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KOMSA Successfully Validated the Safety of a Green Electric-Propulsion Hydrofoil Boat
  • WriterMaritime Transportation Policy Office
  • Hits3
  • Date2026-07-21 10:43:04
  • ContentKOMSA Successfully Validated the Safety of a Green Electric-Propulsion Hydrofoil Boat - KOMSA expects to secure operational efficiency and cruising range in hydrofoil boats as it verified an 8-meter-long leisure boat’s capability to lift the hull. On July 2, the Korea Maritime Transportation Safety Authority (KOMSA, President Young-Cheul Ahn) announced that the institution successfully validated the safety of a green electric propulsion hydrofoil* leisure boat. * Hydrofoil is a technology that significantly reduces frictional force with water by lifting the hull above the water’s surface at over a certain speed. The institution conducted a model test to check an 8-meter-long leisure boat’s capability to lift the hull, which it is currently developing. The test was carried out for three days from June 23 at West Japan Fluid Engineering Laboratory Co., Ltd (FEL) located in Sasebo, Nagasaki Pref., Japan. This test was promoted as part of the national R&D project of the “development of standardized technology services of an 8-meter-long electricity propulsion leisure boat for its commercialization.” Institutions, including KOMSA and the Research Institute of Medium & Small Shipbuilding (RIMS), jointly conducted the test. * The research period: from April 2023 to December 2026. Participants: eight institutions, including KOMSA As the transition into carbon neutrality is accelerating globally in the shipping and shipbuilding sectors, much attention is paid to green propulsion technology, including electric propulsion, and hull form technology that can reduce operational resistance. In response to increasing demand for green ships in the age of carbon neutrality, through this test, KOMSA checked the movement characteristics of a leisure boat that combines electric propulsion with hydrofoil technology. Hydrofoil technology is known to help cut energy consumption and greenhouse gas emissions by 70 to 80% as it enables more efficient operation with the same output. In particular, as the use of hydrofoil technology in electric propulsion leisure boats can help significantly reduce hull resistance, it is advantageous to enhance operational efficiency and secure cruising range* with limited battery capacity. * Cruising range is the maximum distance that a ship can travel without refueling or recharging the battery. Young-Cheul Ahn, president of KOMSA, stated, “This time’s model test helped confirm that a green electric propulsion hydrofoil leisure boat has the potential for commercialization and is effective in improving efficiency in operation.” “Going forward, KOMSA will contribute to creating an environmentally friendly maritime transportation environment by promoting R&D projects using cutting-edge technologies,” he added. A scene from a model test of a hydrofoil leisure boat to check its capabilities to lift the hull An image of an electric propulsion hydrofoil leisure boat that KOMSA plans to develop An image of an electric propulsion hydrofoil leisure boat that KOMSA plans to develop
KOMSA Commences Full-Scale Preparation for the Operation of Public Ferry Routes in 2027, Checking Relevant Tasks
  • WriterMaritime Transportation Policy Office
  • Hits3
  • Date2026-07-21 10:35:50
  • ContentKOMSA Commences Full-Scale Preparation for the Operation of Public Ferry Routes in 2027, Checking Relevant Tasks - KOMSA President convened a general meeting to check the status of preparation, discussing main tasks, such as ship acquisition and safety management. - Ahead of the operation of eleven public ferry routes in the Incheon, Daesan, and Gunsan regions next year, the institution examined the overall preparedness. On June 29, the Korea Maritime Transportation Safety Authority (KOMSA, President Young-Cheul Ahn) announced that on June 26 at its headquarters located in Sejong-si, Mr. Ahn convened a general meeting to check the progress of a project to take over the operation of public ferry routes ahead of the project starting in January next year. Public ferry routes (previously state-subsidized ferry routes) are passenger ship routes that have been maintained thanks to the government’s subsidies as they find it difficult to be operated independently only with their operation profits. The government incrementally transitions the operation of public ferry routes from the private sector into the public sector in order to guarantee the basic rights of island residents in maritime transportation and reinforce publicness in the operation of these routes. To this end, the “Marine Transportation Act” was revised, and the revised law was passed during the regular session of the National Assembly on May 7 and was announced on June 16. KOMSA, the institution responsible for safety management of ships and their operation, therefore, doubles down on its efforts to prepare for operating public coastal ferry routes in the Incheon, Daesan, and Gunsan regions on its own from next year. The institution held a meeting to check the progress of main tasks and to discuss matters that require cooperation among its divisions before the beginning of the operation. In particular, President Ahn himself convened the meeting and showed his strong determination to tackle necessary tasks thoroughly before the operation starts. Participants at the meeting talked about due diligence reviews of ships subject to acquisition and the progress of main tasks, such as the establishment of a safety management system for public ferry routes and ways to improve the quality of services for customers. In the meeting, President Ahn emphasized that safety for island residents and stability in operation had top priorities and asked the participants to promote tasks seamlessly for each sector in accordance with the schedule for the opening of the operation. In addition, Mr. Ahn also emphasized that it was important to carry out tasks simultaneously to take over duties in the regions subject to transition and have communication in each region, and to lay the foundation for cooperation between existing shipping companies and workers in the sector. He made a request to reflect the opinions of local governments and island residents adequately in the process of preparing the project. KOMSA will start the operation of public ferry routes in eleven routes in the Incheon, Daesan, and Gunsan regions in 2027. Then, based on its operation experience, it plans to expand the operation to twenty-nine routes across the country in 2028. Before the operation begins, the institution plans to meticulously examine the progress of the project and establish a stable management and operation system in advance. Young-Cheul Ahn, president of KOMSA, stated, “Public ferry routes are an essential public service that sustains the daily lives of island residents.” “KOMSA will prepare the operation meticulously so that people can experience the quality of this service in person from the day one of the operation,” he added. KOMSA holds a general meeting to check the progress of a project to take over the operation of public ferry routes on June 26 at its headquarters located in Sejong-si. Young-Cheul Ahn, president of KOMSA, speaks at a general meeting to check the progress of a project to take over the operation of public ferry routes on June 26 at its headquarters located in Sejong-si. Eocheong Car Ferry that travels from Gunsan Port to Eocheongdo Island A KOMSA operation manager examines life-saving equipment.
