Why are immersion suits so important, and what role do they play in survival in harsh marine conditions to avoid hypotermia? In this video, we will thoroughly explore how immersion suits work and why they are considered a critical element of rescue at sea. Learn how these suits protect against icy water and why their use is so important. We will examine situations where the use of immersion suits could have saved many lives but was unavailable for certain reasons, leading to significant tragedies. Why is it crucial to monitor the condition of immersion suits? How should you properly check the condition of immersion suits according to international SOLAS Regulations? What could happen if your suits are found to be non-compliant with required standards? We will discuss all of this in the video. https://youtube.com/shorts/qga0vVc5rrw?feature=share Timelink: ~ Intro: 00:00 - Intro 00:25 - Number of Losses 01:04 - Problems of Hypotermia ~ SOLAS Immersion Suits - Importance & Usability 01:40 - Why Immersion Suits Required? Herald of Free Enterprise Disaster 02:37 - Immersion Suits Usability and Advantages 03:23 - Types of an Immersion Suits 03:56 - Immersion Suits Buoyancy ~ SOLAS Immersion Suits Regular Inspection & Failure 04:21 - Immersion Suits Failure - Study Case 1 and 2 05:56 - Immersion Suits Onboard Locations 06:13 - Immersion Suits Inspections and Maintenance 07:50 - Immersion Suits Air Pressure Test 08:37 - Outro ______________________________________________________ Source of Information: ~ LSA CODE ( International Life Saving Appliance Code ) ~~ CHAPTER 2 - PERSONAL LIFE-SAVING APPLIANCE ~~~ 2.3 - IMMERSION SUITS ______________________________________________________ IMO Circulars - Maintenance and Inspections of SOLAS Immersion Suits ~ MSC.1-Circ.1047 - Guidelines For Monthly Shipboard Inspection Of Immersion Suits And Anti-Exposure Suits By Ships Crew (Secretariat) ~ MSC.1-Circ.1114 - Guidelines For Periodic Testing Of Immersion Suit And Anti-Exposure Suit Seams And Closure. ______________________________________________________ ~ Republic of the Marshall Islands - MARINE SAFETY ADVISORY No. 09-21 ~ Republic of the Marshall Islands - MARINE SAFETY ADVISORY NO. 18-19 ______________________________________________________

Today, we're focusing on MARPOL Annex I - specifically the requirements for the machinery spaces of all ships. This video covers Chapter 3 - Regulations 12 to 17, which outline essential rules for preventing oil pollution from ships. By the end of this video, you'll have a clear understanding of the construction, equipment, and operational control measures outlined in MARPOL Annex I for all ships, which are designed to prevent oil pollution at sea. We'll dive into Part A - Construction, discussing: Regulation 12 - Tanks for Oil Residues (Sludge) Regulation 12-A - Oil Fuel Tank Protection Regulation 13 - Standard Discharge Connection Next, we'll look at Part B - Equipment, focusing on: Regulation 14 - Oil Filtering Equipment Finally, in Part C - Control of Operational Discharge of Oil, we'll cover: Regulation 15 - Control of Discharge of Oil Regulation 16 - Segregation of Oil and Water Ballast and Carriage of Oil in Forepeak Tanks Regulation 17 - The Oil Record Book, Part 1 By the end of this video, you'll have a solid understanding of how these regulations work together to prevent oil pollution and ensure cleaner operations at sea. Let's dive in and explore these critical rules that help keep our oceans protected! Timelink: 00:00 - Intro 00:59 - Marpol Annex 1 - Regulation 12 - Tank For Oil Residues 01:55 - Two Exceptions For Sludge Tank Connections To Bilge System. 02:41 - Marpol Annex 1 - Regulation 13 - Standard Discharge Connection 04:13 - Marpol Annex 1 - Regulation 12 - A - Oil Fuel Tank Protection 04:45 - Fuel Oil Tank Protection - Vertical Safe Distance 05:29 - Fuel Oil Tank Protection - Horizontal Safe Distance 06:44 - Marpol Annex 1 - Regulation 14 - Oil Filtering Equipment 07:00 - Oil Filtering Equipment Requirements for ships between 400 and 10000 GT 07:21 - Oil Filtering Equipment Requirements for ships more than 10000 GT 07:40 - Oil Filtering Equipment Exeptions ( Floating Hotels & Storage Vessels Etc.) 08:00 - Marpol Annex 1 - Regulation 16 - Segregation Of Oil and Water Ballast 09:10 - Marpol Annex 1 - Regulation 16 - Carriage Of Oil In Forepeak Tanks 09:31 - Marpol Annex 1 - Regulation 15 - Special Areas 11:48 - Marpol Annex 1 - Regulation 15 - Control of Discharge of Oil - Outside of Special Area 13:09 - Marpol Annex 1 - Regulation 15 - Control of Discharge of Oil - Inside of Special Area 14:39 - Marpol Annex 1 - Regulation 17 - Oil Record Book - Part 1 - Machinery Space Operations 15:09 - Oil Record Book - Part 1 - List of Items To Be Recorded #marpol #annex1

