- LNG carrier Teak, built by Izar in 2004, sold for scrapping on 18 February in Alang, India, at $421 per ton, totalling $12.5 million.
- Second Spanish-origin LNG vessel scrapped in 2024, signalling accelerated fleet renewal of first-generation ships.
- Scrapped after 20 years despite typical 30-40 year lifespan due to technical obsolescence and environmental regulations.
The LNG (liquefied natural gas) carrier Teak, constructed by Spanish shipyard Izar in 2004, was sold for recycling on 18 February at Alang, India. This transaction at $421 per tonne highlights economic and regulatory pressures forcing early retirement of older gas carriers, with implications for global shipping fleets.
Context and Background
Izar Construcciones Navales, now part of Navantia, was a pioneer in LNG vessel construction in the early 2000s. The Teak, with IMO number 9259276, was hull number 105 from Izar, designed to transport LNG at -162°C, representing cutting-edge technology at the time.
Alang in Gujarat, India, is one of the world’s largest ship-breaking yards. Ships are beached and dismantled manually here, producing recycled steel but with significant labour and environmental risks. The $421/ton price is high for ship scrap, reflecting steel quality and residual component value.
In-Depth Technical Analysis
Why is this relevant now? LNG carriers typically last 30-40 years, but the Teak was scrapped at 20. First-generation vessels like this have less efficient propulsion systems, such as Kawasaki UA-400 steam turbines rated at 38,069 horsepower, leading to higher fuel consumption.
Regulatory pressures are key. Measures like the Energy Efficiency Design Index (EEDI, a metric for ship carbon intensity) and the upcoming EU Emissions Trading System (EU ETS) for shipping penalise older, less efficient ships, making operation costly.
The scrapping price calculation is based on light displacement weight, approximately 13,000 tonnes of steel and materials. At $421/ton, the scrap value outweighs operating and maintenance costs for obsolete vessels, enabling profitable recycling.
Concrete Operational Implications
For shipowners, this case shows faster LNG fleet renewal. Vessels built between 2000-2010 face technological and regulatory obsolescence, creating opportunities for newbuild yards in South Korea or China and certified recyclers under the Hong Kong Convention.
Operationally, removing older ships reduces global LNG transport capacity, potentially supporting freight rates medium-term. However, it phases out expertise in steam turbine systems, replaced by low-speed diesel or dual-fuel engines.
Impact on the Labour Market
In Alang, a ship of this size provides temporary jobs for hundreds in dismantling, cutting, and material segregation. Conditions are often precarious with high accident risks, a concern in the industry.
For Spanish maritime professionals, scrapping reduces positions for LNG-specialised officers and crew. This may drive retraining towards modern vessels or offshore sectors, with increased focus on alternative propulsion like LNG-fuel systems.
Macro Context
Geopolitically, reliance on India for recycling raises ethical and environmental issues. The EU promotes certified recycling within its borders, but costs are higher. Scrap steel prices, currently at $421/ton, influence fleet renewal; a drop could slow it down.
The global energy transition boosts LNG as a bridge fuel, spurring construction of more efficient, eco-friendly carriers. This accelerates retirement of older units, driving technological renewal cycles.
Outlook
Expect more scrapping of first-generation LNG carriers (built 2000-2010) in the next 2-3 years. Scrap prices, regulatory evolution, and operational costs will be decisive. Owners who upgraded early, e.g., with X-DF engines, gain competitive advantage.
Long-term, the recycling sector must adapt to stricter rules like the Hong Kong Convention, potentially raising costs and shifting activity to safer, environmentally responsible facilities.
FAQ
- Why was the LNG Teak scrapped after only 20 years? Primarily due to technological obsolescence, with less efficient propulsion systems, and regulatory pressures from environmental standards that penalise older vessels. Retrofit costs often exceed residual value.
- How is the scrapping price of $421 per ton calculated? It is based on the light displacement weight of the ship (steel and materials, about 13,000 tonnes here). Scrap prices fluctuate with recycled steel demand, location, and ship type.
- What are the environmental risks of scrapping in Alang? Risks include release of hazardous substances (asbestos, PCBs, hydrocarbon residues), soil and water contamination, and emissions. Lack of contained facilities and mechanised processes exacerbates these issues.
- What job opportunities does this scrapping create? Short-term temporary employment in Alang for recycling workers. Globally, it increases demand for professionals skilled in new-generation LNG carriers and certified recycling processes.
Editorial Note: This article has been professionally adapted from Spanish to British English
for the WishToSail.com international maritime audience. Original article published at
QuieroNavegar.app.
