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PROSIDIUM™

The New Era of Feed Safety Here in South Africa

PROSIDIUM™ is a next-generation feed sanitizer innovatively engineered to strengthen feed biosecurity programs.

It is formulated with a synergistic blend of proprietary synthesized peroxypropionic and other organic acids, delivering superior antimicrobial activity and safeguarding feed against harmful pathogens.

PROSIDIUM effectively diminishes microbial contamination by reducing Salmonella and other pathogens, while the residual acids protect against recontamination.

PROSIDIUM Logo

Features and Benefits

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  • Highly Effective: Demonstrates superior antimicrobial efficacy compared to conventional feed safety approaches and organic acid-based feed sanitizers.
  • Versatile Application: Suitable for use in raw materials and various types of feed.
  • Broad Spectrum Inhibition Efficacy: Unique mode of action effective against a wide range of bacterial pathogens, including Salmonella and E. coli.
  • Mould Protection:  Actively disrupts mould cell structures, reducing fungal growth in feed and raw materials while safeguarding essential nutrients and feed palatability. 

Highly Effective Alternative to Conventional Feed Safety Approaches

Designed to help raw material and animal feed producers globally produce safe animal feed, PROSIDIUM is based on powerful and novel peroxy acids and has undergone several years of research and development.

This unique and patent-pending feed pathogen control solution was innovatively designed to help the industry mitigate microbial contamination risks from Salmonella and viruses and increase the standard to produce safe feed and food.


A Distinct Mode of Action that Delivers Superior Antimicrobial Activity

PROSIDIUM features a highly distinctive mode of action compared to conventional feed safety approaches and organic acid-based feed sanitizers. 

PROSIDIUM works uniquely, targeting Salmonella and pathogens through a more direct approach using three key mechanisms.

PROSIDIUM MOA Cell Diagram

Three Mechanisms for Pathogen Disruption

PROSIDIUM MOA 1

Mechanism 1
Cellular Membrane Disruption

PROSIDIUM MOA 2

Mechanism 2
Cellular Stress

PROSIDIUM MOA 3

Mechanism 3
Nucleic Acid Damage


Antimicrobial Mechanisms Under the Microscope

A scanning electron microscope examined the effects on Salmonella cells after exposure to PROSIDIUM compared to organic acids.

PROSIDIUM Antimicrobial Mechanism (Control)
Salmonella Cells

Control – Without Treatment
Salmonella cells were rounded, rod-shaped and smooth cell surface.

PROSIDIUM Antimicrobial Mechanism (Organic Acid)

Organic Acids
Minimal structural impact and different from control.

PROSIDIUM Antimicrobial Mechanism (PROSIDIUM)

PROSIDIUM
Flattened and perforated Salmonella cells observed after treatment.

Application Tailored to Feed Mill Operation

Designed for seamless integration into feed mill operations across South Africa, Kemin offers dedicated engineering solutions with customized application systems tailored to meet the specific needs of feed mill operations, ensuring precise and safe dosing.



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