KOMSA Provided Training for Naval Architects to Improve the Quality of Small and Medium-Sized Ship Design
  • WriterMaritime Transportation Policy Office
  • Hits18
  • Date2026-06-29 14:28:05
  • ContentKOMSA Provided Training for Naval Architects to Improve the Quality of Small and Medium-Sized Ship Design - For two days starting from June 15, 17 naval architects from each region across the country received training in integrated design software usage at KOMSA headquarters. - The training is expected to help enhance ship safety by preventing errors in ship design and improving efficiency in ship drawing approval. On June 17, the Korea Maritime Transportation Safety Authority (KOMSA, President Young-Cheul Ahn) announced that the institution provided naval architects from all over the country with training in ship design software usage at its headquarters located in Sejong-si. The institution prepared this training program to improve the quality of small and medium-sized ship design and enhance efficiency in its ship drawing approval task. In this program, 17 naval architects from each region of the country, who specialized in small and medium-sized ship design, participated. The training focused on increasing capabilities to use “EDAMS*”, integrated software for the design and approval of small and medium-sized ships that is developed by KOMSA on its own. * EDAMS stands for small & medium ship Electronic Drawing and Approval Management Software. KOMSA’s EDAMS is integrated software that can carry out ship design calculations and drawing approvals on a single platform. It supports the calculation of stability, the review of structural strength, and the auto-generation of approved documents. One of its characteristics is that it can help boost efficiency and accuracy in evaluation by linking the data provided by naval architects to the institution’s drawing approval process. The major course of the training included practical learning about calculating stability with the use of EDAMS; writing calculation sheets of the structural strength of FRP ships; and automatically generating approved documents through data input for each member. Participants completed practical training in basic ship design and structural design using their own laptops. KOMSA has an expectation that the use of EDAMS would reduce errors in the design phase and improve the efficiency of writing documents and review procedures for drawing approval. In addition, the institution plans to continuously provide an update on EDAMS and technical consulting for those who have completed the training. Young-Cheul Ahn, president of KOMSA, stated, “Reducing errors in the design phase and improving efficiency in the drawing approval task can raise the safety of ships.” “KOMSA will continue to support improvement in the quality of small and medium-sized ship design by enhancing EDAMS and providing technical assistance,” he added. A photo from the integration design software (EDAMS) utilization training class provided by KOMSA A commemorative group photo of participants who have completed the integration design software (EDAMS) utilization training provided by KOMSA
Three Out of Ten Ships Involved in Maritime Accidents Experienced Them Repeatedly: Prechecks and Life Jackets Are Essential for Safe Fishing Operations
  • WriterMaritime Transportation Policy Office
  • Hits23
  • Date2026-06-29 14:08:44
  • ContentThree Out of Ten Ships Involved in Maritime Accidents Experienced Them Repeatedly: Prechecks and Life Jackets Are Essential for Safe Fishing Operations - KOMSA intensifies its efforts to reduce maritime accidents by focusing on ships repeatedly involved in them - 40.6% of ships frequently suffering from maritime accidents are registered in Jeju Island. KOMSA runs a special period to prevent maritime accidents on Jeju Island. - From July, it will be mandatory for all seafarers on board to wear life jackets: KOMSA mobilizes all its capacity to conduct a campaign to inform seafarers of how to manage life jackets and encourage them to wear this safety gear. Maritime accident statistics used in this article are the result of KOMSA’s independent analysis using the Maritime Transportation Safety Information System (MTIS), whose operation was entrusted by the Ministry of Oceans and Fisheries (MOF) to the Korea Maritime Transportation Safety Authority (KOMSA), based on the statistics of the Korea Maritime Safety Tribunal (KMST) of MOF. <Summary> • Three out of ten ships involved in maritime accidents have them repeatedly, increasing the importance of carrying out checks in advance. o Over the past five years (2021-2025), the national average of the share of ships suffering from maritime accidents continuously, among those involved in these accidents, was 27%. * This is the result of KOMSA’s independent analysis using the “2025 maritime accident statistics” released by KMST. o The share of ships that experienced recurring maritime accidents among those registered in Jeju Island was 40.6%, about 1.5 times the national average. - The number of maritime accident cases involving Jeju Island-registered ships was 428 last year, a 44.1% increase year on year. o KOMSA launches a special period to prevent maritime accidents on Jeju Island from June to July. - Considering changes in the fishing operation environment, such as climate, the institution focuses on managing ships where accidents happen repeatedly, carrying out examinations to see if there is any damage to ship engines through joint efforts between the public and the private. • Ship management alone is not enough to prevent maritime accidents. To this end, reducing safety accidents is needed as they cause heavy casualties. o Over the past five years (2021-2025), among a total of 614 casualties including deaths and missing persons from maritime accidents, 59.8% or 367 casualties were caused by safety accidents. * Safety accidents