What is MARPOL, and why is it so important? Today we'll dive into the MARPOL Convention and its Annexes to explore how they protect the marine environment from water pollution and other critical environmental issues. What is MARPOL, and why is it crucial for protecting our marine environment? MARPOL, or the International Convention for the Prevention of Pollution from Ships, is a global framework designed to tackle various types of pollution caused by maritime activities. In this video, I'll explain what MARPOL is, its history, and the key regulations outlined in its six annexes: MARPOL Annex 1 (Oil Pollution), MARPOL Annex 2 (Noxious Liquid Substances), MARPOL Annex 3 (Harmful Substances), MARPOL Annex 4 (Sewage), MARPOL Annex 5 (Garbage), and MARPOL Annex 6 (Air Pollution). We'll dive into how the MARPOL Convention was introduced to address environmental pollution, including water pollution, air pollution, and the growing issue of plastic pollution. You'll also learn how waste management and pollution control measures are implemented to protect our ocean and aquatic resources from degradation. Throughout the video, I'll discuss real-world pollution incidents that led to stricter regulations under MARPOL annexes, how ships are certified and inspected for compliance, and the laws for the environment that help preserve marine ecosystems. By the end of the video, you'll have a better understanding of the MARPOL annexes and how these regulations contribute to protecting the environment. Let's take steps together to reduce the pollution of water resources and make our maritime industry more sustainable. 00:00 - Introduction: What is MARPOL? 01:13 - Structure of MARPOL: Annexes 1 to 6 02:43 - Goals and Importance of MARPOL 03:10 - Certification and Ship Inspections 03:39 - Pollution Incidents, Regulation and Responsibilities 04:32 - Importance of MARPOL Compliance Other video: Marpol Annex 1 - Regulations 12, 12-A , 13 , 14 , 15, 16, 17 ??? https://www.youtube.com/watch?v=mBpHtQDcYT8&t=57s #marpol #oceanpollution

In this video, we witness the dramatic collision between the tankers Lyric Magnolia and Aligote in the Suez Canal's Great Bitter Lake. Navigation errors led to this shocking incident, and the footage provides clear evidence of the impact. #collision #suezcanal #shipping

What is an EPIRB? In this video, I would like to explain what is an EPIRB and the COSPAS-SARSAT system. An EPIRB, or Emergency Position Indicating Radio Beacon, is a safety device used on ships to send out a distress signal in case of an emergency. We will cover the different types of EPIRBs, their key components, and operation modes. Additionally, we'll discuss the transition from older models to the latest versions with GNSS. You will also learn about the functionalities of LEOSAR and GEOSAR systems, their coverage, capabilities, and what happens when an EPIRB is activated. This guide is essential for anyone interested in maritime safety equipment and regulations. How to Test An Epirb? ??? https://www.youtube.com/shorts/NAphGZskCM8 The Emergency Button Every Ship Needs! ??? https://youtube.com/shorts/HAZZxJI0bPI?feature=share Detailed Explanation Below: Timelink: 00:00 - Introduction Short overview of Ship EPIRB (Emergency Position Indicating Radio Beacon). 01:05 - EPIRB Modes of Operation Explanation of the different modes in which an EPIRB can operate. 01:29 - Key Components of an EPIRB Detailed look at the essential components of an EPIRB device. 02:31 - Types of EPIRB Overview of EPIRB Category 1 and Category 2 according to MSC.471 requirements. 03:02 - EPIRB Housing and Release Mechanisms Discussion about the EPIRB plastic container, spring-loaded lever, and hydrostatic release unit. 03:27 - EPIRB and COSPAS-SARSAT System Overview of the COSPAS-SARSAT system and its role in EPIRB operation. 04:00 - Old and New Types of EPIRB Comparison of older and newer EPIRB models, including those with and without GNSS, based on IMO Res.A810 and MSC.471 Annex 24. 05:06 - COSPAS-SARSAT System: LEOSAR Explanation of the Low-Earth Orbit Search and Rescue (LEOSAR) system. 05:15 - LEOLUT Coverage for EPIRB Details on LEOLUT (Low Earth Orbit Local User Terminal) coverage for EPIRB. 05:34 - LEOSAR Doppler Positioning for EPIRB How Doppler positioning works in the LEOSAR system for EPIRB. 06:19 - LEOSAR Local Coverage Mode for EPIRB Explanation of the local coverage mode in the LEOSAR system. 07:05 - LEOSAR Global Coverage Mode for EPIRB Explanation of the global coverage mode in the LEOSAR system. 07:43 - COSPAS-SARSAT System: Stages of Operation Detailed stages of how the COSPAS-SARSAT system operates. 08:13 - COSPAS-SARSAT System: GEOSAR Explanation of the Geostationary Orbit Search and Rescue (GEOSAR) system for EPIRB. 08:28 - GEOSAR Coverage for EPIRB Details on GEOSAR coverage for EPIRB. 09:20 - Combined Capabilities of COSPAS-SARSAT System Capabilities of the combined LEOSAR and GEOSAR systems for EPIRB. 09:50 - Advantages and Disadvantages of LEOSAR and GEOSAR Systems Pros and cons of the LEOSAR and GEOSAR systems. 10:19 - EPIRB Activation Process What happens when an EPIRB is activated. 11:43 - Outro Conclusion and final thoughts. ~~~~~~ LEOSAR - Low Earth Orbit Satellites GEOSAR - GEostationary Satellites LUT - Local User Terminals MCC - Mission Control Centre MRCC - Mission Rescue Coordination Centre SOLAS - The International Convention for the Safety of Life at Sea IMO - International Maritime Organization EPIRB - Emergency Position Indicating Radio Beacon ~~~~ How Important Documents - EPIRB Safety Requirements and Standarts : - MSC.471 - Annex 24 ( Lates Requirements for New EPIRB - Installed after 1st July 2022) - IMO Resolution A.810 - (Requirements for an EPIRB installed before 1st of July 2022) The information is provided for informational purposes only. For a more in-depth study and understanding of the system's operation, it is recommended to stay updated on the latest updates from the International Maritime Organization (IMO) and the COSPAS-SARSAT system. Part of video content - @EuropeanCommission - GALILEO : Reaching You Faster #EPIRB #solas #maritimesafety

