Offshore Maintenance Operator — $3,299,128.00

Case Snapshot

A Gulf of Mexico offshore maintenance operator suffered catastrophic steam burns during a boiler valve packing repair aboard a floating production storage and offloading vessel, or FPSO. The evidence showed failures in the permit-to-work process, task-specific hazard assessment, steam-line isolation, pre-job toolbox talk, and worksite supervision.

• Client: Offshore Maintenance Operator
• Worksite: FPSO operating at Stones Field, Outer Continental Shelf Block WR 551 A, Gulf of Mexico
• Incident Date: September 11, 2016
• Incident Type: High-pressure steam release during boiler valve packing repair
• Steam Conditions: Approximately 227 psi and 428°F
• Injuries: Severe burns involving the face, neck, torso, abdomen, groin, genitalia, and upper and lower extremities
• Long-Term Effects: Neuropathic pain, hypertrophic scarring, heat intolerance, PTSD, and permanent work restrictions
• Treatment: Multiple surgeries, debridement, split-thickness skin grafts, compression garments, burn-clinic care, and psychological treatment
• Key Legal Issues: Jones Act negligence, vessel unseaworthiness, deficient permit-to-work procedures, incomplete hazard analysis, uncertain isolation, and absent supervision
• Regulatory Evidence: A Bureau of Safety and Environmental Enforcement finding that the operation was not performed in a safe and workmanlike manner
• Damages Evidence: A life care plan exceeding $1.18 million and total damages models ranging from approximately $2.41 million to $2.83 million
• Case Result: $3,299,128.00

A Catastrophic Steam Release Aboard a Gulf of Mexico FPSO

Engine rooms and boiler spaces are never quiet. They are filled with machinery noise, vibration, heat, and the constant sound of pumps, valves, and pressurized systems.

Experienced offshore maintenance workers learn how to operate in those environments. They understand the equipment. They know the procedures. They recognize that even a routine repair can become dangerous when steam, pressure, or isolation boundaries are not properly controlled.

Our client had built his career in those spaces. He started as a motorman and QMED oiler before becoming a maintenance operator. His work required knowledge of pumps, diesel engines, hydraulic equipment, compressed-air systems, steam systems, and the mechanical maintenance needed to keep a deepwater production vessel operating.

He was not new to boiler rooms. He was not unfamiliar with valve work. He understood the dangers of live steam.

What he could not do—and what no offshore worker should be expected to do—was replace the employer’s safety system with his own judgment.

The permit-to-work, isolation package, hazard assessment, toolbox talk, and supervision process existed so that a skilled worker would not have to guess whether pressurized steam remained behind a valve. Those protections were the company’s responsibility.

On the morning of September 11, 2016, those protections failed.

At approximately 10:16 a.m., our client was working on a valve packing gland in the FPSO’s auxiliary boiler steam system. As he loosened the gland nuts, trapped steam escaped at approximately 227 psi and 428°F.

The steam engulfed him.

He suffered severe thermal and scald burns to his face, neck, torso, abdomen, groin, genitalia, and lower extremities. He was airlifted from the vessel and underwent multiple surgeries, removal of burned tissue, and split-thickness skin grafting using donor tissue from his own thigh and leg.

The accident lasted only moments. Its effects changed the rest of his life.

What Caused the FPSO Steam Burn Accident?

The steam release occurred because pressurized steam remained behind a boiler-system valve while the crew was performing packing work. The documents showed that the permitted work scope, isolation process, hazard assessment, and supervision structure did not clearly address the equipment the workers ultimately handled.

The day before the accident, a leak was identified in the auxiliary boiler steam system. An isolation package and permit-to-work were prepared to govern the repair. Those documents were supposed to identify the exact equipment, describe the isolation boundaries, explain the hazards, and control how the work would proceed.

The permit was issued at approximately 6:00 a.m.

A little more than four hours later, our client was severely burned.

When the permit records, isolation documents, and piping information were examined together, a serious problem emerged. The location of the known leak, the area where the work was initially authorized, and the valve being handled when the steam escaped did not fully align.

The repair scope had shifted.

When a high-pressure steam-system repair moves from one valve to another, the crew needs more than a general assumption that the system is safe. The new work location must be assessed. The isolation must be reverified. The hazards must be discussed at the equipment. A supervisor with authority must confirm that the revised task remains within the permitted scope.

Those protections were not provided.

The Permit-to-Work Did Not Identify the Actual Danger

A permit-to-work is only useful when it accurately describes the job being performed.

The permit in this case did not clearly identify the steam hazard associated with the valve packing work that caused the injury. It did not give the crew a reliable understanding of where pressurized steam could remain or what had to happen if the repair moved to a different valve.

