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Добавлен 3 апр 2020
LGIP Engine : Part 11 - Dual Fuel Mode Changeover Starting Sequence
LGIP Engine : Part 11 - Dual Fuel Mode Changeover Starting Sequence
Double Pipe Vent
: Outer pipe ventilation started in preparation for testing if the outer pipe system is intact, i.e. components are not missing or assembled incorrectly causing major leaks.
Inner Pipe Test
: The inner pipes are being pressurized with inert gas for leak testing the pipes and control valves. This involves sequentially opening and closing valves to isolate and test sections of the system.
Return Train Test
: The return fuel system is being leak tested with inert gas.
Outer Pipe Test
: The outer pipe system is being leak tested. The system is isolated by closing the Test Valves and introducing pressurized air throug...
Double Pipe Vent
: Outer pipe ventilation started in preparation for testing if the outer pipe system is intact, i.e. components are not missing or assembled incorrectly causing major leaks.
Inner Pipe Test
: The inner pipes are being pressurized with inert gas for leak testing the pipes and control valves. This involves sequentially opening and closing valves to isolate and test sections of the system.
Return Train Test
: The return fuel system is being leak tested with inert gas.
Outer Pipe Test
: The outer pipe system is being leak tested. The system is isolated by closing the Test Valves and introducing pressurized air throug...
Просмотров: 1 083
Видео
LGIP Engine : Part 10 - Dual Fuel Operation Mode
Просмотров 1,1 тыс.Год назад
LGIP Engine : Part 10 - Dual Fuel Operation Mode
LGIP Engine : Part 9 - LGIP MOP
Просмотров 758Год назад
LGIP Engine : Part 9 - LGIP MOP The main engine MOP (Main Operating Panel) refers to the central control panel or interface used to operate and monitor the main engine of a machinery or system. It is commonly used in various industries such as marine, power generation, and industrial applications. The main engine MOP typically provides a comprehensive set of controls and indicators for starting...
LGIP Engine : Part 8 - Cylinder Head, LGIP Components.
Просмотров 1,2 тыс.Год назад
LGIP Engine : Part 8 - Cylinder Head, LGIP Components.
LGIP Engine : Part 7 - Double Wall Piping From Deck To Engine Room
Просмотров 728Год назад
Double wall piping is a type of piping system that consists of two concentric pipes with an annular space between them. This annular space is designed to contain any leaks or spills from the inner pipe, preventing them from reaching the surrounding environment. In the context of a deck to engine room piping system, double wall piping can be used to transport fuel gas from the deck to the engine...
LGIP Engine : Part 6 - FVT Fuel Valve Train
Просмотров 1,1 тыс.Год назад
The FVT, or Fuel Valve Train, is a critical component of a gas engine that controls the flow of fuel into the engine's combustion chamber. The FVT for an LPG system on a ship must be designed and maintained to meet stringent safety standards to ensure the safe operation of the ship. Regular maintenance and testing of the FVT are critical to ensure that it is functioning correctly and reliably. ...
LGIP Engine : Part 5 - LPG Fuel Supply System - FGSS Skid, Glycol Cooling System
Просмотров 788Год назад
A glycol cooling system is a type of cooling system that uses a mixture of water and glycol as a coolant to regulate temperatures in various applications. Glycol is added to water to lower its freezing point, making it an effective coolant for use in refrigeration systems, air conditioning systems, and other cooling applications. In a glycol cooling system, the glycol mixture is circulated thro...
LGIP Engine : Part 4 - LPG Fuel Supply System - FGSS Skid, HP Seal Support System
Просмотров 912Год назад
LGIP Engine : LPG Fuel Supply System - FGSS Skid, HP Seal Support System The HP pump seal support system for FGSS (Fuel Gas Supply System) skid is a critical component in a gas processing plant that helps maintain the integrity and reliability of the high-pressure pump seals. The seal support system provides a controlled and pressurized barrier fluid or gas to prevent leakage and protect the pu...