are those resulting in deaths and missing persons or injuries due to causes unrelated to collision, capsizing, and sinking (an excerpt from the definition of the “type of maritime accidents” in maritime accident statistics released by KMST). o The main culprits are accidents during work, including falling overboard and struck-by accidents, such as being struck by ropes. o In particular, rapidly changing weather conditions and working environment are raising the risk for safety accidents, such as falling overboard. • As life jackets are a last resort at the time of an accident, KOMSA runs an intensive PR campaign about how to wear and manage this safety gear. o It will be mandatory from July for all onboard crew members to wear life jackets on the exposed part of a fishing vessel deck. o KOMSA expands a campaign and on-site education on life jacket use in ports and harbors all over the country. o The institution distributes the translated version of “Safety Accident Prevention Manuals for General Ships and Fishing Vessels” in four foreign languages. On June 5, the Korea Maritime Transportation Safety Authority (KOMSA, President Young-Cheul Ahn) announced that the institution intensified its activities to reduce maritime accidents by focusing on the management of ships experiencing these accidents repeatedly, preventing safety accidents, and promoting a culture of life jacket use. According to the institution’s independent analysis results, the national average of the share of ships having recurring maritime accidents, among those involved in these accidents, was 27% over the past five years (2021-2025). * This is the result of KOMSA’s independent analysis using the “2025 Maritime Accident Statistics” released by KMST. In particular, the share of ships experiencing recurring accidents was higher in ships registered in Jeju Island than in those registered in other regions. In the past five years, the figure was 40.6% for ships registered on the Island, which was about 1.5 times the national average. The number of maritime accident cases involving Jeju Island-registered ships was 428 last year, a 44.1% increase compared to the previous year of 297. An employee of KOMSA said, “As the fishing operation environment is rapidly changing due to climate change, risk factors at sea are also increasing in a complex way. It has become more important to check and manage ships with a history of accidents in advance. Therefore, the institution designated the period from June 1 to July 31 as the “special period of reinforcing efforts to prevent maritime accidents in the Jeju region” and conducted safety inspections focused on ships registered in the region, which have a history of recurring accidents. In particular, KOMSA is strengthening its inspections for prevention together with specialized maintenance companies in order to prevent accidents caused by engine damage that occur repeatedly. In addition, it provides safety equipment on the ground and education about safety guidelines for onboard operations. However, some pointed out that there are limits to decreasing maritime accidents just by focusing on ship management. In the recent five years (2021-2025), out of a total 614 people who died or went missing, 367 of them or 59.8% experienced these tragedies because of safety accidents during fishing operations, including falling overboard and struck-by accidents*. * The “2025 maritime accident statistics" of KMST. ** Safety accidents are those resulting in deaths and missing persons or injuries due to causes unrelated to collision, capsizing, and sinking (an excerpt from the definition of the “type of maritime accidents” in maritime accident statistics released by KMST). Particularly, falling overboard accidents could lead to heavy casualties when they coincide with rapidly changing weather conditions, longer fishing operation distances, and rough seas. This is why wearing life jackets that prevent casualties at the time of an accident is emphasized. In fact, in March, a captain who fell overboard due to a collision between fishing vessels in waters off Tongyeong, Gyeongsangnam-do, survived as he wore a life jacket. In April, a seafarer who fell overboard after his leg was entangled in a rope during fishing operations was also wearing a life jacket when he was safely rescued. Notably, wearing a life jacket on the exposed part of a fishing vessel deck will be mandatory for all onboard crew members from July 1. In response, KOMSA informs people of mandatory life jacket use in nationwide ports and harbors and fishing communities and expands an on-site campaign about the rule. They are also reinforcing safety education by linking it with ship surveys. How to manage “inflatable life jackets – which are recommended as they guarantee mobility during fishing operations – is important. For their proper management, it is essential to carry out periodic checks on the expiration date of the cartridge; the existence of damage to the bladder* and the oral inflation tube; and whether the manual pull tab is outside the protecting clothes. * The inflatable bladder provides buoyancy as it is filled with carbon dioxide when inflated. On fishing vessels, inflatable life jackets should be stored in designated places, while it is recommended to store them in places where it is easy and quick to take them out; well-ventilated and shady places; and places away from direct sunlight and seawater. KOMSA also produces and distributes “Safety Accident Prevention Manuals for General Ships and Fishing Vessels,” where real accident cases are included, such as fall overboard, struck-by accidents, and net hauler accidents. For foreign seafarers of fishing vessels, the manuals were translated into four different foreign languages: English, Indonesian, Vietnamese, and Chinese. Young-Cheul Ahn, president of KOMSA, stated, “Although the basic rule of preventing maritime accidents is