OceanGlam

OceanGlam Where glamour meets the ocean 🌊✨
| Ships | Marine life | Offshore world
Some visuals may be AI-generated for creative storytelling.”

APPROXIMATE SALARY OF DECK DEPARTMENT VS ENGINE DEPARTMENT ON SHIPThe deck department and engine department are the two ...
25/05/2026

APPROXIMATE SALARY OF DECK DEPARTMENT VS ENGINE DEPARTMENT ON SHIP

The deck department and engine department are the two major operational divisions onboard merchant ships, and both offer attractive salary packages depending on rank, vessel type, company, experience, and trading route. Salary structures increase significantly with promotions and specialized vessel experience.

Deck department officers are mainly responsible for navigation, cargo operations, bridge watchkeeping, ship stability, and overall vessel operation. Engine department officers handle machinery operation, engine maintenance, power generation, fuel systems, and technical management of the ship.

Approximate monthly salary comparison:

CADET LEVEL

Deck Cadet: $300 – $800

Engine Cadet: $300 – $900

JUNIOR OFFICER LEVEL

Third Officer: $2,500 – $4,500

Fourth Engineer: $3,000 – $5,000

MID LEVEL OFFICER

Second Officer: $4,000 – $7,000

Third Engineer: $4,500 – $7,500

SENIOR OFFICER LEVEL

Chief Officer: $7,000 – $12,000

Second Engineer: $8,000 – $13,000

TOP MANAGEMENT LEVEL

Captain / Master: $10,000 – $18,000+

Chief Engineer: $10,000 – $18,000+

Engine department salaries are often slightly higher at junior and middle ranks due to technical workload and engine room operations, while senior deck and engine officers usually receive nearly equal salary packages.

Salary also depends heavily on ship type, with LNG carriers, offshore vessels, oil tankers, and specialized ships generally offering the highest salary structures in the maritime industry.

CARGO TANK CLEANING PROCEDURECargo tank cleaning procedure is a critical shipboard operation carried out on tankers to r...
25/05/2026

CARGO TANK CLEANING PROCEDURE

Cargo tank cleaning procedure is a critical shipboard operation carried out on tankers to remove cargo residue, sludge, vapors, and contamination from cargo tanks before loading a new cargo or performing inspection and maintenance work. Proper tank cleaning ensures cargo purity, operational safety, pollution prevention, and compliance with international maritime regulations.

Before tank cleaning begins, the crew prepares the tank by isolating cargo lines, obtaining permit to work, checking gas-free condition, arranging ventilation, and preparing tank washing equipment. Safety precautions are extremely important because cargo tanks may contain flammable gases, toxic vapors, or hazardous residues.

The general cargo tank cleaning procedure includes:

Preparing cargo tank and equipment

Isolating cargo piping system

Checking gas-free condition

Setting up ventilation system

Connecting washing hose and washing machine

Starting tank washing operation

Washing tank sides and bottom areas

Removing sludge and cargo residue

Continuing washing cycle until clean

Inspecting tank condition

Rinsing and draining waste liquid

Disconnecting cleaning equipment

Final inspection and gas testing

Closing tank openings and completing documentation

During cleaning operations, portable or fixed tank washing machines spray water or cleaning chemicals under pressure to remove cargo residue from tank surfaces.

Strict safety procedures such as gas monitoring, protective equipment usage, ventilation control, and no-smoking regulations are essential to prevent fire, explosion, poisoning, and environmental pollution during tank cleaning operations.

RUDDER STOCK VS RUDDER BLADERudder stock and rudder blade are two essential components of a ship’s steering system used ...
25/05/2026

RUDDER STOCK VS RUDDER BLADE

Rudder stock and rudder blade are two essential components of a ship’s steering system used together to control vessel direction and maneuverability during navigation. Although both are connected in the rudder assembly, they perform completely different mechanical and hydrodynamic functions.

The rudder stock is the vertical shaft that transmits steering force from the steering gear to the rudder blade. It is designed to withstand torsional stress, bending loads, and steering forces generated during ship maneuvering operations. Rudder stocks are usually manufactured from high-strength forged steel for maximum durability and structural integrity.

The rudder blade is the flat hydrodynamic surface attached to the rudder stock that directly interacts with water flow to produce steering effect. When the rudder turns, water pressure acting on the rudder blade generates side force, allowing the ship to change direction. Rudder blades are designed with streamlined profiles for efficient steering performance and reduced hydrodynamic resistance.

The rudder stock mainly handles mechanical load transmission, while the rudder blade creates the actual steering force required for ship maneuvering and directional control.

ANCHOR LET GO PROCEDUREAnchor let go procedure is a critical anchoring operation carried out onboard ships to safely dep...
25/05/2026

ANCHOR LET GO PROCEDURE

Anchor let go procedure is a critical anchoring operation carried out onboard ships to safely deploy the anchor and secure the vessel at the designated anchorage position. Proper anchoring procedures help maintain vessel stability, prevent drifting, and ensure safe holding during waiting periods or cargo operations.

The anchoring process typically includes preparation and bridge communication, approaching the anchorage position, stopping the vessel, paying out anchor chain, letting go the anchor, securing the chain with brake arrangements, checking anchor holding condition, recording anchoring details, and maintaining continuous anchor watch.

Important equipment involved in the operation includes the anchor, anchor chain, hawse pipe, windlass, capstan, fairlead, control panel, and brake system used to control safe anchor deployment and chain handling operations.

Proper monitoring of weather conditions, water depth, chain length, vessel position, and holding performance is essential to ensure safe anchoring operations and prevent anchor dragging incidents.