A generic permit may create the appearance of safety while leaving workers exposed to the real hazard.

That distinction matters in a Jones Act case. The issue is not whether a form existed. The issue is whether the employer used reasonable care to identify the task, communicate the danger, verify the isolation, and protect the seamen performing the work.

The evidence supported the conclusion that the permit process did not do that here.

The Hazard Assessment Was Not Task-Specific

The task risk assessment should have addressed the conditions of this particular boiler valve repair.

It should have identified:

• High-temperature steam
• Stored pressure
• The possibility of steam remaining behind a valve
• The precise isolation points
• The risks created by changing the work scope
• The need to stop and reassess before opening or loosening another component

Instead, the hazard assessment was generic and did not clearly address the live-steam condition that made the repair dangerous.

A checklist is not a substitute for a real hazard analysis. Offshore safety procedures must reflect the equipment, pressure, temperature, isolation boundaries, and work method the crew will actually encounter.

The Toolbox Talk Happened Away From the Worksite

The pre-job toolbox talk took place in the engine control room rather than beside the boiler equipment.

That location mattered.

At the worksite, a supervisor could have pointed to the valves, traced the steam lines, reviewed the isolation points, and identified where pressure might remain. The crew could have compared the permit against the actual equipment and discussed what would happen if the task moved beyond the original scope.

None of that could be done effectively from a separate room.

A toolbox talk should help workers see the hazard, not simply hear a general description of it.

No one stood at the equipment and showed the crew where live steam could remain. No one walked through the changed repair scope at the valve. No one used the physical worksite to verify that the written permit matched the job.

The Permit Supervisor Was Not at the Equipment

The supervisor responsible for the permit did not personally walk down to the worksite. His presence was delegated to an assistant.

That left the crew without a responsible permit authority at the equipment when the repair scope changed.

Supervision is especially important during steam, pressure, and isolation work. A supervisor must be able to stop the job, compare the task against the permit, verify the isolation, and require a new assessment when the crew moves to different equipment.

Here, no permit supervisor was present when the packing work shifted.

Our client loosened the packing gland on a valve whose backside still contained high-temperature, high-pressure steam.

Federal Offshore Regulators Confirmed a Safety Failure

The Bureau of Safety and Environmental Enforcement reviewed the incident and issued correspondence finding that the operation had not been performed in a safe and workmanlike manner.

That regulatory evidence was important because it did not come from a lawyer hired for the case. It came from the federal agency responsible for offshore safety oversight.

The BSEE record supported the same failures shown in the company’s internal documents:

• The work permit did not adequately address the task
• The hazard assessment lacked sufficient specificity
• The worksite discussion did not occur at the equipment
• The responsible supervisor was absent
• The repair proceeded without reliable verification that the valve was safely isolated

A BSEE incident record can be critical evidence in a Jones Act or unseaworthiness case. It may contain timelines, findings, inspection information, regulatory conclusions, and descriptions of unsafe offshore operations.

How The Young Firm Investigated the Case

When maritime attorney Tim Young and The Young Firm reviewed the records, the evidence did not support the idea that an experienced worker simply ignored a known danger.

The documents showed a broader safety-system failure.

Our team traced the repair sequence through the piping and instrumentation diagram. We compared the valve locations against the permit-to-work, isolation package, internal safety records, witness information, and BSEE correspondence.

That review showed how the task moved from one valve to another without a renewed worksite assessment or reliable confirmation that the new valve was safely isolated.

The investigation focused on several key questions:

• What repair did the permit actually authorize?
• Which valves were supposed to be isolated?
• Where was the known leak located?
• Why did the work move to a different valve?
• Who had authority to approve that change?
• Was the crew warned that steam could remain behind the valve?
• Why was no permit supervisor present at the equipment?
• Why was isolation not reverified before the gland nuts were loosened?

The evidence connected the permit failure, scope confusion, missing supervision, and unverified steam condition to the release that injured our client.

Jones Act Negligence

Under the Jones Act, a maritime employer must use reasonable care to provide a seaman with a safe place and safe method of work.

In a high-pressure boiler or steam-line repair, that duty can include:

• Preparing an accurate permit-to-work
• Identifying the equipment involved
• Conducting a task-specific hazard assessment
• Verifying steam and pressure isolation
• Holding an effective worksite toolbox talk
• Providing competent supervision
• Stopping and reassessing the job when the scope changes

The existence of a permit form alone does not satisfy the employer’s duty. The permit must match the work being performed and communicate the hazards the crew will actually face.

The deficient permit, incomplete risk assessment, off-site toolbox talk, missing supervisor, and uncertain isolation all supported the Jones Act negligence claim.

Vessel Unseaworthiness

A vessel owner must provide a vessel, crew, equipment, and method of work that are reasonably fit for their intended maritime purposes.