reducing risk factors in advance, it is also important to properly prepare for unexpected situations, such as changes in weather conditions.” “KOMSA will step up our efforts to make safe working places at sea that can benefit seafarers on the ground by continuously focusing on the management of ships suffering from accidents repeatedly, providing education on safety regulations, and expanding a culture of life jacket use,” he added. The share of ships having recurring accidents among the ships involved in maritime accidents over the past five years The comparison of the number of maritime accident cases in ships registered in Jeju Island over the past two years A promotional poster for the special period of reinforcing efforts to prevent maritime accidents in the Jeju region The current status of the occurrence of deaths and missing persons from safety accidents among maritime accidents over the past five years Types of life jackets A seafarer wearing an inflatable belt pack (left), an inflated belt pack (right) The core components of an inflatable life jacket
KOMSA Commences Preparation for the Public Operation of State-Subsidized Coastal Ferry Routes in Earnest
  • WriterMaritime Transportation Policy Office
  • Hits15
  • Date2026-06-18 14:33:58
  • ContentKOMSA Commences Preparation for the Public Operation of State-Subsidized Coastal Ferry Routes in Earnest - Ahead of the start of the public operation of state-subsidized ferry routes, which is scheduled for 2027, KOMSA launched a promotion team responsible for the project. - KOMSA aims to make safe sea routes that can benefit island residents in their daily lives by enhancing relevant systems and listening to opinions on the ground by region. On June 1, the Korea Maritime Transportation Safety Authority (KOMSA, President Young-Cheul Ahn) announced that it had launched a “Promotion Team for the Public Operation of State-Subsidized Coastal Ferry Route” go take charge of the project preparation, and set out to do so in earnest. State-subsidized ferry routes are an essential means of transportation for the travel of island residents. The government decided to enhance publicness in subsidized ferry route operation and transfer the operation of these routes from the private sector to the public sector in order to enable everyone to use safe and stable maritime transportation services anywhere in the country. The “Marine Transportation Act” was revised to promote this project, and the revised law was passed during the regular session of the National Assembly on May 7. First of all, the institution’s promotion team will focus on improving the systems necessary for route operations and laying the foundation for safety. KOMSA plans to establish the safety management system of the entire state-subsidized ferry routes in stages. To this end, the institution will support the revision of lower statues of the “Marine Transportation Act” that contain the detailed grounds of state-subsidized route operation and carrying out inspections on the condition of ships that will be taken over. In addition, it will improve the level of safety and the quality of services of these subsidized routes by finding ways to manage seafarers and other employees in the passenger ship industry. The institution also plans to listen to opinions in the field. It will hold public meetings by region and establish internal and external advisory groups to reflect the opinions of island residents, local governments, and relevant agencies for preparing route operations. KOMSA will first launch route operations in regions including Incheon, Daesan, and Gunsan in 2027. After 2027, the institution is expected to expand the operation across the country in a phased manner. The institution will closely cooperate with financial authorities and the Ministry of Oceans and Fisheries, which is the competent Ministry, for the smooth promotion of the project. Young-Cheul Ahn, president of KOMSA, said, “The public operation of state-subsidized ferry routes is the step for the country to meet the needs of island residents in terms of their right to mobility in a more stable manner.” “KOMSA will attentively listen to opinions on the ground from the preparation stage to make safe sea routes that island residents can use with confidence,” he added. Eocheong Car Ferry that connects the Port of Gunsan and Eocheongdo Seom Sarang 2 that connects the route between Wando and Modo A KOMSA operation manager examines life-saving appliances View of KOMSA headquarters
To Reduce Repetitive Administrative Work and Improve the Quality of Ship Drawings, KOMSA Will Officially Launch an Ai-Based Tailored Technical Support Service
  • WriterMaritime Transportation Policy Office
  • Hits16
  • Date2026-06-18 14:16:08
  • ContentTo Reduce Repetitive Administrative Work and Improve the Quality of Ship Drawings, KOMSA Will Officially Launch an Ai-Based Tailored Technical Support Service - KOMSA proved the effectiveness of an AI-based technical support service through its test operation last year. The satisfaction level on the ground exceeded 90 points. - The institution plans to expand the scope of data used for analysis to include data generated over the past five years. It will also quadruple the number of ship design companies that will receive technical support. To ease the burden of revising drawings repeatedly for small and medium-sized ship design companies and enhance the quality of drawings in the design phase, an AI-based technical support service will officially commence its operation. On May 27, the Korea Maritime Transportation Safety Authority (KOMSA, President Young-Cheul Ahn) announced that the institution would officially launch an “AI-based technical support service to analyze revisions for ship drawing approval.” This service provides information about technical support that is tailored to the needs of each ship design company by analyzing