PORT STATE CONTROL - PART 3: PROVISION FOR PORT STATE CONTROL
Просмотров 213Год назад
PORT STATE CONTROL - PART 3: PROVISION FOR PORT STATE CONTROL In this video, we'll continue our discussion on the Provision for Port State Control. We'll explore the its implementation.
PORT STATE CONTROL - PART 2: WHY PORT STATE CONTROL...??
Просмотров 225Год назад
PORT STATE CONTROL - PART 2: WHY PORT STATE CONTROL...?? In this video, we'll continue discussing the need for port state control and discuss some of the potential issues that are solved by PSC. If you're wondering why port state control is important, or why it's necessary to have a port state control in place, then this video is for you! In this video series, we'll discuss some of the potentia...
LGIP Engine : Part 3 - LPG Fuel Supply System - FGSS Skid
Просмотров 1,5 тыс.Год назад
LGIP Engine : LPG Fuel Supply System - FGSS Skid The LPG (liquefied petroleum gas) Fuel Supply System, commonly referred to as the FGSS (Fuel Gas Supply System) skid, is a critical component in industrial processes that utilize LPG as a fuel source. The FGSS skid is responsible for storing, regulating, and delivering LPG to the required equipment or processes in a safe and efficient manner. The...
LGIP Engine : Part 2 - LPG Fuel Supply System - Deck tank
Просмотров 1,7 тыс.Год назад
LPG fuel supply system - Deck tank. An LPG (liquefied petroleum gas) Fuel Supply System with a deck tank is a specialized setup used in marine vessels where LPG is used as a fuel source. The deck tank is a type of storage tank that is installed on the deck or upper structure of the vessel, and it is used to store LPG for use as fuel for various shipboard applications, such as propulsion, heatin...
LGIP Engine : Part1 - Overview
Просмотров 2,5 тыс.Год назад
LGIP Engine overview. The LGIP (Liquefied Gas Injection Propane) marine engine is a type of marine propulsion system that utilizes propane as a fuel source. It is designed specifically for marine vessels and provides an alternative to traditional marine engines that use diesel or heavy fuel oil. The LGIP marine engine typically includes the following components: Engine: The engine is the heart ...
How to draw crankshaft deflection curve ?
Просмотров 15 тыс.3 года назад
How to draw crankshaft deflection curve ?
Rudder : Rudder stock or pintle hydraulic push up process.
Просмотров 4,6 тыс.3 года назад
Rudder : Rudder stock or pintle hydraulic push up process.
Rudder : Rudder internal coating and hydraulic pressure testing.
Просмотров 3,9 тыс.3 года назад
Rudder : Rudder internal coating and hydraulic pressure testing.
Rudder : Rudder Construction, Classification rules for rudder construction.
Просмотров 6 тыс.3 года назад
Rudder : Rudder Construction, Classification rules for rudder construction.
Rudder : Types Of Rudder, Why do we have balanced or semi balanced rudder ?
Просмотров 15 тыс.3 года назад
Rudder : Types Of Rudder, Why do we have balanced or semi balanced rudder ?
Rudder : Theory Behind Turning A Ship.
Просмотров 5 тыс.3 года назад
Rudder : Theory Behind Turning A Ship.
Maine Engine : Cylinder Liner, How to do Liner calibration without template ??
Просмотров 6 тыс.3 года назад
Maine Engine : Cylinder Liner, How to do Liner calibration without template ??
Rudder: Lift And Drag Force, Why rudder angle is limited to 35 degrees ?
Просмотров 6 тыс.3 года назад
Rudder: Lift And Drag Force, Why rudder angle is limited to 35 degrees ?
Material Engineering Technology : Stress Strain Curve
Просмотров 3043 года назад
Material Engineering Technology : Stress Strain Curve
Material Engineering Technology: All you need to for meo class2 and class4 exams.
Просмотров 6073 года назад
Material Engineering Technology: All you need to for meo class2 and class4 exams.
