Helix Producer production deck abstract

The First Ship-Shaped Production Unit in the Gulf of Mexico – Helix ESG’s “Producer I” [IMAGES]

Rob Almeida
Total Views: 94
May 7, 2012

Click for Larger Image, (c) Robert Almeida/gCaptain

Following a few busy days at the Offshore Technology Conference in Houston last week, Helix Energy Solutions group invited me on a tour of the Helix Producer I, the first ship-shaped production vessel in the Gulf of Mexico.

Helix ESG Producer I FPU
Image (c) Robert Almeida/gCaptain, click for larger

Approaching via helicopter, the Helix Producer I stands out as a rather unusual looking vessel.  Originally designed as an ice-class train ferry servicing routes between Germany and Denmark, she had about 40 feet of beam added to her at Viktor Lenac Shipyard in Croatia, upgraded with seven 12MW electric thrusters, dual 4,000-pound hydraulic thrusters, and a topsides production unit was installed at Corpus Christi’s Kiewit Shipyard between 2006 and 2009.  Her bow and pilothouse are the only features that reflect her original design.

After landing on the helipad we soon met up with the Offshore Installation Manager, Dean McFarlin at the Production Control Center.

“Is this really it?” I thought to myself.

Dean and I, along with Helix’s Director of Marketing, Cameron Wallace, were in an office with a bunch of flat panel TV screens and the production watchstander.

helix esg producer oil production control room
The production control room on board Helix’ Producer I FPU, image: gCaptain

It seemed like a pretty straightforward operation.  Oil, gas, and water come in, the produced fluids get processed, then sent right back off the rig and on toward shore.  Certainly a far cry from the hustle and bustle of the deepwater drilling rigs I had worked on a few years back.

“We’re currently producing from 5 wells at about 50 percent of vessel capacity” Dane mentioned.

The Helix Producer I can produce 30,000 bbl/day of oil, 70 million cubic feet of gas, and 50,000 bbl/day of water.

“Very salty water,” he added.  This water was left over from ancient seas that came and went long ago and helped create the perfect conditions for vast oil fields.

Winding down and around the stairwells inside the accommodations area, we made our way outside to the DTS, aka the Disconnectable Transfer System, which is the conduit from which all the produced hydrocarbons flow to and from.

Disconnectable Transfer System Helix Producer I
Disconnectable Transfer System, click for larger image, (c) gCaptain

It’s a fairly high tech system. Not only does it handle all the incoming production and export lines, but it is also integrated with the electro-hydraulic umbilicals that control the subsea architecture a few thousand feet below on the sea floor.

The crazy part is that all these lines are built into a swivel system that allows the ship to spin around the buoy via its dynamic positioning system without leaking or damaging any of the pressurized piping or umbilical systems.

Production line swivel helix producer
Production line swivel within the DTS, click for larger (c) Robert Almeida/gCaptain
umbilical swivel helix producer fpu
Dean McFarlin points to one of the hydraulic lines leading into the umbilical swivel within the DTS, click for larger, (c) Robert Almeida/gCaptain

Pointing at the swivel, Dean comments, “There’s probably only 2 or 3 people who actually know how this swivel really works. It’s a closely guarded Helix secret.”

This buoy is designed with a quick release system that allows it to be disengaged from the Producer in case of a storm.

helix producer retrieval buoy
Retrieval buoy, click for larger image, (c) Robert Almeida/gCaptain

After a storm, the buoy is then retrieved in a rather ingenious fashion. The Producer sent out a sonar ping, of sorts, which triggers the release of a small buoy with a line affixed to it. Tied to that line was a much bigger line which was then used to winch the huge production buoy back into position.

We left the DTS and Dean led us through the aft production facility where he explained all the different systems used to separate the gas, crude oil, and water. The crude oil and gas are routed back to shore, however the thousands of barrels of water produced every day are treated and discharged over the side via a high tech oil/water separator.

MARPOL Annex 1 regulates the discharge oil overboard in liters per mile, however due to the fact this ship doesn’t actually go anywhere, it’s oily water separator is extraordinarilly good. So good in fact, Helix’ OIM notes there is no discernable trace of oil in the discharged water.

Helix Producer production deck abstract
An abstract view of the production system on board the Helix Producer I FPU, (c) Robert Almeida/gCaptain
Helix Producer 1 abstract
Image (c) Robert Almeida/gCaptain, click for larger
Helix Producer Abstract
Image (c) Robert Almeida/gCaptain, click for larger

Leaving the Production deck, we headed back toward the bow and up to the wheelhouse where we met up with the on-watch Dynamic Positioning Officer, Clarisse Osegueda.   A 2008 graduate of Cal Maritime Academy, she is tasked with ensuring the Producer I stays on station no matter what the weather and current bring.

Clarisse Osegueda Dynamic Positioning Officer
Clarisse Osegueda, Dynamic Positioning Officer on board the Helix Producer I, image (c) Robert Almeida/gCaptain
Helix Producer Dynamic Positioning Officer
Image (c) Robert Almeida/gCaptain

Facing aft, the DPO chair faces the production facility and a myriad of displays, and a small iPod station sits on the window sill breaking up the silence found throughout the bridge.

“Inbound helicopter 23 minutes out.”

Erza Helicopters s-76 helix producer
(c) Robert Almeida/gCaptain


Helix Producer 1 FPU
Helix Producer I FPU, image (c) Robert Almeida/gCaptain

The announcement over the PA system was our signal that the visit was nearly over and soon after, we were making a loop around the ship in the S-76 and headed back to Houma.

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