FUEL OIL TRANSFER OPERATIONFuel oil transfer operation is a routine but critical onboard procedure carried out to safely...
24/05/2026

FUEL OIL TRANSFER OPERATION

Fuel oil transfer operation is a routine but critical onboard procedure carried out to safely transfer fuel oil between storage tanks, settling tanks, service tanks, and other fuel system tanks onboard ships. Proper fuel transfer operations help maintain continuous engine fuel supply and safe fuel management during vessel operations.

The transfer procedure typically includes preparation and system checks, transfer line connection, vent opening, starting the transfer pump, gradual valve opening, continuous monitoring of pressure and tank levels, controlled transfer operation, valve closure, stopping the pump, and final line disconnection after completion of transfer.

Proper monitoring of tank capacity, pressure, flow condition, valve positions, spill prevention measures, communication between engine room personnel, and adherence to fuel transfer safety procedures are essential to prevent overflow, pollution, fire hazards, and machinery problems.

REFRIGERATION PLANT OPERATIONRefrigeration plant operation is a critical cooling process used onboard ships and industri...
24/05/2026

REFRIGERATION PLANT OPERATION

Refrigeration plant operation is a critical cooling process used onboard ships and industrial facilities to maintain low temperatures for provision storage rooms, cargo preservation, air conditioning systems, and temperature-sensitive machinery operations.

The refrigeration system typically includes a compressor, condenser, receiver, oil separator, filter drier, expansion valve, evaporator, control panel, suction line, discharge line, and refrigerant piping arranged to circulate refrigerant through a continuous cooling cycle. The process involves compression, condensation, liquid storage, filtration, expansion, evaporation, and suction return to maintain efficient refrigeration performance.

Proper monitoring of pressure, temperature, refrigerant condition, lubrication, and system parameters is essential to ensure safe operation, energy efficiency, and reliable cooling performance onboard ships.

OFFSHORE CRANE CARGO TRANSFEROffshore crane cargo transfer is a critical lifting operation carried out between offshore ...
24/05/2026

OFFSHORE CRANE CARGO TRANSFER

Offshore crane cargo transfer is a critical lifting operation carried out between offshore supply vessels, platforms, and offshore installations for the safe movement of cargo, equipment, containers, and operational supplies in marine environments.

The cargo transfer procedure typically involves lift planning, pre-lift inspection, lifting gear checks, cargo lifting, crane slewing, controlled lowering, positioning, and safe landing operations while maintaining continuous communication between crane operators, deck crew, and platform personnel.

Safe cargo transfer operations require proper weather assessment, certified lifting gear, load balance verification, use of tag lines, clear communication signals, and strict adherence to offshore lifting safety procedures to prevent accidents and equipment damage.

MAIN ENGINE STARTING PROCEDUREThe main engine starting procedure is a critical operational process carried out onboard s...
24/05/2026

MAIN ENGINE STARTING PROCEDURE

The main engine starting procedure is a critical operational process carried out onboard ships to safely start, monitor, and place the main propulsion engine into service. Proper starting procedures help prevent machinery damage, ensure safe engine operation, and maintain reliable propulsion during vessel navigation.

The procedure typically includes checking l**e oil level, cooling water level, fuel oil system, starting air pressure, control air pressure, governor position, alarm status, and control systems before opening the starting air valve and initiating engine cranking. Important components involved include the turbocharger, air receiver, fuel injection valves, cooling water pump, l**e oil pump, governor system, control panel, and starting air arrangements.

Regular maintenance, proper monitoring of engine parameters, adherence to company procedures, and trained engine room operations are essential to ensure safe and efficient main engine starting operations onboard ships.

SAFE OPERATION OF PRESSURE VESSELSSafe operation of pressure vessels is a critical industrial and marine safety practice...
24/05/2026

SAFE OPERATION OF PRESSURE VESSELS

Safe operation of pressure vessels is a critical industrial and marine safety practice aimed at preventing overpressure, leakage, explosion hazards, and equipment failure during operation. Pressure vessels are widely used onboard ships and offshore installations for storing compressed gases, steam, fuel, and pressurized fluids under controlled conditions.

A pressure vessel system typically includes the vessel shell, pressure gauge, safety relief valve, vent valve, drain valve, isolation valve, manhole, lifting lugs, support legs, and inspection nameplate designed to ensure safe pressure containment and operational reliability. Proper monitoring of pressure, temperature, and safety devices is essential during operation.

Regular inspections, preventive maintenance, pressure testing, safety valve calibration, corrosion monitoring, and compliance with operational procedures are essential to maintain safe working conditions and protect personnel, equipment, and the environment.

MARINE FUEL OIL PURIFICATION SYSTEMThe marine fuel oil purification system is a critical fuel treatment arrangement used...
24/05/2026

MARINE FUEL OIL PURIFICATION SYSTEM

The marine fuel oil purification system is a critical fuel treatment arrangement used onboard ships to remove water, sludge, and solid contaminants from fuel oil before it is supplied to marine diesel engines. It ensures clean fuel delivery for efficient combustion, reduced engine wear, and reliable machinery operation.

The purification system typically includes a separator bowl, centrifuge body, oil feed pump, heater, fine filter, control panel, pressure gauges, back pressure valve, sludge discharge arrangement, and clean oil outlet piping designed to operate continuously under demanding engine room conditions. High-speed centrifugal separation removes impurities and improves fuel quality before engine use.

Proper inspection and maintenance of the fuel oil purification system are essential to prevent separator imbalance, sludge buildup, poor fuel quality, and damage to engine fuel injection components.

Address

Patna

Website

Alerts

Be the first to know and let us send you an email when OceanGlam posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Shortcuts

Share

Category