We understand that achieving microbial compliance is of utmost importance in critical healthcare facilities,such as Endoscopy, Pathology, CSSD and Renal Dialysis.
Discover why monitoring internal water systems is critical in healthcare and high-purity facilities, how biofilms form, and strategies to prevent microbial growth and compliance risks.
Smarter RO units boost lab sustainability by reducing water waste, saving energy, and lowering costs. Discover how sustainable designs support compliance and improve efficiency in laboratory operations.
Bypassing procurement standards for RO systems in healthcare can lead to costly failures, compliance risks, and patient safety issues. Learn why specialist suppliers are critical from day one.
Ensure the safety of your building water systems by following this comprehensive checklist to prevent Legionella contamination. Read more...
Investing in regular maintenance is a strategic decision that safeguards your operations, protects your investment, and ensures the long-term sustainability of your water treatment system. Read more…
Disinfection, Sterilisation, and Inactivation (DSI) are crucial for dental practice. Learn about the best practices and how to maintain a sterile environment to protect patients. Read more…
We examine the critical role of RO plant design in day hospitals and dental facilities, focusing on compliance with, while maintaining return on investment. Read more…
We explore TMV challenges in endoscopy, discussing Legionella risks and the need for careful water management in healthcare facilities. Read more…
Learn how to minimise the environmental footprint of Reverse Osmosis (RO) systems through energy saving and RO water efficiency designs. Read more . . .
This article outlines the critical reasons supporting the use of Reverse Osmosis (RO) technology in healthcare settings and explain how RO's consistent high-purity water, regulatory compliance, and risk mitigation outweigh initial expenses. Read more...
This article clarifies some common misconceptions surrounding hospitals reverse osmosis (RO) system design and implementation, including operating temperatures, ringmain length and piping materials selection. Read more...
This white paper aims to delineate the pivotal process parameters essential for controlling Legionella in building water systems. These control measures are ideally initiated during the design and commissioning phases and should be consistently applied as preventive measures. Read more...
This white paper examines the importance of final rinse cycles in washer-disinfectors (WDs) for reprocessing medical devices, emphasising the need to remove residual chemicals and contaminants to ensure safe device reuse. Read more...
The conventional design of Reverse Osmosis (RO) units for hemodialysis can impact the environment with high water and energy consumption. The article provides insights on how healthcare providers can prioritise sustainability without compromising performance. Read more...
Find out how RO and thermal disinfection can be ineffective infection control methods if not implemented correctly, resulting in costly system replacements. Read more...
Failing to promptly spot microbial issues in the water filtration plant of your Central Sterilisation Supply Departments (CSSD) can lead to delays in fixing problems and figuring out where the contamination is coming from. Read more...
The Australian government sought public input on the newly proposed Australian Standard 5369:2023, which applies to reprocessing reusable medical devices in both healthcare and non-healthcare facilities. We share our response and what we propose to be the critical changes required. Read more...
We'll be at the Federation of Sterilizing Research Advisory Councils of Australia (FSRACA) National Conference. The team will be readily available to provide valuable insights and answer questions related to purified water system design, especially concerning the upcoming AS5369 standard. Read more...
‘Sterilisation, Disinfection, Inactivation Not Knowing the Difference Could Cost you a Life’ is the white paper released today for facility and hospital managers. It describes the differences between the three and provides solutions to help improve microbial sanitation and hygiene risk management. Read more...
Disinfection, sterilisation, and inactivation are all important components in your microbial risk management toolbox. But do you know the difference and which is the right approach for your situation? Read more & download the white paper...
When selecting a purification process to meet AS/NZS 5369:2023 scientific facts and evidence-based practices should be the cornerstone. It's imperative that the selected processes don't adversely affect the primary goal, which is the control of bacterial endotoxins. Read more in our white paper...
Find out how the benefits of a risk-based QMS include increased efficiency, improved RMD reprocessing procedures, waste reduction, cost savings, and enhanced staff training and empowerment. Read more...
There are multiple factors to consider when ensuring a complete purified water solution meets physical, chemical and microbial water quality. Read more...
AS5369:2023 compliance of your Reverse Osmosis (RO) plant relies on two crucial factors: the point of sampling and the test methodology. Find out how to execute both accurately, read more...
Southland Filtration is a leading Australian provider of commercial water filtration solutions. We’ve been helping businesses since 1995 with a focus on quality, custom solutions, and reliable service. We work with businesses and organisations in Australia and New Zealand to address their unique water challenges and maintain the highest standards.
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