Hull Selection & Acquisition — Market Analysis

Draft Medium Research 4,018 words Created Mar 4, 2026

Hull Selection & Acquisition Research

Project: The Claw -- Mobile Plasma Processing Vessel Operating Area: Great Pacific Garbage Patch (GPGP), ~1,000nm from Honolulu Phase 1 Capacity: 5-10 TPD ocean plastic via plasma gasification Date: 2026-03-04 Status: Active research

1. Aframax Tanker -- Standard Specifications

The Aframax class is defined by the Average Freight Rate Assessment (AFRA) scale. It sits between Panamax (smaller) and Suezmax (larger) in the tanker hierarchy.

Key Specifications

Parameter	Typical Range	Notes
Deadweight (DWT)	80,000 - 120,000 tonnes	Average ~109,000 DWT
Length Overall (LOA)	220 - 250 m	Typical 245 m
Beam	32 - 42 m	Typical 40-42 m
Depth	20 - 22 m	Hull depth, not draft
Design Draft	12 - 15 m	Loaded; ~14 m typical
Cargo Capacity	120,000 - 130,000 m3	~600,000 barrels crude
Cargo Tanks	10 - 12	Longitudinal arrangement, double hull
Main Engine Power	13,000 - 20,000 kW	MAN B&W or WinGD two-stroke
Service Speed	14 - 16 knots	Loaded condition
Fuel Consumption	~50 tonnes/day	At service speed
Lightweight (LDT)	~18,000 - 22,000 tonnes	Estimate; varies by build
Bunker Capacity	~3,000 - 4,000 m3	Heavy fuel oil + diesel

Deck Area Estimate

Deck area is not a standard published spec for tankers because tankers are designed around cargo volume below deck, not deck cargo. However, we can estimate:

Gross deck footprint: LOA x Beam = 245m x 42m = ~10,290 m2
Usable main deck area: roughly 60-70% of gross footprint after accounting for accommodation block (stern), forecastle, piping runs, manifolds, and structural obstructions
Estimated usable deck area: ~5,500 - 7,500 m2

This aligns with our working assumption of 5,500-8,000 m2. The upper end requires aggressive removal of existing deck infrastructure (cargo manifolds, pipeline networks, vent risers) which is entirely feasible in a conversion.

Relevance to The Claw

For a 5-10 TPD plasma gasification plant, the processing equipment footprint is modest -- perhaps 500-1,000 m2 for the reactor, gas cleaning, and power generation modules. An Aframax provides enormous surplus deck area for:

Plastic collection and sorting staging areas
Helipad (minimum 20m x 20m for medium helicopters)
Crew accommodation (already built into the stern superstructure)
Waste product storage
Workshop and maintenance facilities
Potential future capacity expansion

The cargo tanks below deck become available for ballast management, fresh water storage, fuel, and potentially syngas storage or processed material storage.

2. Second-Hand Market Conditions (2025-2026)

Market Overview

The secondhand tanker market has been at historically elevated levels through 2024-2025. Key dynamics:

Sanctions effect: US sanctions on vessels trading Russian and Iranian oil (particularly since January 2025) triggered a wave of 20+ vessel sales in Greece alone, with prices escalating ~20%.
High asset values: 5-year-old and 10-year-old tanker values remain at their highest levels in 16 years.
Subdued transaction volume: High prices have deterred some investors, making 2024 somewhat quieter than the frenzy of prior years.
Aframax/LR2 segment activity: 53 vessel sales through September 2024. In early 2025, 40% of tanker S&P deals were in the Aframax/LR2 category -- the most active segment.

Price Estimates by Age (Aframax, ~105,000 DWT)

These are approximate values based on available market data. Actual prices vary significantly based on specific vessel condition, class status, and negotiation.

Age	Estimated Price (USD)	Confidence	Notes
5 years	$68-75M	High	Documented at ~$72M; above newbuild price ($68.5M)
10 years	$45-55M	Medium	Values at 16-year highs; softening 2-3% recently
15 years	$25-38M	Medium	Recent corrections in older tonnage; still elevated
20 years	$15-25M	Low	Limited data; approaching end of commercial trading life
25 years	$8-15M	Low	Near or at scrap value; limited commercial viability

Important caveat: These prices reflect vessels with active commercial trading potential. A vessel being purchased explicitly for conversion (not trading) may command a different price, particularly if the seller knows the buyer is not competing for cargo-ready tonnage. On the other hand, sanctions have created a "shadow fleet" of older tankers that maintain artificially high values.