In this video, I want to talk about the abandon ship drill. I'll try to explain what an abandon ship drill is and why I consider these drills to be among the most important on board a ship. We will explore the requirements set by SOLAS and IMO for conducting an abandon ship drill and how we carry out such drills on board a vessel. This video covers various aspects, such as what a muster station is and where it is located. We will also discuss the duties and responsibilities of the crew during these training sessions. We'll touch upon the topic of life rafts and lifeboats, as well as the importance of understanding and using all the safety equipment designed for emergency evacuation from a ship. Timelink: 00:00 - What is an Abandon Ship Drill ? 00:21 - Purpose and Frequency Of An Abandon Ship Drill. SCENE 1 - Abandon Ship Drill Announcement 01:16 - Abandon Ship Drill Announcement. Crew and Bridge Actions. 01:36 - What is Muster Station ? Where is Muster Station Location? 02:09 - Crew Muster List Duties and Responsibilities 02:23 - Muster Station - First Actions. 02:36 - SOLAS Requirements for Abandon Ship Drill 3.4.1.3 - 3.4.1.4 02:48 - Checking Duties and Responsibilities SCENE 2 - Muster Station Reporting / Preparation for Lifeboat Launching. 03:31 - SOLAS Requirements for Lifeboat Launching and Maneuvering. - SOLAS - Regulation 19 - Emergency Training and Drills. - MSC.1/Cirk.1578 04:56 - Familiarize with Lifeboat and Lifeboat Equipment SCENE 3 - Lifeboat Ready for Launching and Maneuvering 06:05 - Lifeboat Launching and Maneuvering SCENE 4 - Lifeboat Secured. Liferaft Launching Devices 06:27 - Liferaft Launching Devices / Liferaft Instructions. 06:57 - Abandon Ship Drill - Radio Life-Saving Appliances 07:12 - Abandon Ship Drill - Debriefing With Crew Source of Information: - SOLAS - Regulation 19 & Regulation 21 and 31 - MSC.1-CIRC.1578 #merchantnavy #marineeducation #abandonship #LSA #LSACode

In this video, I would like to cover all types of lifebuoys onboard the vessel, including lifebuoys with line, lifebuoys with self-ignition lights, and the last one designed for man overboard situations - lifebuoys with self-activated smoke signals. I'll show you standards for life ring size and materials lifebuoy rings are made of. We will cover questions about the intensity of lifebuoy lights and length requirements of the lifebuoy buoyant lifeline. I'll explain how to properly maintain lifebuoys onboard the vessel and what the main problems are that arise during their use. After watching this video, you will know the main important topics about ship's lifebuoys and have a full understanding of SOLAS requirements for lifebuoys onboard the vessel. Timelink: 00:00 - Intro Welcome and overview of the video topic. 00:12 - SOLAS & LSA Code Requirements for Ship's Lifebuoy Understanding the international regulations for lifebuoys on ships. 00:59 - Lifebuoy with Self-Ignition Light Exploring the features and functions of lifebuoys equipped with self-ignition lights. 01:37 - Lifebuoy with Lifeline Detailed look at lifebuoys with built-in lifelines for enhanced safety. 01:58 - Lifebuoy with Self-Activating Smoke Signal (MOB) How lifebuoys with self-activating smoke signals assist in man-overboard situations. 02:36 - Ship Safety Officer Responsibilities: Compliance with Regulations Roles and responsibilities of a ship safety officer in ensuring lifebuoy compliance. 03:09 - Self-Activating Smoke Signal: Expiration, Correct Installation, & Line Length How to check expiration dates, install correctly, and measure connection line length for smoke signals. 03:38 - Self-Ignition Light Standards and Problems Overview of standards for self-ignition lights and common issues to watch for. 04:01 - Lifebuoy Grabline Importance and features of the grabline on a lifebuoy. 04:37 - Lifebuoy Plug Function and maintenance of the lifebuoy plug. 05:07 - Lifebuoy Reflective Tape The role of reflective tape on lifebuoys and how to ensure it's in good condition. 05:18 - Outro Summary of key points and closing thoughts. Source of Information: ~~~ SOLAS PART B-REQUIREMENTS FOR SHIPS ANDLIFE-SAVING APPLIANCES SECTION I-PASSENGER SHIPS AND CARGO SHIPS Regulation 7 - Personal life-saving appliances - SECTION II-PASSENGER SHIPS (ADDITIONAL REQUIREMENTS) - Regulation 22 - Personal life-saving appliances SECTION III-CARGO SHIPS (ADDITIONAL REQUIREMENTS) - Regulation 32 - Personal life-saving appliances ~~~ LSA CODE - Chapter 2 - Personal Life-Saving Appliances ~~~ IMO RESOLUTION A.689(17) Additional: SOLAS/46CFR160.050 #lifering #lifebuoy #lsa

