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HydraHume

A liquid solution of Potassium Humate providing a product suited to building soil humus and increasing soil fertility.

By directly contributing to humus development, HydraHume increases the soil’s water and nutrient holding capacity.

Potassium Humate is used to address high levels of sodium in soils aiding cation balances. It is an efficient promoter of plant growth, increasing root mass while also improving the supply of nutrients to the crop (fertiliser use efficiency).

HydraHume rapidly accelerates the microbial activity in soils, building soil carbon and reducing nutrient lock-up.

  • Promotes plant growth and root mass
  • Increases soil water and nutrient holding capacity
  • HydraHume is a certified organic input.
More information

BioAg continues to utilise only high-grade raw materials to develop its product range. Leonardite is the principal raw material, delivering one of the richest sources of humic acid available. BioAg’s production process minimises the level of chlorides in HydraHume.

To purchase

Contact your Area Manager today for a tailored plan for your crop.

HydraHume resources

  • Biostimulants to the rescue – enhancing fertiliser efficiency

    Nitrogen Use Efficiency (NUE) is the term used to describe the effectiveness of nitrogen uptake by plants, whether it be nitrogen latent in the soil, sequestered from the air, or applied as fertiliser.

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  • Impactful results even in challenging seasons

    In BioAg’s Winter/Spring Newsletter 2022, we wrote about a leading Australian wine producer seeking ways to improve the yield and quality of their organically grown grape crop. BioAg readily accepted this opportunity/challenge and has been working with the producer in t...

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  • Riverina Organic Wine Grape Vine demonstration

    Investigating the benefits of a BioAg nutrition program for organic grapes, to evaluate the impact on grape harvest yield and quality.

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  • Addressing soil heavy metals and salinity

    Several heavy metals and salts are beneficial to crops and stock when present in trace amounts, hence the use of 'trace elements' when included in fertilisers.

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