i2D's Off-the-shelf Dredging Tools
i2D’s dredging tools provide essential estimating, engineering, and monitoring support for dredging and marine projects. These tools support offshore wind, oil and gas, marine dredging and reclamation, and cable installation projects.
Our team designed the software to suit both operational and design environments, while making it practical and easy to use. Consequently, the tools empower project whole teams to make informed project decisions and pre-empt potential complications. Our experienced dredging consultants developed the advanced features and sophisticated capabilities of i2D’s product suite. They have refined the tools’ features over years of executing complex, large-scale marine and dredging projects.
i2D based the toolbox on extensive research and development in the marine and dredging sectors. We continuously enhance and develop the suite, while our consultants actively use it in ongoing projects. Their ongoing project work provides valuable feedback, in addition to the input from the user community. We systematically incorporate all feedback into subsequent version updates. Additionally, i2D’s quality policies and procedures ensure that the software remains robust, reliable, and delivers accurate results.
Our consultants take great pride in the dredging tools they develop, and are committed to delivering tools that are simple, consistent and intuitive. i2D’s state-of-the-art software runs quickly and efficiently, with minimal impact on your computer’s resources. We ensure seamless software installation without requiring any changes to your computer system. Furthermore, we offer software support and can provide training for your employees, either online or in person.
Estimator for Dredgers
Estimator for (E4) Dredgers can estimate production for almost any dredging or mining equipment that transports soil-like materials.
Pumps 'n Pipeline
Pumps ‘n Pipeline (PnP) can estimate suction and discharge production for any dredging or mining equipment that hydraulically transports soil-like materials.
“I am not a dredging contractor, but it is important to be able to think like one. PnP provided me with the necessary insight to set a benchmark and create a schedule. i2D’s support was very helpful and prompt. I really like the program. “
Pete Mesha, USA
Group President, Transportation & Infrastructure
Wight & Company
Equipment Performance Review
With the Equipment Performance Review (EPR) tool you can visualise and manipulate ASCII data. It enables you to review the performance of equipment, such as dredging equipment.
“To efficiently control and check a range of compliance requirements, in2Dredging developed a software tool which enabled us to verify several key parameters on a daily basis with a quick and consistent data review script. This bespoke feature allowed us to instantaneously and visually identify near misses which could subsequently be shared with the crew and supervisors. This greatly enhanced our ability to alleviate cases of non-compliance.”
Maarten Terwal, Australia
Operations Manager
TAMS
Subsea Rock Cutting
Subsea Rock Cutting (SRC) can accurately estimate cutting production for any dredging or mining equipment that mechanically cuts rock subsea.
“The Subsea Rock Cutting tool gives us a better understanding of rock cutting with dredge cutterheads and has helped us to verify and improve our computer model for rock cutting. It allows for many fast simulations and is a great data visualisation tool. ”
Klaas Wijma
Managing Director
APT Cutting
Subsea Soil Jetting
Subsea Soil Jetting (SSJ) estimates subsea equipments’ jetting production rates for soil during jetting operations.
Return Water Quality
The Return Water Quality (RWQ) tool can predict the quality of return water leaving soil placement areas.
Rapid Plume Modelling
The Rapid Plume Modelling (RPM) tool quickly and reliably estimates the likely zone of influence when depositing dredged material underwater.
Subsea Soil Stability
The Subsea Soil Stability (SSS) tool provides fast and reliable assessments of underwater soil stability under varying wave and current conditions.