In this video, I would like to describe liferaft constructuions, survival equipment and how to use them. I'll describe the purpose of a life raft interior and exterior parts, such as buoyancy chambers and ballast water pockets etc. We'll discuss the liferaft inflation, canopy design, and various SOLAS requirements for liferaft constructions. We'll discuss liferaft equipment with explanation of each item. From survival rations to the quantity of drinking water. From liferaft pyrotechnics to the usage of a daylight signaling mirror. We'll cover everything. If you watch until the end, you will become familiar with SOLAS and LSA Code requirements for life rafts as a professional Ship Safety Officer. This video will be useful for those who are just planning to start their career at sea, for the ratings, for cadets, as well as for those who are already preparing for a junior officer / third mate position. First Part: https://www.youtube.com/watch?v=kr9KxzIZ1w4&t=337s Pyrotechnics: https://www.youtube.com/watch?v=TRoS5uv4lD4&t=11s Timelink: First Part: (Construction Requirements) 00:00 - Intro 00:30 - Liferaft Construction Requirements as per SOLAS and LSA. 00:41 - Liferaft Interior & Entrance. Window & Rain Water Collector 01:19 - SART Location & Installation 01:34 - Canopy Outside & Interior Light 02:19 - Buoyancy Chambers & Inflation Requirements 03:18 - Liferaft Towing & Liferaft Water Pockets (Ballast Pockets) ( Purposes / Requirements) 04:25 - Boarding Ramp & Boarding Ladder ( Differences \ Requirements ) Second Part: ( Liferaft Emergency Equipment ) 05:05 - Liferaft Bouyant Rescue Quoit (Wide Description With An Example) 05:27 - Liferaft Knife & Buoyant Bailer 05:46 - Liferaft Sponges & Sea Anchor ( Description with 3D Explanation) 06:15 - Liferaft Buoyant Paddles. Tin-Openers & Scissors & First Aid Kit 06:32 - Liferaft Whistle 06:44 - Liferaft Pyrotechnics (Rocket Parachut Flares, Hand Flares , Buoyant Smoke Signals ) 07:00 - Liferaft Waterproof Electric Torch (Set) & Liferaft Radar Reflector (Description with 3D Explanation) 07:23 - Liferaft Daylight Signal Mirror (How Its Works? Description & Example) 07:36 - Liferaft Life-Saving Signal Table & Fishing Tackle 07:57 - Liferaft Food Ration & Drinking Water & Graduated Drinking Cup 08:22 - Liferaft Anti-Seasickness Medicine 08:30 - Liferaft Thermal Protective Aids (TPA) & Liferaft Repair Kit & Pump (Bellow) SOURCE OF INFORMATION: SOLAS & LSA CODE - International Life-Saving Appliance Code CHAPTER IV - SURVIVAL CRAFT #liferaft #liferaftequipment #survivalcraft

In this video, I would like to describe the main parts of the installed life raft, such as the painter, hydrostatic release unit, weak link, identification card, attached certificate, etc. We will cover questions about SOLAS requirements for a ship's life raft, such as onboard location, quantity, and types of life rafts. Whats SOLAS A Pack or B Pack and what's the difference? We will discuss how to launching the life raft, what manual activation entails, and how the hydrostatic release unit assists with life raft activation at depth. You will understand how CO2 assists with life raft inflation and why the life raft doesn't sink. All of the most popular questions about life rafts onboard were covered in this video. It's complete guidance for a ship's life rafts according to SOLAS and LSA Code requirements. This video will prove beneficial for individuals in the initial stages of planning a career at sea, encompassing ratings, cadets, and those gearing up for positions as junior officers or third mates. Second Part of This Video: https://www.youtube.com/watch?v=TrDBDcUgMwM Shorts: https://youtube.com/shorts/gKDVfPCT95Y?feature=share Timelink: 00:00 - What is Liferaft? Short Intro 00:43 - SOLAS Requirements for Life Rafts (Survival / Drop Test/ Quantity/ Capacity ) 01:45 - Forecastle and Aft Station Liferaft Requirements. 02:13 - Liferaft Overview 02:30 - Liferaft Lashing & Life Raft Manual Release 02:59 - Liferaft HRU ( Hydrostatic Release Unit) & Automatic Release 03:24 - Liferaft Painter System & HRU Activation on Depth 04:30 - Liferaft HRU ( Hydrostatic Release Unit) Expiration Date 05:24 - Liferaft Identification / Information Card 05:46 - Liferaft Marking ( Name \ Port of Registry) 06:33 - Liferaft Solas " A " Pack & Solas " B " Pack ( 07:12 - Liferaft Last & Next Cervice Date | Liferaft Annual Certificate SOURCE OF INFORMATION : ~~~~~ - SOLAS ( Internation Convention For The Safety of Life At Sea) --CHAPTER III - Life-saving appliances and arrangements --- PART B ---- Regulation 13 Stowage of survival craft. Survival craft muster and embarkation arrangements. -- SECTION III-CARGO SHIPS (ADDITIONAL REQUIREMENTS) ---- Regulation 31 Survival craft and rescue boats ~~~~~ LSA CODE - International Life-Saving Appliance Code CHAPTER IV - SURVIVAL CRAFT #liferaft #hydrostaticreleaseunit #survivalcraft