Major Brokers

The following firms dominate sale & purchase (S&P) brokerage for tankers:

Broker	Headquarters	Notes
Clarksons	London	Largest S&P broker globally, 100+ S&P brokers across 11 offices
SSY (Simpson Spence Young)	London	410 shipbrokers, 27 offices; growing aggressively
Braemar	London	Strong tanker desk; active in S&P
Arrow Shipbroking	London	Part of the Ocean Recap consortium
Gibson Shipbrokers	London	Well-regarded tanker intelligence
Xclusiv Shipbrokers	Athens	Strong in Greek-owned Aframax segment
Allied Shipbroking	Athens	Regular market commentary and valuations
Fearnleys	Oslo	Norwegian pedigree, tanker specialists
Howe Robinson	London	Diversified, part of Ocean Recap

For a non-standard acquisition (conversion project, not trading), approaching brokers directly with a clear brief is standard. Multiple brokers can be instructed simultaneously -- they earn commission on completion, so there is no cost to casting a wide net.

Transaction Process (Standard)

1. Buyer's brief to broker(s): Specify target type, age range, budget, intended use 2. Broker circulates candidates: Typically from their own listings and market intelligence 3. Expression of interest / indicative offer: Non-binding, establishes seriousness 4. Subjects (conditions): Offer "subject to inspection, class records review, board approval" 5. Inspection & class records: Physical survey + full classification society history 6. Memorandum of Agreement (MOA): Binding contract, usually Norwegian Saleform 2012 7. Deposit: Typically 10% into escrow 8. Pre-delivery inspection: Verify condition matches MOA representations 9. Closing & delivery: Wire balance, sign protocol of delivery, flag transfer 10. Typical timeline: 4-12 weeks from serious interest to delivery, depending on vessel location and complexity

Acquisition Timeline Estimate for The Claw

Phase	Duration	Notes
Market search & shortlisting	2-4 weeks	Brokers can produce candidates within days
Initial inspections (2-3 candidates)	2-3 weeks	Vessels may be scattered globally
Negotiation & MOA	2-4 weeks	Standard, can be faster
Classification survey & detailed inspection	2-3 weeks	Critical for a 15-25 year old hull
Regulatory & flag state registration	2-4 weeks	Can run parallel to survey
Closing & delivery	1-2 weeks
Total	~3-5 months	From serious search initiation to taking delivery

3. Alternative Hull Types -- Comparison

The Aframax is our baseline assumption, but other hull types deserve evaluation.

Hull Type Comparison

Parameter	Aframax Tanker	Suezmax Tanker	Panamax Tanker	Bulk Carrier (Capesize)	Platform Supply Vessel (PSV)
DWT	80,000-120,000	120,000-200,000	60,000-80,000	100,000-200,000	3,000-5,000
LOA	220-250 m	250-280 m	220-245 m	230-270 m	60-100 m
Beam	32-42 m	42-50 m	32 m (max)	38-45 m	14-22 m
Est. Deck Area	5,500-7,500 m2	7,000-10,000 m2	4,000-5,500 m2	5,000-8,000 m2	500-1,000 m2
Draft (loaded)	12-15 m	16-20 m	12-13 m	17-18 m	5-7 m
Stability	Excellent	Excellent	Good	Good	Good (designed for it)
Secondhand Price (20yr)	$15-25M	$20-35M	$10-18M	$12-22M	$3-8M
Crew Accommodation	25-35 berths	25-35 berths	20-30 berths	20-30 berths	20-40 berths
Conversion Precedent	Extensive (FPSO)	Extensive (FPSO)	Limited	Very limited	None for processing
Helipad Feasibility	Easy	Easy	Feasible	Feasible	Tight but possible
Availability (15-25yr)	Good	Moderate	Good	Good	Moderate

Analysis by Hull Type

Aframax Tanker (Baseline)

Pros: Excellent FPSO conversion precedent, right-sized for our needs, good availability in target age range, proven stability characteristics, existing accommodation block, double hull provides structural redundancy
Cons: More expensive than Panamax, deck infrastructure removal needed, cargo tank cleaning required (oil residue)
Verdict: Strong candidate. The conversion precedent alone is worth a lot -- shipyards know how to do this.