accumulated drawing revision data in the drawing approval phase using AI technology. This service became official following the outcomes of its test operation conducted from November to December last year. The test operation involved two small and medium-sized ship design businesses that mainly focused on fishing vessel design. Both of these businesses are at the top in terms of the number of ship drawing submissions to KOMSA for approval. KOMSA, through last year’s pilot project, prepared tailored technical support reports for each company that compiled data on patterns in drawing revisions, cases of violating regulations, and simple errors in making drawings. The institution used 1,400 pieces of data on drawing revisions from the past two years (2023-2024) and AI technology to write these reports. These design companies reflected the analysis results that the institutions had provided in the field by creating their own checklists. An employee of one of the businesses that participated in the pilot project said, “Previously, it was difficult to check drawing revisions systematically that had repeatedly received comments on. However, we were able to significantly cut time and costs by using the analysis reports that KOMSA had provided.” He also said, “We asked KOMSA to expand the scope of drawing approval analysis data as it was highly effective.” It turned out that the level of satisfaction among ship design companies that participated in the pilot project exceeded an average of 90 points. KOMSA is scheduled to expand the scope of analysis data from those created in the past two years to five years to meet the demand on the ground. It also plans to increase the number of ship design companies that will receive support from two to eight. KOMSA believes that this service will help the institution concentrate its capacity on carrying out highly sophisticated technology reviews of ship drawings and providing policy support. In addition, the institution expects that with this service, it can stay away from drawing approval administration that focuses on follow-up management of revisions. And KOMSA expects that this service allows for the establishment of a system centered around work on the ground, which can help ship design businesses reinforce their capabilities in managing the quality of ship drawings on their own. Young-Cheul Ahn, president of KOMSA, stated, “This technical support service is a case of positive administration that improved the quality of public services by utilizing the drawing approval data that KOMSA has accumulated to provide support on the ground.” “Going forward, KOMSA will continue with maritime safety service innovation that can benefit people in their daily lives by expanding an AI-based analysis system to the institution’s relevant tasks, such as ship survey”, he added. A conceptual map of an AI-based technical support service to analyze revisions for drawing approval A ship surveyor of KOMSA’s Central Branch writes an AI-powered analysis report that reflects revisions for drawing approval for each ship design company Ship surveyors of KOMSA’s Central Branch review an AI-powered analysis report that reflects revisions for drawing approval for each design company
Discussions on Decarbonization in Global Shipping Are in Full Swing: KOMSA Shared On-site Response Tasks, Such as Enhancing the CII
  • WriterMaritime Transportation Policy Office
  • Hits31
  • Date2026-06-01 11:27:22
  • ContentDiscussions on Decarbonization in Global Shipping Are in Full Swing: KOMSA Shared On-site Response Tasks, Such as Enhancing the CII - A briefing session about marine environment policies held in Busan on May 7 attracted about 250 participants from the shipping and shipbuilding industries. As the International Maritime Organization (IMO) continues to discuss greenhouse gas reductions from ships, Korean shipping and shipbuilding companies are doing their utmost to prepare for responding to this development. In particular, improving the way to calculate the Carbon Intensity Indicator (CII)*, managing ballast water, and utilizing future alternative fuels are emerging as major tasks. * The CII is an indicator to show the amount of carbon dioxide that a ship emits for a ton of cargo it carries for one nautical mile on a yearly basis. On May 8, the Korea Maritime Transportation Safety Authority (KOMSA, President Young-Cheul Ahn) announced that the institution shared the results of major discussions during the 84th session of the Marine Environment Protection Committee (MEPC)* and response directions of the domestic shipping industry at the “briefing session about marine environment policies for the second half of 2026**” that was held in BEXCO, Busan on May 7. * The 84th session of MEPC was held from April 27 to May 1. ** The briefing session was hosted by the Ministry of Oceans and Fisheries (MOF, Minister Jong-Woo Hwang) while KOMSA organized the session. Participating institutions included the Korean Register (KR), the Korea Research Institute of Ships and Ocean Engineering (KRISO), HMM, and the Korea Maritime Cooperation Center (KMC). While about 250 representatives from the domestic shipping and shipbuilding industries joined this event, issues – mid-term measures to address greenhouse gas emissions from ships, or the IMO Net Zero Framework; energy efficiency, such as a ship’s operational CII; the review of the revision of the International Convention for the Control and Management of Ships’ Ballast Water and Sediments; the current stats of onboard carbon capture and storage (OCCS) technology*; and the cases of future alternative fuel use – were introduced in the briefing session. * OCCS technology captures carbon dioxide among exhaust emitted from ship engines and stores it in the form of liquid to recycle or isolate it on land. In regard to the IMO Net Zero Framework, discussions on its adoption were delayed due to different