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  • Oil Palm Brix 1.png

    Evaluation of Brix Values

    In tandem with leaf mineral analysis as proxy for nutrient mobility in the whole palm. Baseline 6.6 %, 宝盛 11.3%.

  • Leaf Mineral.png

    Evaluation of Nutrients Mobility

    Mesocarp density laboratory testing for ~+71% improvement.

  • Oil Palm Frond.png

    Frond Colour and Density

    Visible improvement to frond physiological (colour and density) improvement linked to elevation in Brix values and mineral content, through K, Mn, Cu and Zn.

  • Kernel size comparison.png

    Improvement in mineral mobility in the whole plant resulted to signficant increase in primary metabolism, producing larger Kernel size.

    Comparison of Kernel Size and Filling Capability

  • Kernel Bouyancy Test.png

    Bouyancy Test

    A surrogate for in-field evaluation of density in Kernel. Baseline 0%, 宝盛 75% Kernel sinks.

  • Kernel Cross Section.png

    Cross Section of Kernel

    Showing clear evidence for consistent enlargement and filling of mesocarp and kernel (Baseline vs 宝盛).

  • FFB (Pome size)

    Showing clear evidence for consistent enlargement and filling of whole freshfruit bunch (Baseline vs 宝盛).

    Pome.png
  • Soil Regeneration.png

    Soil Regeneration

    Showing clear evidence for soil regeneration in 14 months vs industry 10-15 years. (Baseline vs 宝盛). Zero fallow planting becomes a possibility.

  • 宝盛 Application 1.mp4
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    Application Backbone.mp4
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    Deployment

    Baseline: 3 manpower/10ha/day  vs 宝盛: 1 manpower + 1 tractor/10ha/day

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