Stainless steel solutions for long-term water performance

Critical wastewater infrastructure at the Alfred Street Pumping Station in Slacks Creek, Queensland, has been future-proofed through the design and manufacture of two custom stainless steel penstocks – the heavy duty gates that control water flow through a pumping station – by ASSDA Member and Accredited Fabricator Australian Water Engineers (AWE).

Engaged by Logan Water Alliance as part of Logan Water’s Wastewater Pipeline and Maintenance Hole Renewal Program, AWE was tasked with replacing outdated, non-functional penstocks essential to the isolation and control of inflow to the pumping station. The project forms part

Delivering resilient water treatment with stainless steel

Stainless steel is fast becoming the material of choice across new and upgraded water infrastructure projects in Australia, valued for its durability, corrosion resistance, and long-term sustainability. This shift was on full display in the Gisborne Recycled Water Plant Upgrade in Victoria, where ASSDA Member and Accredited Fabricator, Total Piping & Mechanical (TPM), delivered expertise that strengthened best practice for stainless steel use in recycled water treatment facilities.

Installed in September 2024, the stainless steel pipework forms a key component of Greater Western Water’s wider upgrade of the Gisborne Recycled Water Plant.

Located in Pilbara of Western Australia, Gudai-Darri is Rio Tinto’s first Greenfield mine in the region in more than a decade. Stretching across both Banjima and Yindjibarndi country, both Traditional Owners were engaged through the planning and development stages in Rio Tinto’s most technologically advanced iron ore mine yet. Gudai-Darri features the world’s first autonomous water carts, trucks, drills, and trains, as well as a robotic ore sampling laboratory and solar farm. Gudai-Darri has a 40-year mine life and will support thousands of jobs moving into the future.
 

THE CHALLENGE

Rio Tinto faced the challenge of providing a sustainable

In 2022, a remarkable chapter in Australia's biotechnology research unfolded with the opening of the CSIRO National Vaccine and Therapeutics Lab in Clayton, Victoria. This state-of-the-art facility has been designed to play a pivotal role in the research and development of vaccines and drug treatments, ultimately contributing to Australia's innovative potential in the life sciences sector. At the heart of this ground-breaking lab, stainless steel has emerged as a critical component, ensuring the facility's functionality, quality, and safety.

The facility’s primary objective is to transform vaccine and drug candidates into products that can be manufactured onshore in substantial quantities for clinical trials. It

A FISH-FRIENDLY WATER EXTRACTION FACILITY  

For the past six years, ASSDA Member and Accredited Fabricator AWMA Water Control Solutions have been a proud partner of Rangitata Diversion Race Management Ltd (RDRML) in delivering one of the world's largest fish-friendly water extraction facilities using stainless steel.

The Rangitata Diversion Race (RDR) plays a crucial role in extracting water from the Rangitata River in New Zealand's South Island, serving irrigation, stock water, and hydropower generation needs year-round. However, the environmental impact on native fish populations was a concern for RDRML.

To address this challenge, AWMA was awarded the design and construct

For years, the plumbing industry has been dominated by materials such as galvanised mild steel, copper, and plastic. However stainless steel is quickly emerging as a standard construction material in various water supply applications.

Stainless steel offers a multitude of benefits, including corrosion resistance, hygienic properties, strength, long-term performance, excellent hydraulic conductivity, and the ability to withstand high pressure and temperature requirements. It has found its place in diverse applications, from desalination plants and reverse osmosis water treatment systems to water supply for high-rise buildings and domestic tapware. Stainless steel provides a safe and sustainable solution throughout the entire lifespan

Stainless steels are almost universally used around indoor and exterior pools for railings around or into the water, fixtures, furniture, grills, etc. The finishes are bright and readily cleanable for hygiene and are resistant to staining or corrosion by the chemical treatments required for the maintenance of public health.

This article discusses the unexpected problem (and the solutions) that showed up in the 1980s because of the changing design and operation of indoor heated and chlorinated swimming pools when combined with the increased use of stainless steels as structural supports in the ceilings over pools. The problem: 304/316 stainless steel

When you last snacked on some almonds, you may not have given much thought to how they were harvested and made ready for your consumption. However, like almost all food and beverages, on their journey to your snack bowl, they encountered some stainless steel bearing equipment.

Australia is a dominant producer of almonds, with the Murray Darling region accounting for almost a third of production. Kooba, located a few kilometres south of Griffith in south-central New South Wales and off the Murrumbidgee River, is the site of a large almond orchard having received significant recent investment.

Irrigation is critical to

For almost 30 years ASSDA Member AirEng has delivered customised, state-of-the-art stainless steel airflow solutions for a wide range of local and global industries including agriculture, mining, food and beverage and water treatment. 

AirEng continues to be a leading industrial fan specialist, providing businesses with steadfast solutions, employing leading edge technology, practical design, and robust construction. All AirEng products are proudly designed and manufactured locally in Australia at their production facility in Bayswater, Victoria, spanning over a 3.2-acre site. 

Industrial fans are used for various applications and unique industry needs. They are generally broken down into three different fan types,