Green ship handling course

Courses program

For: Pilot/Captain/Officer
Prerequisites: No experience with scale models required. Solid experience as a navigator.
Duration: 5 days (35 hours) – Monday to Friday
Number of trainees per group: 2 to 4
Instructor: Experienced trainer, former maritime pilot and captain
Access request: Portrevel.com/contact
Access timeframe: Between 4 and 24 weeks depending on the course (time between request and course start)
Fees: Starting from €11,150 – Price does not include taxi/accommodation/restaurant, taxes, or additional training resources
Persons with disabilities: Please contact the center to explore possible accommodations
Trainee evaluation: Conducted continuously by the instructor throughout the course
Final evaluation and progress: Conducted at the end of the course, can be officially communicated to the client
Commitment and withdrawal from training: Procedure available upon request

General Objective:

To acquire and/or strengthen maneuvering skills through a better understanding of ship behavior in shallow waters, with a focus on eco-responsible maneuvering.

Learning Method:

Classroom theory is minimized to 1 hour per day to review key concepts. Trainees then spend 3.5 hours in the morning and 3.5 hours in the afternoon navigating on the lake, totaling 7 hours per day or 35 hours per week.

Teaching Tools Available

In the classroom: Whiteboards, Nautical charts, Diagrams, Ship and propeller models

On the lake:Docks, Training ships, Portable Pilot Units (PPUs), Wave generators, Wind and current generators, VHF radios

Program:


Trainees first engage in the eco-design of their maneuver, focusing on a controlled and environmentally respectful execution. The environmental protection imperative forms the foundation of eco-design, requiring the reduction of port assistance, downplaying the importance of speed, and maximizing the use of natural controllable forces such as wind and current.

Port Revel has equipped two of its eleven ships with sensors to measure the total energy consumption during ship maneuvers.
Trainees are then tasked with performing the operation while aiming to stay below a predefined energy consumption target (and therefore emission level), set by instructors who have previously completed the same challenge.

Energy consumption is measured in kWh—the product of power (kW) and time (hours). This means the measurement is independent of ship speed:

"High power over a short time" yields a similar result to "low power over a longer time."

The total energy used for a given scenario will therefore depend on the pilot's ability to control the vessel’s space and optimize the use of environmental forces under control.

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One of the tracks is shown here. It is 7 miles long and includes one undocking and one docking stern first.
It was sailed with the Otello in about 90 minutes at an average speed of nearly 5 knots (all values are full scale).

The total energy consumption measured was around 22 MWh, ranging from 18 MWh to 28 MWh ... showing significant variations depending on the pilot's way of manoeuvering.

The tests carried out with these models have shown that Port Revel masters the modelling techniques involved, and that similitude scales are maintained.

The program therefore enables the trainee to receive training in the design and execution of a safe maneuver, with a primary focus on environmental aspects and the control of production resources.

Detailed Program of Maneuver Principles

Lundi Brittany (190 000 DWT, on heavy ballast)
Normandie (4 400 TEU over-panamax container ship)
Berlin (38 000 DWT, loaded)
Gilda (125 000 DWT, 70% loaded, with optional Becker rudder):
- Manoeuvres involving turns onto transits, entering channels and dockings
Mardi

Europe (255 000 DWT, loaded) and/or Otello (8 500 TEU container ship):
- Entering and proceeding through a channel
- Turning circles in deep and shallow waters
- Accelerating turns in deep and shallow waters
- Turning and anchoring on transits
- Entering into a lock

Otello (8 500 TEU container ship)
- Proceeding through a curved waterway and docking the container terminal
- Entering into a lock

Berlin:
- Efficiency of the bow thruster & propeller depending on Pivot Point position
- Docking with the bow thruster

Gilda with Becker rudder:
- Various dockings in narrow areas using Becker rudder

Ben Franklin (125 000 m3 LNG Carrier with Schilling rudder):
- Various dockings in narrow areas using Schilling rudder

Mercredi

Brittany and/or Q-Max (266 000 m3 twin screw LNG carrier) :
- Docking and undocking dredging anchor stemming the current
- Entering and proceeding through channels
- Skidding into deep water channel

Europe:
- Entering and proceeding through channels
- Conventional multi-buoy sea berth (Tanker Captains)
- Turn a ship in a narrow river with following current using anchors
- Docking stemming the current

Gilda and/or Normandie or Ben Franklin or Otello:
- Transit through Suez Canal and Manhattan Channel
- Docking dredging anchor in current

Jeudi

Grenoble (43 000 DWT, loaded) and Berlin or Ben Franklin:
- Transit through Suez Canal and Manhattan Channel, bank effects
- Various dockings in current

Optional: Voyager with pods (1000 ft cruise ship with two pods):
- First contact with pods: short track & docking

Q-Max and/or Otello:
- Entering and proceeding through channels
- Various dockings

Brittany and/or Otello:
- Negotiation of a sharp turn in channel showing skidding
- Drift in swell with & without engine
- Docking with bow thruster and current astern

Europe:
- Turns onto transits, entering channel
- Docking in shallow and confined waters – Stern first

Vendredi

Europe:
- Transit in a channel with current abeam at slow speed
- Passage in river bend in shallow waters
- Approaching a pier with head current and docking stemming current

Gilda or Normandie or Ben Franklin:
- Entering a slip with abeam current

Berlin and Grenoble:
- Meeting and overtaking in the Suez Canal
- Experimenting with motion of pivot point with headway and sternway