opinions among Member States at the extraordinary session of MEPC held in October last year. However, as its implementation foundation starts to take shape, including the development of draft guidelines, discussions on its adoption are expected to resume at the end of this year. The limitations of the CII system were also dealt with. At the 83rd session of MEPC (MEPC 83), the concept of “underway” was included in the definition of standards for calculating carbon emissions. However, there were concerns that the operational characteristics of some ships could not be reflected properly if that definition is applied. In response, the Republic of Korea led the efforts to revise related guidelines, helping supplement the system before its implementation, which was shared at the briefing session. In addition, regarding ballast water management, KOMSA explained how globally unified interpretations of standards for the installation and maintenance of treatment equipment were made. With Korea’s proposal, the unified interpretations of the standards were approved during the 83rd session of MEPC (MEPC 83), reducing the confusion shipping companies had experienced when replacing equipment and certificates. When it comes to OCCS technology, the institution said that IMO was currently considering whether to officially recognize this technology as a means of emissions reduction and how to introduce the inspection and certification systems and safety standards of this technology. KOMSA also shared cases of using future alternative fuels in the real world, such as biofuel, and field experiences in the process of their supply and safety management as well. One participant from the shipping industry said, “In the midst of ongoing global discussions about regulations on GHG reductions from ships, the opinions of the industry, such as improving the methods of measuring a ship’s operational CII were reflected, which is meaningful in my opinion.” Young-Cheul Ahn, president of KOMSA, said, “As regulations on the global shipping environment are becoming more sophisticated, it is important for the industry to accurately understand the latest trend of related discussions and preemptively respond to the development.” “Going forward, KOMSA will continue to promptly share the trend of global discussions through briefing sessions and provide support for the domestic shipping industry in their transition into eco-friendly practices and efforts of reinforcing their capacity to respond to regulations,” he added. In the meantime, the presentation materials of this briefing session are available at www.sem.go.kr, the official website of the Ship Emission Management System (SEM) of KOMSA. A scene from the briefing session about marine environment policies for the second half of 2026 held in BEXCO, Busan, on May 7
Young-Cheul Ahn Took Office as President of KOMSA
  • WriterMaritime Transportation Policy Office
  • Hits19
  • Date2026-06-01 11:16:43
  • ContentYoung-Cheul Ahn Took Office as President of KOMSA - Young-Cheul Ahn, professor at Busan University of Foreign Studies, assumed office as the 4th president of KOMSA. - His three-year term in office will run until May 5, 2029. On May 6, the Korea Maritime Transportation Safety Authority (KOMSA, President Young-Cheul Ahn) announced that Young-Cheul Ahn, professor at Busan University of Foreign Studies, took office as its 4th president. The institution’s new President Young-Cheul Ahn is a public policy expert who served as an advisory member of the Presidential Committee for Balanced National Development and CEO of the Korea Institute of Climate, Economics, and Society after earning his PhD in Finance and Economics at the University of Würzburg, Germany. In particular, he has carried out studies and consultations in the field of major national policies, such as climate economics, ESG management, and balanced regional development. KOMSA expects that President Ahn, with his expertise, will contribute to preemptively responding to the changing policy environment and reinforcing stability and execution capabilities in the institution’s operation. In his inauguration address, President Ahn stated, “We will enhance our policy response and execution capabilities to make our changed roles and functions meet the demands of our time by analyzing conditions regarding policies around KOMSA.” “I will do my best to realize the leadership of cooperation and mediation based on expertise and communication,” he added. President Ahn’s three-year term in office will end on May 5, 2029, starting from his inauguration. The profile picture of Young-Cheul Ahn, the new president of the Korea Maritime Transportation Safety Authority (KOMSA) On May 6, Young-Cheul Ahn, the 4th president of KOMSA, delivers his inauguration address at the inauguration ceremony, which was held in the main hall on the second floor of the institution’s headquarters located in Areum-dong, Sejong City. * The banner at the ceremony reads “18th president" as it is counted based on the entire history of the institution including that of its forerunners. On May 6, Young-Cheul Ahn, the new president of KOMSA, delivers his inauguration address at the inauguration ceremony, which was held in the main hall on the second floor of the institution’s headquarters located in Areum-dong, Sejong City. * The banner at the ceremony reads “18th president" as it is counted based on the entire history of the institution including that of its forerunners. On May 6, Young-Cheul Ahn, the new president of KOMSA, participates in a commemorative photo shoot with the institution’s executives at the inauguration ceremony, which was held in the main hall on the second floor of the institution’s headquarters located in Areum-dong, Sejong City. * The banner at the ceremony reads “18th president" as it is counted based on the entire history of the institution including that of its forerunners.
