What are the results?
- Superior drift control and increased crop coverage
- Reduced water usage by over 50%
- Extended spray windows
- Reduced chemicals by over 20%
- Environmental and Legislative Compliance
- Increased efficacy and disease control arising from using smaller droplets without the associated drift issues.
TCT REPORT BY WAGENINGEN UNIVERSITY
Spray drift reduction of the MagGrow spray system Effect of magnetism, nozzle type, end nozzle and spray boom height.
This study was carried out by Wageningen University & Research and was commissioned and financed by MagGrow (Dublin, Ireland) within the context of the classification for spray drift reduction of the MagGrow spray system (project number 3710445400). Wageningen Plant Research is the collaboration of Wageningen University and the foundation Stichting Wageningen Research. Wageningen, April 2017.
For more information, please download the full report
80% drift reduction
Source: UCD (2016)
> 25% chemical savings * / † / ^
> 25% water rate reduction * / † / ^
> 20% disease reduction † / ^
> 10% yield improvement † / ^
Sources: * Commercial Farm, Friesland Netherlands (2015) † Wageningen Institute, The Netherlands (2014) ^ Proeftuin Zwaagdijk, The Netherlands (2014)
40% water application rate reduction
3.5 times more disease control for MagGrow spraying versus conventional spraying
Source: Gallica Flowers PLC, Ethiopia (2016)
> 20% weed reduction ~
> 10% yield improvement ¤
Sources: *~ USADA ARS, Colorado, USA (2006-2008) .¤University of Florida, USA (2006-2008)
90% drift reduction