In this video, I will explain to you what is fire drill on board a vessel and how to correctly prepare a Fire Drill Report according to the international requirements of the SOLAS convention. We will discuss why and how often fire drills should be conducted, as well as what they should encompass. In this video, we will provide an example of a Fire Drill conducted in accordance with all SOLAS requirements. - 00:01 - Introduction - 00:28 - SOLAS - Regulation 19 ( SOLAS Requiremets for Fire Drill) - 00:38 - Purpose and Primary goals of Fire Drills - 01:13 - Requirements for Fire Drills as per SOLAS (Wide Description) - 01:30 - Paragraph 3.5.1 - 01:56 - Paragraph 3.5.2 - 02:38 - Paragraph 3.5.3 - 02:51 - Fire Drill Report \ Template ( Example with wide Description ) Source of Information: SOLAS - CHAPTER III - Life-saving appliances and arrangements - Regulation 19 - Emergency training and drills - Paragraph 3.5.1 - Fire drills should be planned in such a way that due consideration is given to regular practice in the various emergencies that may occur depending on the type of ships and the cargo. Paragraph 3.5.2 - Each fire drill shall include; .1 reporting to stations and preparing for the duties described in the muster list required by regulation 8; .2 starting of a fire pump, using at least the two required jets of water to show that the system is in proper working order; .3 checking of fireman's outfit and other personal rescue equipment; .4 checking of relevant communication equipment; .5 checking the operation of watertight doors, fire doors, fire dampers and main inlets and outlets of ventilation systems in the drill area; and .6 checking the necessary arrangements for subsequent abandoning of the ship. 3.5.3 The equipment used during drills shall immediately be brought back to its fully operational condition and any faults and defects discovered during the drills shall be remedied as soon as possible. #firedrill #FFE #FFSCode #FFS

In this video , I will tell you about Self-Contained Breathing Apparatus onboard the vessel. We will cover the key and fundamental questions that need to be known according to the international requirements of SOLAS (International Convention for the Safety of Life at Sea) and the Fire Safety Systems Code (FSS Code) for SCBA \ CABA. I will provide you with a comprehensive overview of Compressed Air Breathing Apparatus and its vital role in ensuring respiratory safety in hazardous environments. We'll delve into what Breathing Apparatus is, how it functions, and its significance in various scenarios where breathable air might be compromised. I'll detail the key components of an Breathing Apparatus, explaining the mask, harness, air cylinder, and regulator assembly. Furthermore, we'll explore the types of environments that require Breathing Apparatus usage, such as confined spaces, toxic atmospheres, and firefighting situations. I'll discuss the importance of fit testing and proper donning procedures to ensure effective protection. We'll also touch upon the maintenance and inspection protocols that are essential for keeping SCBA units in optimal working condition. By the end of this video, you'll have a clear understanding of what SCBA (CABA) is, how it functions, and the critical role it plays in safeguarding individuals working in hazardous conditions where clean, breathable air is a necessity. This knowledge will assist future Third Officer \ Junior Officer in maintaining your SCBA(CABA) sets in optimal condition on board and ensuring readiness for any port inspection without encountering issues. Self Contained Breathing Apparatus = Compressed Air Breathing Apparatus 1) What is Breathing Apparatus ( CABA / SCBA )? 2) What is requirements for SCBA (CABA) as per FSS Code? 3) What is requirements for SCBA(CABA) as per SOLAS? 4) How to calculate quantity of air in SCBA(CABA) ? 5) Inspections requirements as per Circular MSC.1432 00:00 - What is Breathing Apparatus? 00:37 - Requirements for Breathing Apparatus as per FSS Code 00:59 - Breathing Apparatus Low Air Pressure Alarm 01:21 - How To Calculate Quantity Of Air Inside Breathing Apparatus Air Cylinders? 02:00 - Requirements for Breathing Apparatus as per SOLAS / Air Compressor 02:58 - Requirements for Breathing Apparatus as per SOLAS for Passanger Ships 03:30 - Additional requirements for vessels with DG Cargo 03:51 - Maintenance and Inspections for Breathing Apparatus as per IMO - MSC.1/Circ.1432 ( Weekly / Yearly / 5-Yearly ) Source of information: * SOLAS CHAPTER II-2 - Regulation 10 - Fire Fighting - 10.1 / 10.2 / 10.2.3 Regulation 19 - Carriage of Dangerous Goods - 3.6.2 * IMO - MSC.1/Circ.1432 - REVISED GUIDELINES FOR THE MAINTENANCE AND INSPECTION OFFIRE PROTECTION SYSTEMS AND APPLIANCES Weekly , Annualy , 5-Years Inspections. #SCBA #BreathingAparatus #LSA #LSACode