KOMSA Intends to Identify Hazards to Major Ports and Traffic Lanes across the Country
  • WriterMaritime Transportation Policy Office
  • Hits21
  • Date2026-05-13 16:34:23
  • ContentKOMSA Intends to Identify Hazards to Major Ports and Traffic Lanes across the Country - Over the past decade, 475 cases of maritime accidents occurred in major sea routes, and minor accidents accounted for 70.7% of them. - The rate of speed limit violations in major ports nationwide was 36.2%: 85 sea areas, where stranding and grounding accidents frequently happened, were identified. - KOMSA plans to improve safety in dangerous environments beyond raising awareness of safety. On May 4, the Korea Maritime Transportation Safety Authority (KOMSA, President Jun-Seok Kim) revealed that the institution took action to strengthen safety management in order to identify and eliminate potential hazards to major port areas nationwide* in a preemptive manner. * Source: Spatial information on “harbor areas” from the “Korea Hydrographic and Oceanographic Agency of the Ministry of Oceans and Fisheries”, which is available on the Public Data Portal. According to the Korea Maritime Safety Tribunal (KMST), over the last decade (2015-2024), a total of 475 cases of maritime accidents occurred in major port areas nationwide. It turned out that 70.7% of these accidents were relatively minor ones* while 193 cases or 40.6% were caused by engine damage and 59 cases or 12.4% by entanglement in floating objects. * These accidents were caused by engine damage, entanglement in floating objects, propulsion shaft damage, steering gear damage, hindrances to ship operations, and other issues. An employee of KOMSA said, “Harbor areas, including major traffic lanes, are waters, where multiple factors, such as complicated topography, traffic volume, and customary local cultures, work in a complex manner.” “If we do not remove potential hazards in advance, they can lead to secondary large-scale accidents, such as collision and stranding”, he added. In fact, the Maritime Transportation Safety Information System (MTIS) analysis of ship trajectories near six major ports* during a month-long period of September last year, when collisions were concentrated, showed that the violation rate of speed limits was high in Tongyeong Port (71.6%), Gunsan Port (57.9%), and Masan Port (47.9%). The average violation rate of 21 ports nationwide that have speed limit regulations was 36.2%. * Six major ports are Tongyeong, Gunsan, Masan, Janghang, Samcheonpo, and Mokpo Ports. ** Source: The 2024 maritime transportation environment status map in inshore waters (MOF, and KOMSA). Cluster analysis using data about stranding and grounding accidents in the recent five years (2020-2024) has identified 85 waters with frequent accidents. * Source: KOMSA’s self-analysis by integrating data on the site of stranding and grounding accidents from KMST, the Korea Coast Guard, and KOMSA. From Identifying Potential Hazards to Translating This into System Enhancement KOMSA held the “Hazard Identification Contest” among its local branches and operation management centers across the country for about a month from March 9 (3.9-4.10), receiving submissions of 55 reports in total. Major hazardous factors included a large number of on-site environmental issues: a failure to establish marine aids to navigation, such as traffic lane piers; an absence of safety procedures during construction in ports; drying rocks and obstacles that do not appear on the e-Navigation (Bada Navigation); overlaps in fish farms and passenger ship routes; and a lack of visibility in breakwaters during the night. The institution intends to conduct its own planned research in May and June based on the information collected from this contest. It also aims to find concrete ways to enhance systems through geographic information system-driven analysis of accidents, status, and ship trajectories. Changing Dangerous Environments Themselves, More than Raising Awareness about Safety So far, KOMSA has been making preventive efforts along with carrying out the government-led policies of reinforcing ship equipment. Its preventive efforts have been focused on raising awareness about safety, such as safety education for workers in relevant industries, campaigns, and public discussions in fishing communities. This time, the institution will introduce “safety management models based on engagement,” which allows workers on the ground to identify hazards by themselves and propose ways to improve the environment along with the previous methods, which can be considered the characteristics of this time’s accident prevention efforts. Jun-Seok Kim, President of KOMSA, stated, “Reducing maritime accidents requires efforts to both raise awareness among the public and change the environment itself conducive to accidents.” “KOMSA will do our best to enhance the effectiveness of preventive measures in a practical way with new safety management methods that link efforts to identify hazardous factors centered around the needs on the ground to policies of enhancing relevant systems,” he added. The current status of speed limit violations in major ports nationwide The winning works of the Hazard Identification Contest
Data-Driven Predictions Complete Fishing Vessel Safety: KOMSA Commences R&D Projects Worth KRW 39.6 Billion
  • WriterMaritime Transportation Policy Office
  • Hits21
  • Date2026-05-13 16:14:19