Suezmax Tanker

Pros: More deck area, even better stability, same conversion precedent as Aframax
Cons: Significantly more expensive, deeper draft limits port access for maintenance, larger than needed for Phase 1 (5-10 TPD), higher operating costs (crew, fuel, maintenance)
Verdict: Overkill for Phase 1. Consider only if planning rapid scaling to 50+ TPD.

Panamax Tanker

Pros: Cheaper, adequate deck area for Phase 1, shallower draft
Cons: Narrower beam (32m max) limits deck layout flexibility, less stability margin in Pacific conditions, fewer conversion precedents
Verdict: Viable budget option, but the 32m beam constraint is real. Pacific swells demand stability margin.

Bulk Carrier (Capesize)

Pros: Large deck area, holds are enormous open spaces that could house equipment below deck, cheaper per square meter
Cons: Holds are designed for dry bulk not processing equipment, no double hull (single skin), very limited conversion precedent for anything resembling a processing plant, deeper draft
Verdict: Interesting on paper but high conversion risk. No shipyard has a playbook for this.

Platform Supply Vessel (PSV)

Pros: Designed for open-ocean operations, good dynamic positioning, excellent stability for size, low draft, purpose-built deck space
Cons: Far too small (500-1,000 m2 deck), limited accommodation, no space for meaningful processing capacity, would need multiple vessels
Verdict: Wrong class entirely for a processing plant. Could serve as a support/collection vessel alongside the main platform.

Recommendation

The Aframax tanker remains the best choice. The combination of: 1. Right-sized deck area (5,500-7,500 m2) 2. Decades of FPSO conversion precedent 3. Good availability in target age/price range 4. Built-in accommodation and engine room 5. Double hull providing structural margin 6. Reasonable draft for occasional port calls

...makes it the lowest-risk option. The Suezmax is the only serious alternative, but it is larger and more expensive than Phase 1 requires.

4. FPSO Conversion Precedent

The oil & gas industry has been converting tankers into Floating Production Storage and Offloading (FPSO) units for over 40 years. This is the closest industrial precedent to what The Claw needs.

What is an FPSO Conversion?

An FPSO takes a trading tanker and transforms it into a floating factory that:

Receives raw hydrocarbons (oil, gas, water mix)
Separates and processes them (heating, separation, gas treatment)
Stores processed crude oil in the cargo tanks
Offloads to shuttle tankers

The parallel to The Claw is direct: receive raw material (ocean plastic), process it (plasma gasification), store/manage outputs (syngas, slag, energy).

Conversion Scope (Typical FPSO)

Work Package	Description	Relevance to The Claw
Hull life extension	Steel renewal, coating, structural reinforcement	Identical need
Topside modules	Process equipment installed on deck	Direct parallel (plasma reactor vs. oil separation)
Turret/mooring system	Single-point mooring for weathervaning	The Claw needs station-keeping but may not need a turret if mobile
Power generation	Gas turbines or diesel generators on deck	Similar requirement for plasma torch power
Accommodation upgrade	Cabins, galley, recreation for 80-120 crew	Similar but smaller crew (30-50)
Safety systems	Fire suppression, lifeboats, helideck	Identical requirements
Marine systems	Ballast, bilge, navigation, communications	Identical requirements

Conversion Costs (FPSO Industry)

Project Scale	Cost Range	Notes
Small/simple conversion	$100-200M	Good-condition hull, modest topsides
Mid-range conversion	$200-500M	Significant hull work, complex topsides
Large/complex conversion	$500-700M+	Major hull refurbishment, full process plant
Newbuild FPSO	$1-3B+	For comparison; Petrobras P-82 at $3.05B

Critical note: These costs include the oil & gas process equipment, which is far more complex and expensive than a plasma gasification plant. The Claw's conversion cost will be significantly lower because:

Simpler process plant (one plasma reactor vs. multiple separation trains)
No subsea interface (turret, risers, flowlines)
No gas export compression
Smaller crew, simpler accommodation
No explosive atmosphere classification for most of the vessel

A rough estimate for The Claw's hull conversion (excluding the plasma plant itself) might be $15-40M, covering hull life extension, deck preparation, accommodation upgrade, safety systems, and marine systems. This is speculative and needs detailed engineering to validate.