In this video, we will explore fireman's outfits on board a ship. We will examine the components of fireman's outfits and their compliance with international safety standards. We will discuss the requirements of SOLAS and the FFS Code (Fire Safety Systems Code), which establish safety norms related to fireman's equipment. These international standards ensure that the fireman's outfits meets high requirements and is capable of effectively extinguishing fires on board a ship. This video will be useful for Cadets / Junior and Third Officers onboard and part of rating crew who will be assign like a part of a fire team onboard. SOLAS - Regulation 10 - Fire Fighting Reg. 10 - Fire-Fighter's Outfits - 10.1.1 / 10.1.2 ( Res.MSC.338(91)) Reg. 10.2 - Number of Fire-Fighter's Outfits Reg. 10.2.3 - Additional Requirements for Tankers. Reg. 10.3 - Storage of Fire-Fighter's Outfits Reg. 10.4 - Fire-fighter's communication ( Added by Res.MSC.338(91)) Fire Safety Systems Code ( FSS Code ) - Chapter 3 - Personal Protective Equipment 2. Engineering Specification 2.1 - Fire-Fighter's Outfit's 2.1.1 - Personal equipment. 2.1.2 - Breathing Apparatus 2.1.3 - Lifeline Timelink: 00:00 - Introduction 00:20 - Fire Protection Suits as per SOLAS and FFS Code. 00:48 - What is Fire Personal Protective Equipment? (Trouser, Jacket, Boots, Gloves, Helmet, Fire Axe, Waist Belt , Safety Lamp , Safety Line ) 01:20 - Requirements for Fire Fighting Outfits as per FSS Code (Fire Safety Systems Code) - Readiness to use; Firemans Outfit Storage location; Material of PPE; Requirements for Fire Boots, Fire Helmet, Fire Safety Lamp, Fire Axe, Breathing Apparatus , Air Cylinders, Lifeline ) 02:30 - SOLAS Requirements about Firemans Outfit - Quantity of Firemans Outfit \ Firemans Communication Radio #Firemans #FFS #FFSCode

In this video, we will explore the different types of fire extinguishers and their uses. I"ll demonstrate how to operate each type, ensuring you're prepared for any types of fire. Watch, learn, and stay informed with FSS Code ;) Fire Classes and Their Characteristics Class A Fires: Solid Combustible Materials Examples: Wood, Paper, Cloth, Rubber, Plastics Class B Fires: Liquid Combustible Materials Examples: Gasoline, Oil, Paint Class C Fires: Gaseous Combustible Materials Examples: Propane, Methane, etc. Class D Fires: Metals Examples: Magnesium, Aluminum, Sodium Class E Fires: Electrical Equipment and Wiring Examples: Appliances, Wiring, Circuits Class F Fires:Cooking Oil & Fats Examples: Cooking Oils, Fats Time Link: 00:10 - How to Use Water Fire Extinguishers Learn how to use water fire extinguishers for Class A fires (solid combustibles like wood, paper, and fabrics). 01:05 - How to Use Foam Fire Extinguishers Guidance on using foam fire extinguishers for both Class A (solid combustibles) and Class B (liquid combustibles) fires. 01:39 - How to Use ABC Powder Fire Extinguishers Instructions for using ABC powder fire extinguishers for Class A, B, and C fires (solids, liquids, and gases). 02:25 - How to Use CO2 Fire Extinguishers How to effectively use CO2 fire extinguishers for Class B (liquids), C (gases), and E (electrical) fires. 03:09 - How to Use Wet-Chemical Fire Extinguishers Guidance on using wet-chemical fire extinguishers designed specifically for Class F fires (cooking oils and fats). 03:52 - Outro Summary and final thoughts on using fire extinguishers safely and effectively. Sourse of Information: FSS Code with Reference to IMO Resolution A.951(23) Adopted on 5 December 2003 - IMPROVED GUIDELINES FOR MARINE PORTABLE FIRE EXTINGUISHERS - #fireextinguishers #firefighting #fire

In this video, we will explore key aspects of maritime pyrotechnics, including hand flares, rocket parachute flares, and buoyant smoke signals. Our examination will strictly adhere to the requirements of the International Convention for the Safety of Life at Sea (SOLAS) and the Life-Saving Appliances (LSA) Code. The video will cover storage and maintenance procedures for pyrotechnic devices on board, with a focus on specific SOLAS standards and LSA Code requirements to ensure maritime safety. Visual demonstrations will illustrate proper usage in accordance with SOLAS recommendations. Special attention will be given to the safe use of pyrotechnics and their role in emergency situations. This video aims to provide an understanding of compliance with SOLAS and LSA Code regulations regarding maritime pyrotechnics on board a vessel. Join us for an overview of key points and enhance your knowledge in line with international maritime standards. ? 00:00 - Introduction Overview of maritime pyrotechnics and their importance on board. ? 00:14 - Rocket Parachute Flares Introduction to rocket parachute flares and their uses. ? 01:21 - Hand Flares Exploring hand flares: What they are and when to use them. ? 01:51 - Buoyant Smoke Signals Understanding buoyant smoke signals for emergency situations. ? 02:19 - Rocket Parachute Flares: How to Use Step-by-step instructions on how to properly use rocket parachute flares. ? 02:41 - Hand Flares: How to Use Detailed guide on the correct usage of hand flares. ? 03:01 - Buoyant Smoke Signals: How to Use Instructions on how to deploy buoyant smoke signals effectively. #HandFlares #ParachuteFlares #SmokeSignals