Material Engineering Technology : Cast Iron
Просмотров 1,9 тыс.3 года назад
Material Engineering Technology : Cast Iron
MARPOL & SOLAS : Latest Amendments Entering Into Force 2022.
Просмотров 2,7 тыс.3 года назад
MARPOL & SOLAS : Latest Amendments Entering Into Force 2022.
SOLAS : Latest Amendments Entered Into Force 1st January 2020
Просмотров 6043 года назад
SOLAS : Latest Amendments Entered Into Force 1st January 2020
SOLAS : Latest Amendments Entered Into Force 1st January 2021.
Просмотров 6573 года назад
SOLAS : Latest Amendments Entered Into Force 1st January 2021.
MARPOL : Latest Amendments Entered Into Force 1st January 2020.
Просмотров 5103 года назад
MARPOL : Latest Amendments Entered Into Force 1st January 2020.
MARPOL : Latest Amendments Entered Into Force 1st January 2021
Просмотров 1,3 тыс.3 года назад
MARPOL : Latest Amendments Entered Into Force 1st January 2021
Very helpful explanation bro❤
we can use LDM (LINER DIAMETER MEASUREMENT) Tool in case of absence of template
Is it also applicable for MAN B&W 6S60ME-C 10.5? We also don't have template?
Working with vlsfo i take hidens alarm high water content. Maybe change purification program?
When i work the purifier with vlsfo recirculation must be close? An mm function off?
Very nicely explained sir
Very bad explanation
What is the crack throw position, while checking main bearing clearance
Bad presentation. Can't even read. Only aaaaa uuuuuu.
I am not learning but wasting time and enjoy ,your knowledge is very poor 😂😂😂😂😂
bhai reading hi maarni thi toh book ka naam hi likh deta
DO You understand all the readings yourself before you explain it to the world ?
How to find faulty bearing using this?
Thanks a Ton for your honest efforts behind these fruitful videos ! Keep Sharing, God bless
😂 lol!!! Still if surveyor asks explain propeller curve, will need PPTs
Bhai just reading that , please explain so that other can understand In better way
Nice playlist ❤
Nice video brother ❤
But your diagram is not visible to understand ur concept
pressure in bulb will be due to temperature at the outlet of evaporater where bulb sense temperature and refrigerant gas inside of it starts boiling and prressure exerted on diaphragm but here you are taking bulb pressure as summation of spring pressure and evaporater pressure .why?
Super vit could be explained in more detail as vit is explained along with difference between super vit and vit
supeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeerb THANKS TO UUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUU
how exactly air pressure of air seal chamber of stern tube is changing as ships draft changing??..... from where nad how it is getting idea of draft change to change air chamber air pressure??..
chut how fast are you tanking and making a mess with drawing
Excellent material. Can I ask why they heat the LPG to 34 deg C? Why not slightly higher or slightly lower?
Bad explanation
What's the difference between layout and load diagram
My needs gas burner boiler information
Can I get the course pdf please
Not practical.
🥰😍
Thank you... very well explained
Where is part 1 and 2
My friend check playlist
Bad video.. only slide reading no explanation
You are just reading slides sir. This I can do using Google. Please explain concepts. Please dont only read slides..it's totally confusing
Please work on your teaching skills dude. Just simply reading the paragraphs.
The video is good. Well done. Only the voice need some improvement.
U are explaining exact written in manual.. Can u tell exactly which point we insert feeler gauge??? In main bearing and Crank bearing.
You are just destroying the diagram 😂
Kirukku punda
Can make generator axillary engine also sir
Thanks you sir ji
is the ship can rotate or turn with staying point origin?
please explain correctly ..very poor explanation you are totally confused while explaing the graph
Sir agar Hindi,urdu man baat kar sakte han to kijie na ,kion khud preshan ho raha ho aur hman bhi kr raha ho
By this curve how can we locate the faulty main bearing???
Very bad explanation...
thank you for the video, However how to find the misalignment has not been discussed.
Super
please improve your voice quality . it feel like you are speaking too much close to the mic othervise the video is great