Jakarta –

Entering the sixth day, the carrier of hundreds of electric vehicles burning in the sea cannot be extinguished. The ship has been abandoned by all the crew.

Reported earlier, a cargo ship named Morning Midas suffered a fire off the coast of Alaska. Sailing from China to Mexico, the ship transports 3,000 cars, of which 800 of them are electric cars (Full Bev and Hybrid).

The cars came from several different manufacturers from China. In a report submitted by CNECPOST, there is a car owned by Chery and Great Wall Motor on the ship.

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The day after the first fire appeared and efforts to extinguish were unsuccessful, all 22 crew members immediately evacuated. The cargo ship which is now not a passenger reportedly still issued black smoke until the weekend.

After being burned on Tuesday (3/6) last week, until now the fire could not be extinguished. The position of the ship which is very far from the port makes it difficult for blackouts to do. The ship is 2,000 km from the nearest island.

Reported by Worldcargonews, the extinguisher and safety team is expected to arrive at the location of the fire on Monday (9/6) today local time.

Lithium electric car batteries can be damaged due to several factors, including mechanical, chemical or thermal abuse. This problem can then cause a phenomenon called thermal runaway. When the thermal runaway takes place, the process is almost impossible to stop. This is what then often triggers fires or even explosions.

Fires that occur in electric cars also require greater efforts to extinguish. At least 136,000 liters of water are needed for four hours to extinguish the fire of an electric car fire. While in the internal combustion engine, it takes only 10,000 to 17,000 liters for 30 minutes.

(from/sfn)

date:2025-06-09 02:35:00

Electric Car Cargo Ship Fire: The Unfolding Disaster at Sea

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Electric Car Cargo Ship Fire: The Unfolding Disaster at Sea

The ocean’s depths have become a temporary graveyard for hundreds of electric cars.A recent cargo ship fire, fueled in part by the lithium-ion batteries within these EVs, has sparked significant concern about the safety of transporting such vehicles by sea.Let’s delve into the details of this incident, exploring the challenges faced by salvage crews, the potential environmental repercussions, and the implications for the future of electric vehicle shipping. This isn’t just about lost cargo; it’s about understanding the evolving risks associated with a rapidly changing automotive landscape and finding safer solutions.

The Incident: A Cargo Ship Ablaze

Imagine a colossal cargo vessel, packed with thousands of vehicles, including a ample number of brand-new electric cars. Now, picture a fire erupting somewhere amidst that steel and rubber jungle. This is precisely the scenario that unfolded, leaving firefighters battling an intense blaze that proved exceptionally difficult to extinguish. The presence of electric vehicle batteries complicates matters significantly.

the Challenge: Lithium-ion batteries, while providing the power for EV revolution, present unique fire hazards.
Thermal Runaway: When damaged or overheated, these batteries can undergo ‘thermal runaway’, a chain reaction of uncontrolled heat generation.
Re-ignition: Extinguishing a lithium-ion battery fire is not a one-and-done process. They are prone to re-ignition, demanding constant monitoring and specialized fire suppression techniques.
Toxic Fumes: The burning batteries release highly toxic fumes, posing a risk to both firefighters and the environment.

Why Electric Car Fires Are Different

It’s crucial to understand why electric car fires pose a different kind of challenge compared to those involving conventional gasoline vehicles. While gasoline fires are undeniably dangerous, they are typically easier to control and extinguish with conventional methods.

Higher Temperatures: Lithium-ion battery fires burn at significantly higher temperatures than gasoline fires.
Specialized Extinguishing Agents: water, while effective on gasoline fires, may not be sufficient for lithium-ion batteries and could even exacerbate the problem in some cases. Specialized extinguishing agents are often required.
Risk of Short Circuit: Damaged batteries pose a risk of short-circuiting, leading to further fires or even explosions.
Deep-Seated Fires: Battery fires can be deep-seated, making it difficult to reach the source of the flames and ensure complete extinguishment.

The Environmental Impact: A Wreckage Under the Waves

The potential environmental impact of a cargo ship loaded with burning electric cars sinking to the ocean floor is substantial. The potential concerns include:

Battery Leaks: Damaged lithium-ion batteries can leak harmful chemicals into the surrounding water, contaminating the marine environment.
Heavy Metal Contamination: Batteries contain heavy metals, such as nickel, cobalt, and manganese, which can leach into the water and sediment, posing a threat to marine life.
Release of Electrolytes: Electrolytes, the conducting medium within batteries, can be corrosive and harmful to aquatic organisms.
Long-Term Effects: The long-term effects of this type of contamination are not fully understood and could have lasting consequences for the marine ecosystem.

Mitigating these risks requires careful assessment of the wreckage and the implementation of strategies to contain or remove the hazardous materials.

