Dredging control system
Dredging control system in short
Our integrated dredging control system presents important operational dredging parameters to assist with decision making. Think of accurate suction depth and position of the cutter head or draghead, which helps to prevent under and over dredging.
The dredging control system includes the monitoring, control and automation of vital and auxiliary dredging equipment, such as slurry pumps, gate valves, the ladder winches and spud system of cutter dredgers and suction pipes, winches and gantries, overflows and bottom doors of trailing suction hopper dredgers.
A real-time, accurate 3D model of the dredger in a local grid-oriented dredge profile that is updated online is shown. The AI and Digital Twin algorithms apply models in which signals from all available dredge process instrumentation are processed and filtered. This is resulting in an increased operational efficiency.
Our dredging control system helps contractors to make the most of their dredging equipment:
- achieve optimal utilisation rates
- reduce dredging time, due to usage of advanced controllers
- simplify fault diagnosis enhances uptime
- trip, day or shift reports for management are incorporated
- remote servicing, maintenance and software upgrade possibilities
- accurate update of uploaded survey data (interfaces with positioning sensors and our dredge track presentation system).
Incorporate proven solutions
The following proven monitoring solutions and automatic controllers can be incorporated into our dredging control system.
For hopper dredgers (TSHD)
Our advanced controllers help you in performing your tasks while maximising the performance of the vessel. Usage of the ECO package based around Artificial Intelligence techniques eco pump controller combined with the AVC and TCS has an increased loading efficiency of approx. 10 to 15%. Moreover, it prevents pump cavitation, water hammer and pipeline clogging.
- Suction tube position monitoring (STPM) to calculate and visualize the suction tube depth and position
- Draught and loading monitor (DLM) to calculate draught and material loaded (dry solids) and assist in maintain/stop of loading decisions
- Production measurement (PRC) to calculate the total production
- Overflow loss estimator (OLE) to enhance operator’s capability to decide on end-of-loading
- Automatic drag head winch controller (ADWC) to automatically maintain suction depth and pipe angles, and protection against improper suction pipe angles and positions
- Automatic pipe sequencer system (APSS) to fully control suction pipe position in five defined stages with one touch of a button (in saddles, highest position, waterline, off ground and on ground)
- Automatic light mixture overboard (ALMO) to prevent loading with useless mixtures
- Automatic draught controller (ADC) to maintain constant draught for enhanced safety
- Eco pump controller (EPC) to controls the mixture velocity while preventing cavitation
- Automatic visor controller (AVC) to govern drag head visor to optimise cutting and mixture-shaping properties
- Trail speed controller (TSC) to maintain constant ground speed of draghead and enhances suction efficiency.
For cutter dredgers (CSD)
Our Automatic Cutter controller helps the operator in performing his tasks while maximising the performance of the vessel, it can enhance the productivity by up to 30%. Automatic swing, ladder and spud carrier motion control, geared to one another by the pattern coordination function, optimises the production taking into account the soil properties the cutter control minimises the spill. The operator is adviced on anchoring area and receives alarms on improper anchor dragging.
- Dredge profile monitor (DPM) to calculate and visualise geometrical position of the CSD in the world
- Production calculator (PRC) to calculate the total production
- Automatic Cutter Controller (ACC®) to enable fully automatic cutter dredging control for motion and mixture transport
- Anchor position estimator (APE) to support the operator by presenting the positions of the swing winch anchors.
Detect failing sensors or equipment
The Digital Twin technique in our dredge control system apply comprehensive physical models in which signals from all available dredge process instrumentation are coherently processed and filtered. For example, the Digital Twin of the mixture transport system enabling deviations in the process or fault detection of sensors. When a sensor fails the real sensor value can temporally be replaced with the calculated value from the digital twin.
Build on reliable technology
Our dredging control system is built on proven and reliable PLC/SCADA technology. This technology is extended with years of dredging experience and captured in the controllers with our knowledge-based software platform (DigiSys).
User-friendly and ergonomically design
We provide a user-friendly touch screen user interface which can be highly integrated with other control systems like vessel management (VMS), power management (PMS) or the alarm and monitoring system (AMS). The design and placements of the components are ergonomically and aligned with the layout of the bridge. There are also possibilities for a one-man bridge design.
Learn more about our Dredging Control System?
Get in touch and we will help you incorporate our Dredging Control System at your bridge.