Waikato-based research has set a global benchmark for energy-efficient milk powder processing and has potential to improve energy use in a range of industries here and overseas.
As a result of work by the University of Waikato’s Energy Engineering Research Group, New Zealand milk powder processing plants are leading the world in terms of their energy consumption, reliability and product quality. The team used computer modelling and in-plant measurements to optimise airflow design parameters. They also improved the re-use of thermal energy generated by plant processes through design enhancements, applying heat-pump technology, developing new analysis methodologies and increasing understanding of the way milk powder behaves during processing. The research has resulted in a significant number of published papers, awards, conference presentations, industry training sessions and improvements to best practice standards.
Energy Engineering Research Group, led by James Neal
University of Waikato
2017 Simcro Engineering Science Award Winner
Waikato-based research has set a global benchmark for energy-efficient milk powder processing and has potential to improve energy use in a range of industries here and overseas.
As a result of work by the University of Waikato’s Energy Engineering Research Group, New Zealand milk powder processing plants are leading the world in terms of their energy consumption, reliability and product quality. The team used computer modelling and in-plant measurements to optimise airflow design parameters. They also improved the re-use of thermal energy generated by plant processes through design enhancements, applying heat-pump technology, developing new analysis methodologies and increasing understanding of the way milk powder behaves during processing. The research has resulted in a significant number of published papers, awards, conference presentations, industry training sessions and improvements to best practice standards.