HiPhorius™

DSM PERFORMANCE SOLUTIONS

Adding a little wins a lot

Expand your opportunities with a new generation phytase.

Building on the heritage of our renowned RONOZYME® HiPhos, DSM’s
new, fourth-generation phytase paves the way for future nutritional
solutions with notable appeal.

By adding a little, you can win a lot.

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HiPhorius™ raises the market standard for phytase technology, delivering consistent improvements in animal performance through efficient phosphorous utilization. It is a complete phytase solution for poultry, swine and aquaculture species and designed to help farmers achieve sustainable and profitable animal protein production.  

HiPhorius™ enables producers to expect increased efficiency, improved thermostability and access to digital services, giving producers opportunities to reduce feed costs. The superior phytate-degrading properties of HiPhorius™ enable precision nutrition with the use of digestible calcium for optimum broiler performance. Using end-to-end digital services for intelligent phytase nutrition, HiPhorius™ offers more out of less feed.  

Selected species

Lower Feed Cost 

HiPhoriusTM is increasing the Phosphorus Digestibility in poultry, meaning that the use of expensive inorganic phosphates can be reduced significantly.

The result is substantial feed cost reduction.  

Maximized Animal Performance

Trials with broilers demonstrate:

  • Class-leading phytate degradation, which is improving Phosphorus digestibility and Phosphorus release.
  • Increasing HiPhoriusTM doses in the diets results in near complete phytate hydrolysis, leading to improved Feed Conversion Ratio and growth rate. 

Pelleting Stability

Phytase stability during feed manufacturing process (e.g. pelleting), is becoming very important, especially when high efficiency phytases (like HiPhoriusTM) are displacing more and more inorganic phosphates in poultry diets.

HiPhoriusTM recovery throughout the complete feed manufacturing process is excellent. 

Enzyme Efficiency

HiPhoriusTM activity is optimized, making it stable over a wide pH range in the gastrointestinal tract. The superior stability of HiPhoriusTM enables rapid and efficient phytate degradation and mitigation of anti-nutritional effects of dietary phytate.

Minimized Environmental Footprint

HiPhorius™ increases profits while reducing livestock emissions. It goes beyond feed efficiency, delivering enhanced value by helping manage emerging challenges related to environmental sustainability (Phosphorus and GHG emissions). HiPhorius™ enables animals to utilize better the naturally occurring Phosphorus in feed and reduces the need for inorganic Phosphorus supplementation.

If 25g HiPhoriusTM40 is included in each MT of feed for 10mil broiler chicken, the Phosphorus emissions are reduced by 30MT of PO4 equivalents, while the GreenHouse Gas emissions (CH4, N2O, CO2) are reduced by 850MT of CO2 equivalents.

Digestible Calcium for Precise Broiler Nutrition

HiPhoriusTM is a very efficient new generation phytase that rapidly eliminates dietary phytate and mitigates the formation of Calcium-phytate complexes in the gastrointestinal tract. This enables the use of digestible Calcium for precision broiler nutrition, which is improving broiler growth performance and nutrient utilization, while promoting sustainable use of natural resources.

Nutritional Expertise Beyond Digital Services 

With end-to-end services, HiPhorius™ optimizes value for customers by enabling better decision making and customized application.

The upgraded Phytase Web Matrix-Calculator is one of the digital services DSM provides. Along with being a matrix calculator, this tool demonstrates the concept of Intelligent Phytase Nutrition, while also providing a sustainability and ROI calculator.

Lower Feed Cost 

HiPhoriusTM is increasing the Phosphorus Digestibility in swine, meaning that the use of expensive inorganic phosphates can be reduced significantly.

The result is substantial feed cost reduction.  

Maximized Animal Performance

Trials with pigs demonstrate:

  • Class-leading phytate degradation, which is improving Phosphorus digestibility and Phosphorus release.
  • Increasing HiPhoriusTM doses in the diets results in near complete phytate hydrolysis, leading to improved Feed Conversion Ratio and growth rate. 

Pelleting Stability

Phytase stability during feed manufacturing process (e.g. pelleting), is becoming very important, especially when high efficiency phytases (like HiPhoriusTM) are displacing more and more inorganic phosphates in swine diets.

HiPhoriusTM recovery throughout the complete feed manufacturing process is excellent. 

Enzyme Efficiency

HiPhoriusTM activity is optimized, making it stable over a wide pH range in the gastrointestinal tract. The superior stability of HiPhoriusTM enables rapid and efficient phytate degradation and mitigation of anti-nutritional effects of dietary phytate.

Minimized Environmental Footprint

HiPhorius™ increases profits while reducing livestock emissions. It goes beyond feed efficiency, delivering enhanced value by helping manage emerging challenges related to environmental sustainability (Phosphorus and GHG emissions). HiPhorius™ enables animals to utilize better the naturally occurring Phosphorus in feed and reduces the need for inorganic Phosphorus supplementation.

Nutritional Expertise Beyond Digital Services 

With end-to-end services, HiPhorius™ optimizes value for customers by enabling better decision making and customized application.

The upgraded Phytase Web Matrix-Calculator is one of the digital services DSM provides. Along with being a matrix calculator, this tool demonstrates the concept of Intelligent Phytase Nutrition, while also providing a sustainability and ROI calculator.

Lower Feed Cost 

HiPhoriusTM is increasing the Phosphorus Digestibility in fish, meaning that the use of expensive inorganic phosphates can be reduced significantly.

The result is substantial feed cost reduction.  

Maximized Animal Performance

Trials with fish demonstrate:

  • Class-leading phytate degradation, which is improving Phosphorus digestibility and Phosphorus release.
  • Increasing HiPhoriusTM doses in the diets results in near complete phytate hydrolysis, leading to improved Feed Conversion Ratio and growth rate. 

Pelleting Stability

Phytase stability during feed manufacturing process (e.g. pelleting), is becoming very important, especially when high efficiency phytases (like HiPhoriusTM) are displacing more and more inorganic phosphates in fish diets.

HiPhoriusTM recovery throughout the complete feed manufacturing process is excellent. 

Enzyme Efficiency

HiPhoriusTM activity is optimized, making it stable over a wide pH range in the gastrointestinal tract. The superior stability of HiPhoriusTM enables rapid and efficient phytate degradation and mitigation of anti-nutritional effects of dietary phytate.

Minimized Environmental Footprint

HiPhorius™ increases profits while reducing livestock emissions. It goes beyond feed efficiency, delivering enhanced value by helping manage emerging challenges related to environmental sustainability (Phosphorus and GHG emissions). HiPhorius™ enables animals to utilize better the naturally occurring Phosphorus in feed and reduces the need for inorganic Phosphorus supplementation.

Nutritional Expertise Beyond Digital Services 

With end-to-end services, HiPhorius™ optimizes value for customers by enabling better decision making and customized application.

The upgraded Phytase Web Matrix-Calculator is one of the digital services DSM provides. Along with being a matrix calculator, this tool demonstrates the concept of Intelligent Phytase Nutrition, while also providing a sustainability and ROI calculator.

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