000 tons
• Hull weight 27,000 tons
• Number of wells 20
• Export Pipeline to shore
• Payload / Hub Capacity High
• CAPEX Moderate
• OPEX Moderate
• Industry Experience Moderate
T:PUBSANNEVGS1. (0897035) (18)
47. EXAMPLE FLOATING PRODUCTION, STORAGE AND
OFFTAKE SYSTEM (FPSO)
•Location GOM
Production Facilities
• Water depth 4,000 ft.
Hull Turret • Displacement 125,000
• Deck Payload 30,000 tons
Number of wells 20
Spring Buoy
Mooring Lines
• Export
Oil Shuttle tanker
Gas Pipeline to shore
• Payload / Hub Capacity High
• CAPEX Low
• OPEX High
Risers
Chain
Seabed anchors • Industry Experience High
Gas Pipeline
48. EXAMPLE SEMISUBMERSIBLE VESSEL (SSV)
BASED FIELD DEVELOPMENT
• Location GOM
• Water depth 2,200 ft.
• Displacement 35,000 tons
• Hull weight 10,000 tons
Number of wells 24
• Export Flowlines to hub
Pipeline hub to shore
• Payload / Hub Capacity Low
• CAPEX Moderate
• OPEX High
• Industry Experience High
53. Area of Technical Expertise
Conceptual/FEED Pipeline Design
Field Development Riser System Design
Oil Dehydration and Flow Assurance
Produced Water
Treating
Subsea Systems
Design
Gas Sweetening and
Safety
Dehydration
Gas Processing
Environmental
Assessment
Gas Compression
Human Factors
Offshore Structures