Conversion Timeline

Phase	Duration	Notes
Front-End Engineering Design (FEED)	6-12 months	Define scope, produce specifications
Detailed engineering	6-9 months	Can overlap with procurement
Hull preparation & steel renewal	4-8 months	In drydock
Topside module fabrication	6-12 months	Can happen in parallel at fabrication yard
Integration & commissioning	4-8 months	Modules installed, systems connected, tested
Total	18-30 months	From FEED start to sail-away

Shipyards with FPSO Conversion Capability

The FPSO conversion market is dominated by Asian yards:

Shipyard	Location	Market Share	Notes
Keppel Offshore & Marine	Singapore	~35% (with Sembcorp)	Now merged with Sembcorp Marine; extensive track record
Sembcorp Marine	Singapore	(merged with Keppel)	P-82 for Petrobras ($3.05B)
COSCO Shipping Heavy Industry	China (Dalian, Nantong)	~20%	Aggressive pricing, growing capability
CIMC Raffles	China (Yantai)	~15%	Specializes in offshore units
CMHI (China Merchants Heavy Industry)	China (Haimen)	~13%	Growing FPSO portfolio
Drydocks World	Dubai, UAE	Niche	Executes conversion and upgrade projects for FPSO/FSO
Hanwha Ocean	South Korea	Growing	Aggressively competing for market share

For The Claw's scale (much simpler than an FPSO), smaller or mid-tier yards could also compete:

Sembawang Shipyard (Singapore) -- repairs and conversions
Jurong Shipyard (Singapore) -- part of the Keppel/Seatrium group
Various Turkish yards (Tuzla) -- competitive pricing for simpler conversions
Hyundai Mipo (South Korea) -- mid-size vessel specialist

The industry trend is shifting toward newbuild FPSOs (80% of 2024 projects were newbuilds rather than conversions), but this is driven by the oil industry wanting 25+ year field life and ultra-complex topsides. For The Claw's simpler needs, conversion remains the obvious path.

Lessons from FPSO Conversions

1. Hull condition is everything: A bad hull can double conversion costs. Steel renewal is the single biggest cost variable. 2. Class society involvement from day one: Lloyd's, DNV, Bureau Veritas, or ABS should be engaged during FEED, not after. 3. Modular topsides: Build process modules offsite, install on deck. This is standard practice and dramatically reduces conversion time. 4. Weight management: Every tonne of topside equipment affects stability. A detailed weight report and stability analysis must precede any design work. 5. Green recycling compliance: If the vessel will eventually be scrapped, the Hong Kong Convention and EU Ship Recycling Regulation apply. Plan for it from the start. 6. Cargo tank re-purposing: Cleaned and gas-freed cargo tanks can serve as ballast tanks, storage, or even be subdivided for new uses. This is standard in FPSO work.

5. Candidate Vessel Profile

Based on the analysis above, here is the ideal acquisition target for The Claw Phase 1.

Must-Have Criteria

Criterion	Requirement	Rationale
Type	Aframax crude oil tanker	Proven conversion platform
DWT	80,000 - 115,000 tonnes	Lower end preferred (less hull to maintain)
Age	18-23 years	Old enough to be affordable, young enough to have structural life
Hull type	Double hull	Mandatory for structural redundancy and environmental safety
Classification	In-class with a major society (Lloyd's, DNV, BV, ABS, ClassNK)	Must have continuous class records
Special Survey	4th or approaching 5th	Gives clear picture of hull condition
Engine	Operational main engine + generators	We need propulsion; this is a mobile vessel
Accommodation	Intact superstructure, 25+ berths	Saves significant conversion cost
Structural condition	No major hull casualties, no structural modifications	Clean history matters

Preferred (Not Mandatory)

Criterion	Preference	Rationale
Build country	South Korea or Japan	Generally higher build quality than some other yards
Engine make	MAN B&W	Most common, easiest to source parts
Beam	42m preferred over 32m	More deck working area
Location at sale	Asia-Pacific or Middle East	Closer to likely conversion yard and operating area
Cargo history	Clean crude, not dirty products	Easier tank cleaning
Trading status	In active trade or warm layup	Cold layup vessels may have deteriorated systems

Deal-Breakers

No class: A vessel that has been withdrawn from classification is a risk too far. Re-classing is expensive and uncertain.
Major structural damage history: Grounding, collision with hull breach, or fire damage.
Single hull: No longer compliant with MARPOL; also provides less structural margin.
Contamination: Vessels that have carried chemicals, radioactive materials, or are on sanctions lists.
Flag state sanctions risk: Vessels flagged in or recently trading with sanctioned nations may carry legal complications.
Asbestos: Older vessels (pre-2000 build) from certain yards may contain asbestos insulation. Remediation is expensive.

