How it works
Sustainable Input Sourcing
Protein Recovery and Ingredient Formation
Sustainable Input Sourcing
Advance IP sources low-value agricultural inputs as the primary feedstock for microbial protein production.
These inputs are selected based on availability, cost efficiency, and sustainability performance, enabling a circular approach that reduces waste streams and lowers reliance on conventional protein raw materials.
By leveraging underu
Advance IP sources low-value agricultural inputs as the primary feedstock for microbial protein production.
These inputs are selected based on availability, cost efficiency, and sustainability performance, enabling a circular approach that reduces waste streams and lowers reliance on conventional protein raw materials.
By leveraging underutilized agricultural resources, the system supports local sourcing strategies and contributes to more resilient and decentralized feed supply chains.
Controlled Fermentation
Protein Recovery and Ingredient Formation
Sustainable Input Sourcing
The prepared inputs are converted into protein through a controlled microbial fermentation process.
Advance IP’s production architecture is designed for continuous operation, allowing stable long-duration runs, high volumetric productivity, and consistent output quality.
Advanced process control systems regulate key parameters such as tempe
The prepared inputs are converted into protein through a controlled microbial fermentation process.
Advance IP’s production architecture is designed for continuous operation, allowing stable long-duration runs, high volumetric productivity, and consistent output quality.
Advanced process control systems regulate key parameters such as temperature, pH, and nutrient availability to optimize microbial growth and protein formation while maintaining operational stability at industrial scale.
Protein Recovery and Ingredient Formation
Protein Recovery and Ingredient Formation
Protein Recovery and Ingredient Formation
Following fermentation, the microbial biomass is separated and processed into a protein-rich ingredient suitable for animal and aquaculture feed.
The downstream process is designed to preserve nutritional quality, ensure batch-to-batch consistency, and deliver a stable, shelf-ready ingredient format compatible with existing feed manufactu
Following fermentation, the microbial biomass is separated and processed into a protein-rich ingredient suitable for animal and aquaculture feed.
The downstream process is designed to preserve nutritional quality, ensure batch-to-batch consistency, and deliver a stable, shelf-ready ingredient format compatible with existing feed manufacturing systems.
The resulting protein ingredient is formulated to provide reliable nutritional performance while supporting lower environmental impact compared to conventional feed protein sources.
Core Advantages
Sustainable production with a lower environmental footprint
Sustainable production with a lower environmental footprint
Sustainable production with a lower environmental footprint
The production process is designed to use circular raw materials and reduce land, water, and carbon impacts compared to conventional feed protein sources.
Scalable, continuous production architecture
Sustainable production with a lower environmental footprint
Sustainable production with a lower environmental footprint
The system is built for continuous operation, enabling stable long-duration runs and efficient scale-up to industrial production volumes.
Consistent batch- to- batch quality
Sustainable production with a lower environmental footprint
High digestibility and nutritional value
Controlled fermentation conditions and standardized processing ensure stable composition and reliable quality across production batches.
High digestibility and nutritional value
Compatible with existing feed manufacturing systems
High digestibility and nutritional value
The microbial protein ingredient is designed to deliver balanced nutritional performance and efficient nutrient absorption in animal and aquaculture diets.
Designed for industrial deployment
Compatible with existing feed manufacturing systems
Compatible with existing feed manufacturing systems
The technology is engineered with industrial operating conditions in mind, including process stability, automation readiness, and integration into large-scale production environments.
Compatible with existing feed manufacturing systems
Compatible with existing feed manufacturing systems
Compatible with existing feed manufacturing systems
The ingredient format and handling characteristics are designed to fit into standard feed production workflows with minimal changes to existing equipment or formulations.