22.11.2012 Views

a s rc E N E R G Y . c o m - ASRC Energy Services

a s rc E N E R G Y . c o m - ASRC Energy Services

a s rc E N E R G Y . c o m - ASRC Energy Services

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

Notable Projects<br />

Our recent customers include:<br />

• BP Exploration Alaska<br />

• ConocoPhillips<br />

• Exxon Mobil<br />

• Eni Petroleum<br />

• Pioneer Natural Resou<strong>rc</strong>es<br />

• Chevron<br />

• Anadarko<br />

• Shell<br />

• Armstrong Oil and Gas<br />

• Tesoro<br />

• XTO<br />

• Devon<br />

• CNRL<br />

• Parker Drilling<br />

AES Alaska’s experience is<br />

demonstrated in the following<br />

representative projects.<br />

Nikaitchuq Development<br />

Project, Eni Petroleum<br />

AES Alaska provided multidiscipline<br />

engineering services to support<br />

a new onshore crude drilling and<br />

processing complex, an offshore<br />

crude production complex, a sales<br />

oil pipeline and an operations center.<br />

Engineering disciplines included<br />

civil, structural, electrical, mechanical,<br />

instrumentation, fire and gas and<br />

permitting support. Primary<br />

deliverables were engineering IFC<br />

packages and modules fabricated<br />

in Anchorage, Alaska and then<br />

transported by truck to the<br />

North Slope.<br />

The project incurred approximately<br />

500,000 man-hours over three years<br />

with an average of about 80 FTEs and<br />

peaks of 150 FTEs.<br />

• Onshore 7.8 acre site - 13 main<br />

modules and 4 racks<br />

- 2 well containment shelters<br />

- 1 launcher receiver<br />

- 1 launcher<br />

- 1 flare<br />

- 1 chemical diesel pump module<br />

with tank farm<br />

- 1 slop oil/divert module<br />

with tank farm<br />

- 2 electrical control/distribution<br />

modules<br />

- 1 emergency shutdown/<br />

metering module<br />

- 1 flare knock out module<br />

- 1 reverse osmosis water module<br />

- 1 nitrogen vaporizer module<br />

- Tanks – 10 @750 bbl slop oil,<br />

3 @ 600 bbl diesel<br />

• Offshore on 10.3 acre<br />

man-made island – 15 main<br />

modules and 2 racks<br />

- 3 well containment shelters<br />

- 4 electrical modules<br />

- 1 Metering<br />

- 1 booster pump<br />

- 1 launcher/receiver<br />

- 1 dilution water cooler<br />

- 1 chemical/diesel<br />

w/ tank farm<br />

- 1 air/nitrogen utility module<br />

- 1 Helicopter pad<br />

- 1 water tank farm<br />

- Tanks – 18 @750 bbl tanks,<br />

diesel, water, chemicals<br />

• Pipeline<br />

- Length – 14 miles, mostly<br />

above ground<br />

- Pipeline diameter – 10 inches<br />

- Throughput –<br />

7500 -15000 bbl/day<br />

• Operations support center<br />

scope on 7.8 acre site<br />

- Electrical distribution<br />

- Civil<br />

- Propane tank/vaporizer<br />

- Utility inte<strong>rc</strong>onnects<br />

- Fuel storage and dispensing<br />

- Some F&G work for other<br />

contractors working on camps<br />

and buildings<br />

• Kuparuk tie-in facilities<br />

- Site civil work<br />

- Pig receiver/metering module<br />

- Communications interface<br />

- Shutdown valve tied to<br />

ConocoPhillips<br />

• Truckable modules<br />

- 20 feet wide and from 40 ft to<br />

80 ft long<br />

Cold Heavy Oil Production<br />

with Sand (CHOPS), BP<br />

Exploration Alaska<br />

AES Alaska provided engineering,<br />

procurement support, fabrication,<br />

construction services, and project<br />

management for a Heavy Oil Pilot<br />

Program. During the last three years,<br />

AES provided approximately 150,000<br />

hours of engineering services for this<br />

resea<strong>rc</strong>h and development project.<br />

The following engineering and<br />

detailed design activities were<br />

provided:<br />

• Process engineering related to oil,<br />

gas, produced water, and<br />

solids handling.<br />

• HAZID, HAZOP participation and<br />

recommendation reconciliation,<br />

integration for all systems to<br />

meet BPXA safety requirements.<br />

• Mechanical equipment selection<br />

and procurement.<br />

• Nozzle design, sample tap system<br />

layout, flush water and diffuser<br />

system layout, and protective<br />

devices for over/under pressure<br />

scenarios.<br />

• Secondary containment,<br />

foundation systems for<br />

truckable modules, gravel<br />

preparation and site grading,<br />

utiliway design for piping and<br />

utilities, walkways, emergency<br />

egress, ladders, tank and module<br />

exterior platforms, sand transfer<br />

tank, pipe and cable tray<br />

supports.<br />

• Instrument and control<br />

integration for all process<br />

equipment, cause and effect<br />

documents, emergency<br />

shutdown commands, and<br />

level controls.<br />

• Electrical control module<br />

layout and equipment<br />

specification, standby generator,<br />

variable speed drive, motors,<br />

fans, heaters, reporting and<br />

monitoring HMIs, lighting for<br />

exterior yard, interior module,<br />

heat trace work package<br />

development, electrical<br />

transformers, and switchgear.<br />

• Fire Marshal coordination<br />

and preparation of all work<br />

packages requiring building<br />

permits and a fire suppression<br />

system.<br />

• Selection and requisition<br />

development for all equipment<br />

and bulk materials.<br />

• Overall project management of<br />

professional engineers, thirdparty<br />

vendors, and BPXA<br />

procurement personnel.<br />

• Engineering support during the<br />

fabrication, construction, and<br />

Functional Check Out phase.<br />

a s r c E N E R G Y . c o m

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!