IFM and Aerofloat collaborate to create water networks solutions for their projects

Maintaining water networks priority for ifm

ifm provides sensors for numerous industries and purposes. The company promotes ecologically conscious decisions for water networks. This includes contributing to the UN Sustainable Development Goals, such as the provision of clean water and sanitation. Read More
UV lighting up water treatment at Happy Valley

Water treatment lit up with UV at Happy Valley

The southern hemisphere’s largest Xylem-manufactured drinking water ultraviolet disinfection and water treatment system has kept pathogens at bay. After more than six months, it has protected the safe, clean drinking water supply for nearly half a million South Australians. Read More
Removal and recovery of ammonia from simulated wastewater using Ti3C2Tx MXene in flow electrode capacitive deionization for water purification

A new frontier in water purification

One in three people worldwide lacks access to clean drinking water and basic sanitation services. These problems have only increased across the world due to the effects of climate change. Developing countries and vulnerable communities are the most affected by the adverse effects of water scarcity and a lack of access to water purification facilities. Read More
Ballina Shire Council is installing solar panels at the Alstonville Wastewater Treatment Plant, using the innovative 5B maverick solar solution

Wastewater treatment plant to be solar powered

Ballina Shire Council has committed to 100 per cent renewable electricity operations by 2030. A key component of this ambitious target is the ongoing roll out of solar power across Council facilities. As part of Council’s Water and Wastewater solar strategy, a combined 150kW solar system is being installed this week at the Alstonville and Wardell Wastewater Treatment Plants, using the innovative 5B Maverick solar solution.
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Membrane bioreactor better than activated sludge

Membrane bioreactor better than activated sludge

More wastewater treatment plants (WWTPs) are transitioning from conventional activated sludge to the membrane bioreactor process. This is due to the membrane bioreactor’s small footprint and high effluent quality To better achieve environmental goals. Read More