Overview
Capalaba wastewater treatment plant serves over 81,000 people in Greater Brisbane, Queensland, Australia. It is located near the coast and discharges into local waterways.
Capalaba wastewater treatment plant is a municipal facility located in the Greater Brisbane region of Queensland, Australia. Serving a population of approximately 81,615, it plays a key role in managing wastewater for this suburban area. The plant is situated near the coast, indicating its discharge may influence estuarine or marine environments. As an Australian plant, Capalaba operates under the national regulatory framework administered by the Queensland Department of Environment and Science. For a facility of this scale, secondary treatment is standard, with potential nutrient removal requirements to protect sensitive receiving waters. The plant's designed capacity is 1. The plant's treated effluent likely discharges into local creeks or rivers that flow into Moreton Bay, a large coastal embayment. Moreton Bay supports diverse marine life, including seagrass meadows and fish nurseries, making water quality management critical. The plant's proximity to the coast underscores the importance of effective treatment to minimize ecological impact.
Environmental context
Capalaba plant discharges into waterways draining to Moreton Bay, a semi-enclosed coastal bay of the Coral Sea. The bay supports seagrass beds, mangroves, and migratory bird habitats. Nutrient and pathogen removal are essential to protect these ecosystems from eutrophication and contamination.
Frequently asked questions
Capalaba wastewater treatment plant is located at Willowie Crescent, Capalaba, in the Greater Brisbane region of Queensland, Australia.
The plant serves approximately 81,615 people in the Capalaba and surrounding areas of Greater Brisbane.
The plant discharges treated effluent into local waterways that flow into Moreton Bay, a coastal embayment of the Coral Sea.
The plant operates under Queensland's environmental protection legislation, which implements national water quality guidelines and requires appropriate treatment levels to protect receiving waters.
For a plant of this scale in Australia, secondary treatment with nutrient removal is standard, often including biological processes to reduce nitrogen and phosphorus before discharge.
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