What is an EEBD and how to use them? What is the main purpose of Emergency Escape Breathing Device onboard? All anwers In This Video. In this video, we will conduct a thorough examination of Emergency Escape Breathing Devices (EEBD) on maritime vessels, ensuring strict compliance with the International Convention for the Safety of Life at Sea (SOLAS) and the Fire Safety Systems ( FSS Code ). Our detailed exploration will uncover the specific components and equipment within EEBDs, meticulously designed to exceed the rigorous safety standards established by SOLAS and FSS Code regulations. EEBDs play a vital role in emergency situations, such as fires, by providing a reliable source of breathable air. This video emphasizes the importance of understanding and properly using Emergency Escape Breathing Devices to maximize their effectiveness in life-threatening scenarios. We discuss the SOLAS convention and the FSS Code, which serve as the foundation for fire protection and safety measures on ships. These international standards ensure the presence of adequate fire detection, smoke detection, and fire protection equipment. Emergency Escape Breathing Devices (EEBDs) are an essential component of Personal Protective Equipment (PPE) in fire safety protocols, aligning with these regulations to enhance the safety of crew members during emergencies. In addition, we highlight the significance of regular checks and inspections of EEBDs. Adhering to the guidelines provided by the International Maritime Organization (IMO), routine maintenance and inspections of EEBD are crucial to ensure the devices are functioning properly. It is essential to examine key components such as the pressure gauge, cylinder, mask, and other critical elements to ensure their integrity and reliability. Join us in this concise yet informative video as we delve into the world of Emergency Escape Breathing Devices, exploring their role in fire safety on ships. Gain valuable insights into regulatory requirements, best practices, and the importance of maintaining these devices to ensure the safety of maritime operations. In critical situations, every second counts. Stay prepared and stay safe by understanding and utilizing EEBDs as an integral part of your emergency escape plan. 00:00 - 01:58 - General Information about Emergency Escape Breathing Device (Main purpose of EEBD / EEBD In Emergency Situations / EEBD protection function / EEBD breathing working duration / EEBD Materials / EEBD Donning Procedures) 01:59 - 03:20 - Requirements for Emergency Escape Breathing Device as per SOLAS. ( Spare EEBD , Quantity of EEBD in Accomodation, Machinary Space EEBD , Location of EEBD ) 03:21 - 05:44 - Requirement for Emergency Escape Breathing Device as per Fire Safety System Code (FSS). (General EEBD Requirements, Definitions - EEBD face piece mask , EEBD hood etc., Particulars - EEBD service duration, EEBD Materials Requirements, Markings ) 05:45 - 06:11 - IMO Circular MSC 1432 regarding Emergency Escape Breathing Device 06:12 - 06:23 - Weekly Inspections of Emergency Escape Breathing Device (EEBD Weekly Inspection to ensure correct pressure range ) 06:24 - 06:32 - Annual Inspections of Emergency Escape Breathing Device EEBD Inspections according maker instructions. 06:32 - 06:56 - 5 year Inspections of Emergency Escape Breathing Device Perform hydrostatic pressure test for all EEBD cylinders In topics: 1) SOLAS - Chapter II-2 -Construction - Fire Protection, Fire Detection and Fire Extinction - Part D - Escape - Regulation 13 - Means of escape. - Paragraph 3.4 , Paragraph 4.3 2) Fire Safety Systems Code - Paragraph 2.2 3) IMO Circular - MSC.1432 - Revised Guidelines for the Maintenance and Inspection of Fire Protection Systems and Appliances Testing and Inspections of EEBD. #EEBD #FFS #FFE #FSSCode

In this video, I will tell you about the International Shore Connection on board the vessel. I will explain what the International Shore Connection is, its purpose and when it is used. We will also delve into the requirements for the International Shore Connection as specified in SOLAS and FSS CODE. SOLAS (International Convention for the Safety of Life at Sea) and FSS Code (International Code for Fire Safety Systems) establish certain requirements for the ISC. We will examine in detail what SOLAS says about the International Shore Connection and what is stated in the FSS Code. Finally, we will look at the IMO circular that specifies how the ISC should be inspected on board the ship and at what frequency. International Convention for the Safety of Life at Sea - SOLAS - Chapter II - Regulation 10 - International Shore Connection Fire Safety Systems Code - FSS Code - Chapter 2 - International Shore Connection MSC.1Circ.1432 - Revised Guidelines for the Maintenance and Inspection of Fire Protection Systems and Appliances - Topic 6 - Quarterly Testing and Inspections. 00:00 - 00:46 - Introduction about International Shore Connection 00:47 - 01:09 - SOLAS about ISC 01:10 - 02:47 - FFS Code about ISC 02:48 - 03:37 - Testing and Inspections of ISC #Internationalshoreconnection #ISC #FSS #FFE #FSSCode

