With our expertise in coastal processes and environments, we deliver solutions for:
Port, Harbour and Terminal
We offer a range of services for ports, harbours and marine terminals including:
- Review and development of existing infrastructure
- Site selection and evaluation of future port development
- Optimise the design of port infrastructure
Coastal Processes
Coastal and shelf sea processes include wind, climate, waves, currents and tides. These processes influence the distribution of sediment, salinity and water borne particles that shape the coast, seabed, water quality and distribution of marine life.
Navigation
Hatch Marine consultants is authorized business partner in India for 
Maritime Simulation Services Pvt. Ltd., Singapore.
FORCE technology has the capability to implement a wide range of hydro- and aerodynamic simulations research studies for port and marine terminal operations and design development.
Together with the use of FORCE Technology Full Mission Simulators, our team consisting of Master Mariners, Qualified ex-PSA Class A1 pilots and Simulation Design Engineers, who have exposure on similar development, can provide an extensive practical in-depth working and academic experiences in the use of simulators for verification studies and training.
We study the suitability of the proposed layouts under standard and emergency operating scenarios and requirements for navigation aids in simulated real-world .
Dredging channel optimisation
Optimisation of dredge areas can deliver significant capital and operational savings. We look at navigation together with our wave, current and sediment transport models to assess depositional rates, optimise depths, side slopes and channel widths.
Dredging and disposal
We use numerical models to design and optimise channels and ensure suspended material concentrations from the dredge process can be quantified and mitigated if needed.
Coastal impact
We use range of computational modelling resources to study the impact of any shoreline development on the coastal regime and evolution.