Wash Down Wastewater Treatment for Marina Vessel

An accommodation and wellness centre engaged with the local council and agreed to improve the quality of the water spent from their hot springs prior to discharge into the environment. To meet the stringent log reduction parameters for water treatment, a process solution incorporating a containerised Multimedia Filter (MMF) with validated UV disinfection was implemented. MAK Water worked with the client to understand their concerns regarding rainfall ingress and installed a cost effective integrated manual change over line to allow the client to perform a rainwater first flush. The solution enabled the client to meet their sustainability goals and local council requirements. This is the second plant that has installed MAK Water for similar applications for this client as it works to reduce its environmental footprint. The containerised plant reduces install time, removes the need for additional shelters and improves the longevity of the plant in harsh operating conditions.

A remote campground required portable water in accordance with ADWG from a river source to service the increase in visitors to the park. The plant needed to provide safe and reliable potable water, handle fluctuations in river water quality, have built in redundancy, be fully automated and require minimal operator input, and have remote monitoring capabilities. MAK Water was selected through a tender process, based on meeting all the specifications for design, manufacturing, installation, commissioning, support and routine maintenance.

An owner and operator of premium yacht marinas in required a new treatment system to treat the waste stream from the marina hardstand at one of their new premier sites in Sydney. The waste stream comprised general wash down water from vessels during servicing and hull cleaning processes. The site has access to a sewer for trade waste discharge, so treatment system was required to enable treated wastewater to be discharged to sewer for minimal costs. MAK Water was engaged to design and deliver a solution.

For over 15 years MAK Water has, maintained and serviced a Reverse Osmosis (RO) plant that for the largest off-grid tourism location in the Northern Territory supplying up to 5,000 staff and tourists drinking water. We were asked to provide a solution to lower the Permeate Conductivity and Feed water pressures. MAK Water provided design and application advice on using hot water while carrying out routine CIP cleans. The concept was accepted, and we fabricated a 5m3 stainless steel tank to suit the pipework on site without any significant changes to the site layout.

A resort reached out to MAK Water as their potable water treatment plant that was not meeting the throughput required to meet the demands of peak season during school holidays. The system had originally been designed to produce 200m3/day but had struggled to produce these volumes. MAK Water reviewed the existing design and found that the system had not been designed to handle the variability of the river water that feeds the plant. MAK Water ran a computer simulation based on feed water analyses and subsequently engineered a solution that would meet the peak demands when the feed water quality was at its worst.

Remote beach properties are typically not connected to the potable water network and require local water treatment of sea water. When the new owners of a beach front luxury resort on the NSW South Coast took over the property, they inherited an old, inefficient and unreliable sea water desalination plant that was not capable of producing potable water to the standards of the Australian Drinking Water Guidelines (ADWG) and which used large amounts of power. To meet the expectations of its +120 guests and NSW Health, resort management prioritised the urgent need to install a new sea water desalination plant. The plant needed to produce potable water in accordance with ADWG for the resort's guests, with spare capacity to irrigate their grounds. The plant also needed to be more energy efficient to lower running costs.