Today, I want to share with you a beautiful video time lapse of our passage through the Magellan Strait. Here, in the south of Chile, the harsh climate and stunning landscapes alternate, creating a captivating atmosphere. We pass by massive mountains that seem almost impassable, but in reality, they provide protection against raging winds and inspire a sense of respect for nature. Against their backdrop, our 180-meter bulk carrier seems quite small. However, one of the most interesting things you'll see in this video is how day turns into darkness in just two minutes. I hope you enjoy this video and experience what I felt when I first visited this place. #magellanscross #magellan #seaman

In this video, I will tell you about the types of fire and fire extinguishers, what the Fire Triangle and Tetrahedron are, and how to deal with them! In this detailed exploration, we're delving into the intricacies of fire safety, shedding light on critical aspects such as types of fire extinguishers, fire classes, and the components of the Fire Triangle. Let's dive into the specifics you've been searching for. To establish a solid foundation, we'll start by defining the Fire Triangle and examining its integral components. Detailed insights into the chemical processes of combustion, illustrated with animations will provide a comprehensive understanding. Navigating through fire classes, we'll explore each type with precision. Understanding the effectiveness of fire extinguishers is crucial. We'll cover various types, including water, foam, abc powder ,CO2, dry chemical, and more. Each type's application in combating specific fire classes will be detailed. Enhancing your grasp of combustion processes, our visuals and demonstrations will provide practical insights. Animations will focus not only on the Fire Triangle but also on the application of different fire extinguisher types for optimal comprehension. We'll cover a range of questions from "What are the components of the Fire Triangle?" to "How do different types of fire extinguishers work?" Ensuring clarity on these critical elements is our priority. Detailed insights into the Fire Fighting Triangle and the specifics of the Classification of Fire Fighting will empower you to navigate various emergency scenarios confidently. 00:00 - Introduction Introduction to the basics of fire classification and extinguishing methods. 00:13 - Classification of Fires by Classes Learn about different classes of fires and their characteristics. 00:57 - Fire Triangle: Description and How It Works Understanding the Fire Triangle and its role in fire prevention and extinguishment. 02:08 - Class A Fires: How to Extinguish Solid Combustible Materials Methods for putting out Class A fires involving materials like wood, paper, and fabrics. 02:51 - Class B Fires: How to Extinguish Liquid Combustible Materials Techniques for dealing with Class B fires involving gasoline, oil, and paint. 03:32 - Class C Fires: How to Extinguish Gaseous Combustible Materials How to effectively extinguish Class C fires involving gases like propane and methane. 04:15 - Class D Fires: How to Extinguish Fires Involving Metals Strategies for managing Class D fires with combustible metals. 04:38 - Class E Fires: How to Extinguish Fires Involving Electrical Equipment Proper methods for handling Class E fires with electrical equipment and wiring. 05:08 - Class F Fires: How to Extinguish Cooking Oil and Fat Fires Effective techniques for putting out Class F fires involving cooking oils and fats. 05:33 - Final Thoughts Summarizing key points and final tips for fire safety. #fire

Timelapse odyssey through Chile's Magellan Strait, capturing day to night on a mesmerizing maritime journey. Enjoy this incredible timelapse capturing the captivating voyage through the Magellan Strait. The video begins with the brightness of daylight, gradually transitioning into the enigmatic night adorned with its magical stars. Immerse yourself in the beauty of changing landscapes and time in this extraordinary road odyssey. The Magellan Strait is a narrow passage located in the southern part of Chile, connecting the Pacific and Atlantic Oceans. Nowadays, the Magellan Strait is an important shipping route used for transporting goods and passengers between the Atlantic and Pacific Oceans. By passing through the strait, ships avoid the more dangerous routes around Cape Horn, where the weather can be extremely unpredictable and hazardous. In this video, we are on board a ship that is navigating through the Magellan Strait. The footage is taken from the ship's bridge and provides stunning views of the Chilean landscape and the coastline of the strait. The large mountains make for an impressive backdrop. Passing through the Magellan Strait is an unforgettable experience for anyone who works at sea.

Cruising through a narrow channel. Our 180 meter bulkcarrier and a massive LNG tanker - cross paths, creating a spectacular sight to behold. Navigation in narrow waters poses unique challenges due to limited space, tidal and current influences, vessel interaction effects, reliance on navigational aids, considerations for vessel size and draft, and the impact of weather conditions. Successful navigation requires precise maneuvering, constant awareness, and a blend of human expertise and advanced technology to ensure the safety of the vessel and its surroundings. LNG vessels, also called LNG carriers or LNG ships, are specialized ships designed for transporting Liquefied Natural Gas (LNG) across oceans. These ships are vital for moving LNG from production sites to distribution terminals, where it can be turned back into gas and used. LNG vessels are crucial for global energy trade, moving natural gas from areas with abundant supply to places with high demand. As the world looks for cleaner energy options, LNG is important as a transitional fuel due to its lower greenhouse gas emissions compared to other fossil fuels.