The Sweet Spot

The ideal candidate is a South Korean or Japanese-built, 20-year-old, 105,000 DWT double-hull Aframax that:

Has just completed or is approaching its 4th Special Survey
Is in class with DNV or Lloyd's
Has an intact, operational accommodation block
Is currently trading but the owner is looking to sell due to age profile
Is located in Asia or the Middle East

Such a vessel should be acquirable for $15-25M in the current market, though the elevated market of 2025-2026 may push this toward the upper end.

6. Market Pricing Detail

Current Secondhand Prices (Aframax, ~105,000 DWT, 2025-2026)

Age Bracket	Est. Price Range	Market Context
Newbuild order	~$68.5M	For reference; 2-year delivery wait
5 years	$68-75M	Above newbuild; reflects immediate availability
10 years	$45-55M	16-year highs; slight softening
15 years	$25-38M	Recent corrections; still historically high
20 years	$15-25M	Limited data; approaching commercial end-of-life
25 years	$8-15M	Near scrap; very few buyers for trading

Scrap Value (Price Floor)

Scrap value provides the absolute floor price for any vessel:

Parameter	Value	Notes
Aframax LDT (est.)	18,000-22,000 tonnes	Lightweight tonnage
Current scrap price (2025)	$385-435 per LDT	Varies by destination and vessel type
Wet cargo (tanker) rate	$405-415 per LDT	Slightly above dry cargo
Estimated scrap value	$7.3-9.1M	At 18,000 LDT x $405-505/LDT

Major ship recycling destinations and approximate rates:

India (Alang): $360-390/LDT
Bangladesh (Chittagong): $355-385/LDT
Pakistan (Gadani): $350-380/LDT
Turkey (Aliaga): $280-320/LDT (EU Ship Recycling Regulation compliant, hence lower)

Price Trend Context

The tanker market has been in an extended bull cycle driven by: 1. Sanctions on Russia/Iran: Created demand for non-sanctioned tonnage 2. Limited newbuild orderbook: Yards full with container ships and LNG carriers 3. Aging fleet: Average tanker age increasing, fewer young vessels available 4. Strong freight rates: Owners prefer to trade rather than sell

For The Claw, this means:

Current prices are elevated compared to the 2020-2022 trough
A 20-year-old Aframax that might have cost $8-12M in 2021 now costs $15-25M
Prices may soften if sanctions are eased or newbuilds deliver, but this is uncertain
Budget recommendation: Allocate $18-25M for hull acquisition in current market conditions

7. Acquisition Process -- Step by Step

Phase 1: Preparation (Weeks 1-4)

1.1 Assemble Advisory Team

Appoint a Sale & Purchase (S&P) broker -- consider instructing 2-3 brokers simultaneously
Engage a technical superintendent (experienced in tanker operations) for inspections
Identify a classification society contact (DNV, Lloyd's, ABS, or BV) for pre-purchase advisory
Brief a maritime lawyer on the intended acquisition structure

1.2 Define Acquisition Brief

Vessel type, age range, DWT range, budget
Intended use (conversion to processing vessel -- this affects flag state and class requirements)
Preferred delivery location
Timeline constraints

1.3 Establish Purchasing Entity

Standard practice: create a single-purpose company (SPC) to own the vessel
Typical jurisdictions: Marshall Islands, Liberia, or Panama (for the company, separate from flag)
This provides liability isolation and simplifies financing

Phase 2: Market Search (Weeks 2-6)

2.1 Broker Canvass

Brokers search their databases and market contacts
Expect 5-15 initial candidates matching broad criteria
Shortlist to 3-5 based on paper review (class records summary, basic specs, asking price)

2.2 Desk Due Diligence

Review classification society records (available through broker or direct from class society)
Check vessel's trading history (sanctions screening via services like Windward or Pole Star)
Verify ownership chain
Review any outstanding liens or mortgages (maritime lien search)

Phase 3: Inspection & Negotiation (Weeks 4-10)

3.1 Physical Inspection

Travel to vessel location (could be anywhere globally)
10-12 hour on-board inspection covering: hull condition (visual), engine room, accommodation, deck equipment, safety systems, cargo tanks (if accessible)
Accompanied by technical superintendent and ideally a class surveyor
Inspect 2-3 candidates if possible

3.2 Indicative Offer

Submit through broker
Typically "subject to satisfactory inspection, class records, financing, board approval"
Negotiation on price, delivery date, delivery location, bunkers/stores on board

