AMT was then engaged to complete the Detail Design and ILS Package for the upgrade of the RO Plant system which involved the integration two new Reverse Osmosis Plants and upgraded seawater feed pumps. Other equipment integrated as part of the upgrade were a chlorine gas detection system including sensor, controller and sounder beacons, activated carbon filters for dechlorination of the fresh water flushing water, sand media filters for the feed seawater, sediment cartridge filters for feed seawater, a remineralisation filter for treating the RO product water and a Sodium Hypochlorite Dosing system for chlorination.
Electrical work included switchboard modifications and the addition of an auxiliary control box to integrate solenoid valves on seawater feed and freshwater flush lines to facilitate automatic operation and minimise ship’s crew operation and maintenance burden.
Installation was completed on HMAS Leeuwin in May 2019 and installation on HMAS Melville was completed in August 2019. AMT provided onsite production support in Cairns to facilitate resolution of issues and provide designer input to the process. This activity also provided the opportunity to enhance AMT personnel’s experience in managing production and installation issues with tight schedule constraints.
Final testing of the product water was completed at an external laboratory and met all applicable requirements.
The upgraded RO Plants provide the ship’s crew with a reliable source of potable water which is critical for maintaining capability and morale.
This project highlighted AMT’s capability in managing a variety of stakeholders including the End Customer, In-Service Support Contractor, Equipment OEMs and Installation Contractors to achieve an excellent outcome.
Seawater Feed Pumps
Filter Module
RO Plant High Pressure Pump and Membranes

We identified and provided solutions to potential hazards and operability and maintainability problems for a polystyrene plant in Egypt.
We were appointed to undertake a regional study to assess the commercial potential of the development of a marine waste collection and reprocessing network.
We were commissioned by an International Gas Supplier to conduct an Explosion Impact and Vent Dispersion study for three proposed hydrogen plants to assess the explosion overpressure impacts due to catastrophic failure of selected equipment.
BMT was commissioned by International Finance Corporation (IFC) to review the environmental and social management system (ESMS) of Guangzhou Development Industry Holding Co. Ltd. (GDIH), a subsidiary of IFC.