Overview
Te Puke wastewater treatment plant serves the Bay of Plenty town in New Zealand. The facility handles municipal wastewater for a population of around 7,700 and is located near the coast.
The Te Puke wastewater treatment plant is located in the Bay of Plenty region of New Zealand's North Island. It serves the town of Te Puke, a community known for its horticulture and proximity to Tauranga. The plant is designed to treat wastewater from a population of approximately 7,676 people, reflecting its role as a medium-sized municipal facility. New Zealand's wastewater treatment plants operate under the Resource Management Act (RMA) and regional council discharge permits. For a town of this size, secondary treatment is typical, often followed by disinfection before discharge. The treated effluent from Te Puke likely discharges into a local waterway that flows into the Bay of Plenty, a coastal environment on the Pacific Ocean. The region supports diverse marine life and is important for recreational and commercial fishing. Proper treatment is essential to protect water quality and the ecological health of the bay.
Environmental context
The plant's discharge likely enters a small stream or river that flows into the Bay of Plenty, a large coastal embayment on the Pacific Ocean. This area supports diverse marine ecosystems, including fish nurseries and shellfish beds. Protecting water quality is critical for the region's tourism and fishing industries.
Frequently asked questions
The plant is located at 18A Gordon Street, Te Puke, in the Bay of Plenty region of New Zealand's North Island.
The plant serves approximately 7,676 people in the Te Puke area.
The treated effluent is likely discharged into a local waterway that flows into the Bay of Plenty on the Pacific Ocean.
Wastewater treatment in New Zealand is regulated under the Resource Management Act (RMA) and regional council discharge permits, which set standards for effluent quality and environmental protection.
For a town of this size, secondary treatment followed by disinfection is typical, often with nutrient removal if discharging to sensitive waters.
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