Osmoflo emergency water rentals
Emergency water rentals
Minimise downtime with rapid deployment
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WHAT WE DO >

Innovation and Technology

Technology and innovation are at the heart of our water treatment solutions

We develop process options, undertake bench and pilot studies, and create unique solutions through our early contractor involvement capabilities.

Innovation has been deeply embedded in our culture for over 30 years.

Our approach is built on the innovation, knowledge and experience of our long – serving, high performing staff, effective training, and a deeply embedded culture of striving for ‘out of the box’ thinking to creatively solve problems and develop new ways of doing things.

More than 30 years developing solutions for our customers across industries and geographies, we have truly become a specialist in difficult to treat water - how to do that more efficiently, reliably and cost effectively is what a large proportion of our R&D effort is focussed on.

Ceramic membrane technology is revolutionizing the global filtration industry, elevating Australia's water solutions to new standards of durability and environmental sustainability.

Osmoflo's Cerflo platform, with ceramic membranes at its core, represents a complete overhaul of existing systems, drawing on over 30 years of our experience in the water industry. Here, reliability and sustainability converge to meet the increasing demands of a water-conscious and energy-constrained world. As the need for efficient, robust, and sustainable water treatment solutions grows, Cerflo is positioned to meet these demands, providing long-lasting performance delivered by a trusted and experienced water partner.

Filtration tower configuration
Cerflo filtration module
Fully modular configuration
Standard Module 6.0 S with 34 plates
Module ST Series with 8/11/16 plates

Where Cerflo makes a difference:

Versatile Filtration

Effectively handles various water sources, ensuring clean and safe water.

Optimised Process

Combines multiple pre-treatment steps into one efficient process.

Cost Efficiency

Offers the lowest Total Life Cycle Costs, with significant savings over time.

Sustainable

Low footprint, no microplastic pollution, and recyclable.

Energy Efficient

Ideal for decarbonizing infrastructure or limited power supply settings.

Reliable Performance

Designed for minimal intervention, capable of handling high turbidity and oily wastewater.

IP at the cutting edge of water management

Osmoflo Brine Squeezer and Brine Management.

Starting in the 2000’s, Osmoflo recognised there was a need to minimise concentrate and brine production from desalination plants.  We went on to develop and  patent the Osmoflo Brine Squeezer which has since been fully commercialised to become one of the most successful and well proven non-thermal brine concentration technologies available in the market today with several full-scale plants now having been built and operated for many years.  

With the capacity to economically minimise waste streams to as low as 5% on brackish water applications, significant economies can be made downstream to reduce the size of inland evaporation lagoons or thermal brine concentrators.   This is also conducive to using these traditional ‘waste streams’ to recover rare critical materials using membranes as the world moves towards more circular approaches for resource recovery.    

IP at the cutting edge of water management

Osmoflo Brine Squeezer and Brine Management.

Starting in the 2000’s, Osmoflo recognised there was a need to minimise concentrate and brine production from desalination plants.  We went on to develop and  patent the Osmoflo Brine Squeezer which has since been fully commercialised to become one of the most successful and well proven non-thermal brine concentration technologies available in the market today with several full-scale plants now having been built and operated for many years.  

With the capacity to economically minimise waste streams to as low as 5% on brackish water applications, significant economies can be made downstream to reduce the size of inland evaporation lagoons or thermal brine concentrators.   This is also conducive to using these traditional ‘waste streams’ to recover rare critical materials using membranes as the world moves towards more circular approaches for resource recovery.    

REMOTE PLANTS AND DIFFICULT WATER

Osmoflo has designed and built over 600 plants across the globe, including remote locations with very challenging feed water characteristics.

With such a wide diversity of feed water quality and operating conditions over the past 30 years, there’s not much that we haven’t seen before. We do everything from concept/preliminary design through to detailed design, fabrication, construction, commissioning and long term operation and maintenance and asset renewal.

ACID MINE DRAINAGE TREATMENT

Developed a membrane-based system to treat acid mine drainage water.

Based on the principles of the Osmoflo Brine Squeezer, we’ve successfully developed a membrane-based process to treat acid mine drainage water – a process that operates reliably on feed waters with pH levels as low as 2, and with extreme calcium and sulphate levels that most other membrane processes simply cannot deal with.

RESEARCH & DEVELOPMENT

R&D to create a sustainable water future

Artificial intelligence and Machine Learning Capability

Osmoflo has been actively utilising  Machine Learning (ML), a component of Artificial Intelligence (AI), to help our Operators continually improve and optimise the way we run our water treatment facilities. With a combination of the best expertise available and in-house capability, we have used our cloud-based Plant Connect communications system to transfer operating data to a central processor for training. 

In return, ML and AI algorithms have been utilised to feedback advice to Operators to allow optimisation  on critical process set points, dosing rates and cleaning frequency.  

Using these techniques, we have demonstrated and achieved tangible reductions in energy and chemical consumption as well as substantial improvements to membrane life.  

Collaborations with Industry and Academia to strive for a Circular Future

From our graduate program to our involvement in universities both here and abroad, we are strongly committed to the foundational experience we provide to tomorrows young water professionals.  

We also partner with several leading organisations, research institutions and industry associations that support our endeavours of ‘testing the boundaries’ of water and resource recovery, and how we can collectively create a circular economy through the world’s most precious resource.