About the project

  • Date: August 20, 2018
  • Client: Envato Group, US
  • Category: , ,
  • Address: 2946 Angus Road, NY
⚙️ Smart Root Washing System Integrated Automation for Modern Cassava Processing Plants The Smart Root Washing System is an advanced washing solution designed for cassava starch processing plants, fully controlled by inverter-driven automation across the entire production line, from raw material input to final discharge. Unlike conventional washing systems where each machine operates independently, this system is engineered to function as one fully synchronized process line. All machines continuously communicate and adapt to each other in real time, ensuring smooth material flow, stable operation, and maximum efficiency.

Benefits of Project

⚙️ Smart Root Washing System

Integrated Automation for Modern Cassava Processing Plants

The Smart Root Washing System is an advanced washing solution designed for cassava starch processing plants, fully controlled by inverter-driven automation across the entire production line, from raw material input to final discharge.

 

Unlike conventional washing systems where each machine operates independently, this system is engineered to function as one fully synchronized process line.
All machines continuously communicate and adapt to each other in real time, ensuring smooth material flow, stable operation, and maximum efficiency.

Technologies What We Used

We provide free consultation and technical guidance for industrial automation systems in cassava starch processing plants.

Our services include:

  • Automation system consulting

  • SCADA and inverter-based control design

  • Smart washing line optimization

  • Upgrade from conventional systems to Smart SCADA solutions

Smart Stone Trap System

An intelligent stone trap system is integrated at the upstream section to protect the entire washing line.

 

  • Real-time calculation of incoming cassava root flow

  • Water pressure controlled by inverter-driven pumps

  • High input volume → increased speed and water pressure

  • Low input volume → reduced speed for energy savings

  • Stones and heavy impurities are removed at the earliest stage

  • Protects downstream equipment from damage and excessive wear