The Zero-to-Low Energy Accel-o-Fac® system will be an upgrade of an existing WwTP.
Following study and planning by both New Zealand local officials and Gurney Environmental, the company will be shipping an Accel-o-Fac® wastewater treatment system that includes 8 SERIES 3 zero-to-low energy windpowered aeration units for retrofit to the WwTP at the Homebush WwTP outside Masterton, New Zealand following a similar installation at Nelson, New Zealand in 2017.
The Zero-to-Low Energy Accel-o-Fac® windpowered system fits in with their eco/sustainability focus of seeking out significantly greener and more sustainable options.
Meeting the Challenges of Climate Change
Employing the windpowered Accel-o-Fac® system is uniquely suited to meet the many challenges of climate change with an extremely low carbon footprint, dramatic energy savings, no sludge production or handling, no odour, plus energy-free disinfection, thereby making effluent suitable for irrigation water re-use or safe-bathing waters whether discharged to river or sea.
Installation Improves Performance Whilst Saving Energy
The Accel-o-Fac® upgrade will be used to significantly improve overall treatment within the WwTP whilst also controlling odour, digesting sludge and improving disinfection. With a zero-to-low energy cost, the benefits are gained with OPEX savings that can literally pay for the initial capital cost.
Gurney Environmental has a well-documented track record over the decades of resolvoing serious wastewater treatment issues, and doing so with extrememly low carbon options. Zero-toLow Energy options like the Accel-o-Fac® system offer impressive treatment whilst dramatically cutting OPEX including energy. The windpowered SERIES 3 aerator/mixers employed in the Accel-o-Fac® system are low maintenance, long lasting and affordable, thereby creating truly sustainable options for many communities and industries.
Several Unique Wastewater Treatment Solutions from Gurney Environmental
CLICK HERE to learn about our various low-energy wastewater treatment systems and options.