INPASA BRAZIL
For INPASA, Van Aarsen supplies standardized corn grinding modules designed for reliable and efficient large-scale biofuel production. The modular setup supports operational continuity, scalability, and straightforward integration within the local production environment.
- 30 tph, biofuel, Grinding, Modular concept
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Scalable grinding technology for large-scale biofuel production
For INPASA, Van Aarsen supplies standardized corn grinding modules designed for efficient and reliable large-scale biofuel production. The solution is based on mirrored blocks of four grinding units, supporting standardization, scalability, and straightforward integration with local suppliers and systems.
Designed for continuous operation within ethanol production processes, each grinding block delivers an average capacity of 30 tph using a 2.5 mm screen configuration.
High-capacity corn grinding for ethanol production
Location: INPASA – Sinop – Brazil – 2020/present

By combining high-capacity grinding technology with a structured modular approach, INPASA benefits from:
- Reliable and continuous operation
- Scalable production capacity
- Simplified maintenance and serviceability
- Efficient integration with local suppliers and systems
- Consistent process performance across installations
Van Aarsen supplies the core grinding technology, while local execution and integration complete the broader production ecosystem.
Standardization supporting efficient expansion
The modular grinding concept enables INPASA to expand production capacity while maintaining consistency across installations. By applying mirrored grinding blocks with a standardized configuration, the solution simplifies integration, operation, and future scalability.
Each module is designed to deliver stable grinding performance with a capacity of approximately 30 tph using a 2.5 mm screen configuration. The standardized setup also supports efficient maintenance procedures and optimized spare parts management across multiple production sites.
HIGH END EQUIPMENT WHICH WAS USED IN THIS PROJECT
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