  • ContentData-Driven Predictions Complete Fishing Vessel Safety: KOMSA Commences R&amp;D Projects Worth KRW 39.6 Billion - KOMSA promotes the development of a marine battery data hub and self-diagnosis technology for fishing vessels engaged in coastal and inshore fisheries at the same time. - The institution will push ahead with this plan, partnered with universities and specialized research institutions in a phased manner from this year to 2030. - Ranging from self-diagnosis technology for fishing vessels to the automation of statutory ship surveys and battery safety, KOMSA builds a fishing vessel digital safety ecosystem. On April 29, the Korea Maritime Transportation Safety Authority (KOMSA, President Jun-Seok Kim) announced that the institution intends to begin two government R&amp;D projects in order to transition into data- and AI-based fishing vessel safety management. These projects aim to prepare a predictive maintenance (PdM)* system for fishing vessels and establish maritime battery data infrastructure. A total of KRW 39.65 billion will be invested in these projects. * Predictive maintenance (PdM) is about predicting failures or future problems of equipment and properly maintaining and repairing it by quantitatively identifying the state of each equipment. The first project, the “development of safety management technology for coastal and inshore fishing vessels,” will focus on establishing a self-diagnosis system and laying the foundation for the automation of statutory ship surveys by collecting and analyzing data on the overall fishing vessel equipment. KOMSA, as a supervising agency, will manage the entire research procedures, and the project will be carried out for about three years and eight months from this year to 2029. The total government research and development grant is KRW 18.4 billion. Universities and specialized research institutions such as Inha University, Kookmin University, the Korea Marine Equipment Research Institute (KOMERI), and the Korea Electronics Technology Institute (KETI) will participate in this joint project. This project starts with the realization of the current situation, where a majority of domestic coastal and inshore fishing vessels are operated based on analog equipment. The existing equipment does not generate digital data on its own, making it difficult to detect signs of abnormalities in advance. And this also makes survey methods remain dependent on checks in the field and efficiency tests. In fact, these vessels account for the largest share of domestic maritime accidents. Over the past two years (2024-2025), fishing vessels made up 65.3% of maritime accidents, and the number of deaths and missing persons from fishing vessel accidents was 228, which was more than half of the entire casualties. In many cases, these accidents have occurred because of human errors, including negligence and issues in equipment, such as engine damage. Therefore, many have continuously said that there is a need for a predictive maintenance system that can analyze data on equipment in real time to detect signs of failures in advance and predict the optimal time for maintenance even before the operator recognizes problems. KOMSA plans to promote transition into a data-driven safety management system by developing technology to collect and convert analog signals into digital data and self-diagnosis equipment based on the characteristics of fishing vessels. Battery safety management is emerging as a new task for fishing vessel safety alongside the development and distribution of fishing vessels equipped with electric and hybrid propulsion systems. The second project, the “development of technology to build a data hub platform specialized for maritime battery,” is for responding to this change. This project will be conducted for about four years and eight months from this year to 2030, while KETI will serve as a supervising agency, and KOMSA will join this project. The total R&amp;D budget is KRW 21.25 billion. The number of domestically registered ships equipped with electric propulsion systems increased to 50 over the past five years; however, many have continued to criticize that the current standards for ship battery performance do not reflect the unique characteristics of the extreme marine environment, such as salinity, humidity, vibration, and load variation, since most of these standards were prepared based on the land environment. This project focuses on developing a system based on edge computing that collects data in real time from batteries specific to the marine environment and make a diagnosis. It also aims to establish a data ecosystem that connects a relational metadata hub and AI-powered degradation analysis and life span prediction models. Jun-Seok Kim, President of KOMSA, stated, “These two projects are a starting point for transitioning fishing vessel safety from responses based on experiences and examinations to a data-driven PdM system.” “KOMSA will build a digital safety ecosystem where fishermen can work without worrying about safety issues by connecting the integrated management system of fishing vessel data, battery diagnosis data, and the verification and certification system together,” he added. A concept map of the “development of safety management technology for coastal and inshore fishing vessels” of KOMSA A block diagram of the “development of technology for setting up a data hub platform specific to marine batteries” of KOMSA