Salvage Operations: A Risky Undertaking

Attempting to salvage a sunken cargo ship filled with burning (or potentially re-igniting) electric cars is an incredibly complex and risky undertaking. the challenges are multi-faceted:

Extreme Depths: The depth of the wreck site influences the technical feasibility and cost of any salvage operation.
Structural Integrity: The structural integrity of the ship may be compromised due to the fire, making it unstable and prone to further collapse.
Battery Hazards: The presence of potentially unstable and re-igniting batteries poses a significant risk to salvage crews.
Weather Conditions: Unpredictable weather conditions can further complicate salvage efforts.

Specialized salvage teams with expertise in handling hazardous materials and deep-sea operations are required. The entire process can take months or even years, and there is no guarantee of success.

the Role of Regulations and Safety Standards

This incident highlights the need for stronger regulations and safety standards for the transport of electric vehicles by sea. Current regulations may not adequately address the unique risks associated with lithium-ion batteries.

Enhanced Fire Suppression Systems: Cargo ships need to be equipped with advanced fire suppression systems specifically designed to handle lithium-ion battery fires.
improved Battery Packaging: Stricter requirements for battery packaging and protection during transport are necessary.
Early Detection Systems: Implementing early detection systems that can identify potential battery malfunctions or fires is crucial.
Crew Training: Enhanced training for crew members on how to handle electric vehicle fires is essential.

international maritime organizations and regulatory bodies must collaborate to implement these changes and ensure the safe transport of electric vehicles worldwide.

Preventative Measures: Reducing the Risk

Beyond stricter regulations, there are several practical steps that can be taken to reduce the risk of similar incidents in the future:

Improved Battery Management Systems (BMS): Advanced BMS can detect and prevent thermal runaway in batteries.
Safer Battery Chemistries: Research and development into safer battery chemistries that are less prone to fire is crucial.
Enhanced Monitoring During Transport: Real-time monitoring of battery conditions during transport can definitely help identify and address potential issues before they escalate.
Optimal Vehicle Placement on Ships: Strategic placement of EVs on cargo ships to minimize fire spread potential.

First-Hand Experience: Observations from Industry Experts

Reports and analyses from maritime shipping experts point to a critical need for proactive adaptation to the evolving landscape of EV transport. Concerns revolve around the adequacy of current shipboard fire suppression systems and the training of crew members to effectively manage lithium-ion battery fires. some experts suggest specialized cargo vessels designed specifically for EV transport may be a necessary long-term solution. The lack of clear, universally accepted protocols for handling EV fires at sea necessitates immediate attention and coordinated action by industry stakeholders.

Case Studies: Lessons Learned from Past Incidents

Analyzing past incidents involving lithium-ion battery fires in transportation offers valuable insights. Several incidents involving bulk shipments are relevant.

Incident	location	Outcome	Lessons Learned
Battery Warehouse Fire	Shenzhen, China	Significant property damage, environmental concerns.	Proper storage & ventilation is vital.
EV Factory Fire	Fremont, CA	Production delays, safety protocol review.	Implement advanced fire suppression technology.
EV Bus Depot Fire	Paris, France	Numerous buses destroyed, public safety concerns.	strategic vehicle spacing, dedicated fire zones.

Insurance and liability: Uncharted Waters

The legal and insurance implications of incidents like this are complex and potentially far-reaching. Determining liability for the damage to the environment, the cost of salvage operations, and the loss of cargo can involve multiple parties, including the shipping company, the vehicle manufacturers, and the insurance providers. Existing maritime law may need to be reinterpreted or updated to address the specific challenges posed by electric vehicle fires.

Benefits and Practical Tips: Navigating the EV Shipping Landscape

Despite the risks,the demand for electric vehicles is only growing. To safely navigate this landscape,consider the following benefits and practical tips:

benefits

Reduced Carbon Footprint: Continued adoption of EVs will drive down emissions.
Technological Innovation: The challenge of safe EV shipping will spur innovation in battery technology and transport solutions.
Economic Growth: The EV industry, including shipping, creates jobs and boosts economic activity.

Practical Tips

Due Diligence: Insurers and shipping companies should conduct thorough risk assessments.
Openness: Manufacturers must openly share battery safety data and best practices.
Collaboration: Stakeholders must collaborate to develop and implement industry-wide safety standards.

The future of Electric Vehicle transport

The cargo ship fire serves as a wake-up call.It highlights the urgent need for a comprehensive and proactive approach to the safe transport of electric vehicles by sea.This includes: stricter regulations, improved safety standards, advanced fire suppression systems, enhanced crew training, safer battery technologies, and a collaborative effort from all stakeholders in the maritime and automotive industries. The environmental implications of such incidents are far-reaching and must be addressed with utmost urgency.

Hundreds of electric cars carrying cars were left in the sea, not yet extinguished