An unseaworthiness claim may arise when a vessel uses an unsafe method of work, inadequate isolation procedure, deficient supervision structure, or unsafe system for performing a boiler or steam-line repair.

The condition in this case was not limited to a single defective part. The evidence concerned the entire method used to plan, authorize, isolate, supervise, and perform the work.

The crew was sent into a high-pressure steam repair under:

• A permit that did not accurately describe the hazard
• A generic task assessment
• A toolbox talk conducted away from the equipment
• A supervision structure that left no permit authority at the worksite
• A repair scope that changed without proper reassessment

Those facts supported the claim that the vessel’s method of work was not reasonably fit for the task.

Severe Steam Burns Can Cause Lifelong Damage

High-temperature steam can injure far more than the surface of the skin.

Our client’s injuries required multiple surgeries, debridement, skin grafting, compression garments, and long-term treatment through the UNC burn clinic. He also developed neuropathic pain, hypertrophic scarring, heat intolerance, and PTSD triggered by steam and sudden loud noises.

The psychological effects were closely connected to the way the accident happened. Sounds and conditions associated with steam could recreate the fear and physical memory of the release.

His heat intolerance created another permanent barrier.

Engine rooms, boiler spaces, outdoor decks, protective clothing, and Gulf Coast weather expose offshore workers to sustained heat. A person who can no longer tolerate temperatures above approximately 75°F may be unable to return to the environment where he built his career.

A defense vocational expert suggested that he could theoretically perform light, indoor, temperature-controlled work. That did not account for the difference between his pre-injury offshore earnings and the lower wages available in the proposed replacement jobs.

The loss was not simply the loss of one position. It was the loss of an occupation, earning path, identity, and way of life.

The Full Measure of the Damages

The damages analysis included far more than the initial hospital bills.

The case involved claims for:

• Past and future medical expenses
• Burn-clinic care
• Life care expenses
• Past and future wage loss
• Reduced earning capacity
• Loss of offshore employment
• Neuropathic pain
• Scarring and disfigurement
• Heat intolerance
• PTSD and psychological treatment
• Loss of physical comfort
• Loss of enjoyment of life

The projected life care plan exceeded $1.18 million.

Depending on the earnings assumptions used, total damages models ranged from approximately $2.41 million to $2.83 million.

Those figures reflected the long-term cost of a preventable failure in the vessel’s safety systems.

What Offshore Workers Should Learn From This Case

A Permit Must Match the Actual Work

A permit is not automatic protection. It must identify the exact equipment, pressure, steam hazard, isolation boundaries, and work method involved.

When the job changes, the permit and hazard analysis may need to change with it.

Isolation Must Be Verified at the Equipment

Workers should not be required to assume that a valve is safe because another part of the system was isolated.

Before a component is opened, loosened, or repaired, the employer must use an appropriate process to verify that pressure and hazardous energy have been controlled.

Toolbox Talks Should Address the Physical Worksite

A pre-job discussion is most effective when the crew can see the equipment, trace the lines, identify the valves, and compare the permit against the actual job.

Missing Supervision Is a Company Failure

When the supervisor responsible for a permit is not at the worksite, the employer may remain responsible for the resulting gap in oversight.

The injured seaman should not be blamed for a supervision structure the company failed to provide.

BSEE Records May Be Important Evidence

Federal offshore safety records can help establish how an accident happened and whether the operation complied with applicable safety requirements.

An attorney handling an offshore injury case should identify and preserve available regulatory records as early as possible.

Burn Injuries Can Permanently End an Offshore Career

Heat intolerance, nerve pain, restricted movement, scarring, psychological trauma, and sensitivity to steam may make a return to vessel work impossible.

The resulting wage loss should be evaluated across the worker’s expected career, including overtime, rotations, benefits, and advancement opportunities.

About The Young Firm

The Young Firm represents injured seamen and offshore workers in Jones Act negligence, vessel unseaworthiness, and maritime injury cases.

Our firm handles claims involving FPSOs, production vessels, offshore facilities, tugboats, barges, engine rooms, boiler systems, valve repairs, permit-to-work failures, isolation errors, and catastrophic burn injuries.

We understand how to investigate offshore accidents, preserve regulatory evidence, analyze permit and isolation documents, work with medical and vocational specialists, and connect an employer’s safety failures to the full lifetime consequences of a maritime injury.

If you or someone you love suffered severe burns in an offshore steam accident, engine-room incident, or boiler and valve repair aboard a vessel, contact The Young Firm.

There is no fee unless we win. Consultations are confidential. The firm represents injured maritime workers across Louisiana, the Gulf Coast, North Carolina, and nationwide.

Speak to us today. The call is free, and it may get your life back on track.