Our Projects

Projects That Deliver Real-World Water Solutions

See how our innovative water treatment technologies solve complex challenges across diverse industries.

Marine Growth / Biofouling Control​

Pareh Sar Power Station - Iran

Seawater intake and cooling-water infrastructure at Pareh Sar Power Station required dependable protection against marine growth and biofouling. Uncontrolled biological accumulation can restrict flow, reduce heat-transfer performance and increase the frequency of mechanical cleaning.
Environmental Science

Burj Al Arab – Swimming Pool

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Marine Growth / Biofouling Control

Qeshm Power Station

Seawater intake and cooling-water infrastructure at Qeshm Power Station required dependable protection against marine growth and biofouling.
Marine Growth / Biofouling Control​​

Kupang Power Station

Seawater intake and cooling-water infrastructure at Kupang Power Station required dependable protection against marine growth and biofouling. Uncontrolled biological accumulation can restrict flow, reduce heat-transfer performance and increase the frequency of mechanical cleaning.
Biomedical Research

Xylem – Sri Damodaram Power Station

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Biomedical Research

Lampung Power Station – Sumatra, Indonesia

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Marine Growth / Biofouling Control​​​

Babel Power Station, Indonesia

Seawater intake and cooling-water infrastructure at Babel Power Station required dependable protection against marine growth and biofouling.
Water Treatment

Petronas Kerteh Platform

Petronas Kerteh Platform required a robust water-treatment solution suited to the operating conditions at Malaysia. Reliability, controlled disinfectant generation and ease of maintenance were key project considerations.
Stage 3 required dependable protection against marine growth and biofouling.
Marine Growth / Biofouling Control​​​

Pulau Seraya Power Station Stage 1​

Seawater intake and cooling-water infrastructure at Pulau Seraya Power Station Stage 1 required dependable protection against marine growth and biofouling.
Seawater intake and cooling-water infrastructure at Neka Power Station required dependable protection against marine growth and biofouling.
Marine Growth / Biofouling Control​​​

Neka Power Station​

Seawater intake and cooling-water infrastructure at Neka Power Station required dependable protection against marine growth and biofouling. Uncontrolled biological accumulation can restrict flow, reduce heat-transfer performance and increase the frequency of mechanical cleaning.
Marine Growth / Biofouling Control​​​

Torrens Island Power Station

Seawater intake and cooling-water infrastructure at Torrens Island Power Station (x 10) required dependable protection against marine growth and biofouling.
Seawater intake and cooling-water infrastructure at Hamersley Iron Power Station required dependable protection against marine growth and biofouling.
Marine Growth / Biofouling Control​​​

Hamersley Iron Power Station

Seawater intake and cooling-water infrastructure at Hamersley Iron Power Station required dependable protection against marine growth and biofouling.
Seawater intake and cooling-water infrastructure at Port Augusta Power Station (x 12) required dependable protection against marine growth and biofouling.
Marine Growth / Biofouling Control​​​

Port Augusta Power Station

Seawater intake and cooling-water infrastructure at Port Augusta Power Station (x 12) required dependable protection against marine growth and biofouling.
Electrochlorination
Marine Growth / Biofouling Control​​​

Sumatra Power Station​

Seawater intake and cooling-water infrastructure at Sumatra Power Station required dependable protection against marine growth and biofouling.
Marine Growth / Biofouling Control​​​

Robe River Power Station

Seawater intake and cooling-water infrastructure at Robe River Power Station required dependable protection against marine growth and biofouling.
Seawater intake and cooling-water infrastructure at BHP Nickel required dependable protection against marine growth and biofouling.
Marine Growth / Biofouling Control​​​

BHP Nickel

Seawater intake and cooling-water infrastructure at BHP Nickel required dependable protection against marine growth and biofouling.
Watertreatment
Marine Growth / Biofouling Control​​​

Burrup Peninsula

Seawater intake and cooling-water infrastructure at Burrup Peninsula required dependable protection against marine growth and biofouling. Uncontrolled biological accumulation can restrict flow, reduce heat-transfer performance and increase the frequency of mechanical cleaning.
Marine Growth / Biofouling Control​​​

Indominco Power Station

Seawater intake and cooling-water infrastructure at Indominco Power Station required dependable protection against marine growth and biofouling.
Water Treatment

Wild Wadi Water Park

Wild Wadi Water Park required a robust water-treatment solution suited to the operating conditions at Dubai, UAE. Reliability, controlled disinfectant generation and ease of maintenance were key project considerations.
Water Treatment

Ocean Park

Ocean Park required a robust water-treatment solution suited to the operating conditions at Hong Kong. Reliability, controlled disinfectant generation and ease of maintenance were key project considerations.
Water Treatment

Pandawa Water Park

Pandawa Water Park required a robust water-treatment solution suited to the operating conditions at Central Java, Indonesia. Reliability, controlled disinfectant generation and ease of maintenance were key project considerations.
Our Vision

At Water Engineers Australia, our vision is to lead the future of sustainable water treatment through innovative engineering, advanced disinfection technologies, and environmentally responsible solutions.

Our Mission

Through our Oximax range of technologies, we strive to help clients improve water quality, reduce operational risks, minimise chemical handling, and achieve environmental compliance with innovative and sustainable treatment systems.

Our Motto

“Engineering Cleaner Water for a Safer Future,” reflects our commitment to delivering innovative and reliable water treatment solutions that improve water quality, protect communities, and support a more sustainable future.

Our Service

Committed to Customer Satisfaction

Our team works closely with every client to understand their operational requirements and provide tailored systems that improve performance, reliability, and efficiency. From project consultation and system design through to installation and ongoing support, we are committed to ensuring our customers receive the highest level of service and value.
Project Consultation

Our experts provide professional guidance to help identify the right water treatment solution for your project requirements.

System Design

We design customised water treatment systems engineered to meet your operational and water quality requirements.

Installation

We provide professional installation services to ensure your water treatment system is commissioned safely and operates efficiently.