3.3 Memorandum of Agreement (MOA)

Industry standard: Norwegian Saleform 2012 (NSF 2012)
Covers: price, deposit, delivery window, condition warranties, governing law
Executed once price and terms are agreed
Deposit: Typically 10% of purchase price into joint escrow account

Phase 4: Pre-Delivery (Weeks 8-14)

4.1 Detailed Class Records Review

Full classification society file (can be thousands of pages for a 20-year-old vessel)
Focus on: thickness measurements (hull steel wastage), machinery condition reports, outstanding recommendations, conditions of class

4.2 Underwater Inspection / Drydock Survey

If vessel has not been recently drydocked, an underwater inspection by divers is common
Checks hull plating condition, propeller, rudder, sea chests, anodes
May negotiate a drydock inspection at seller's expense (depends on MOA terms)

4.3 Flag State Registration

Choose flag state for operation. Top options:

Flag State	Pros	Cons
Marshall Islands	Indefinite registration, good reputation, responsive administration	Some age/size restrictions on tankers
Panama	Largest registry, streamlined process, low fees	5-year renewal cycle
Liberia	Strong reputation, electronic certificates 24/7	Minimum 500 NT requirement
Bahamas	Good reputation, OECD white-listed	Smaller registry

Registration typically takes 2-4 weeks
Requires: ownership documents, class certificates, safety equipment certificates, radio license

4.4 Insurance

Hull & Machinery (H&M) insurance
Protection & Indemnity (P&I) club membership -- covers third-party liability
For a conversion project, "builders risk" insurance during the conversion phase
Major P&I clubs: Gard, Skuld, UK P&I, West of England, North

Phase 5: Closing & Delivery (Weeks 12-16)

5.1 Pre-Delivery Inspection

Final inspection to confirm vessel matches MOA condition
Verify stores, spares, bunkers on board
Check all certificates are valid

5.2 Closing

Wire purchase balance to escrow
Execute Protocol of Delivery and Acceptance
Transfer of classification
Deletion from seller's flag state, registration under buyer's flag
All typically happens in a single day at an agreed delivery port

5.3 Post-Delivery

Take physical delivery with a riding crew or appointed ship manager
Sail vessel to conversion yard (or arrange tow if systems are not fully operational)
Begin FEED phase for conversion

Cost Summary -- Acquisition Phase

Item	Estimated Cost	Notes
Hull purchase	$15-25M	20-year-old Aframax, current market
Broker commission	1% of sale price (~$150-250K)	Split buyer/seller side
Classification survey	$50-100K	Pre-purchase detailed survey
Legal fees	$50-100K	MOA review, corporate structure, flag state
Physical inspections	$30-50K	Travel, superintendent fees, 2-3 vessels
Flag registration	$10-30K	Varies by flag state
Insurance (first year)	$200-400K	H&M + P&I for a 20-year-old tanker
Delivery voyage	$200-500K	Crew, fuel, port charges to conversion yard
Total acquisition cost	$16-27M	All-in to conversion yard gate

8. Key Risks & Uncertainties

Risk	Severity	Mitigation
Hull condition worse than expected	High	Thorough pre-purchase survey; budget contingency for steel renewal
Market prices remain elevated	Medium	Consider slightly older vessel (22-25 years) to stay in budget
Classification issues during conversion	Medium	Engage class society during FEED, before purchase if possible
Regulatory uncertainty (processing vessel classification)	High	This vessel class has no exact precedent; early engagement with flag state and class is essential
Asbestos in older builds	Medium	Pre-purchase asbestos survey; Japanese/Korean builds post-2000 are generally clean
Engine/machinery end-of-life	Medium	Detailed engine room inspection; budget for major overhaul or re-engining
Sanctions compliance	Medium	Thorough vessel history screening; avoid any vessel with recent sanctions-adjacent trading

Classification & Regulatory Gap

This is the single biggest unknown in the acquisition process. An FPSO is well-understood by classification societies. A "Floating Plasma Processing Vessel" is not. Key questions that need answers before purchase:

1. What class notation will the vessel carry after conversion? 2. What flag state will accept a plasma gasification vessel? 3. What environmental permits are needed for operation in international waters (GPGP is outside any EEZ)? 4. Does MARPOL Annex VI apply to plasma gasification emissions? 5. What waste discharge regulations apply?

These questions should be answered during the FEED phase, but they may influence which hull to buy and which flag state to register with. Early engagement with DNV or Lloyd's on a "Special Vessel" or "Novel Concept" basis is strongly recommended.