Cassava Processing & Starch Production Facilities
Cassava Processing & Starch Production projects focus on the planning, engineering, and implementation of integrated industrial processing facilities designed to convert fresh cassava roots into starch, flour, gari, chips, and other cassava-based derivatives.
These facilities are structured to achieve stable throughput, consistent product quality, and long-term operational reliability, while supporting food, industrial, and export-oriented markets.
Each processing facility is structured to:
Maximize starch and product yield through controlled washing, rasping, extraction, and drying
Ensure consistent product quality across food-grade and industrial-grade outputs
Reduce losses and process inefficiencies through optimized material flow and water management
Enable scalable production capacity aligned with raw material supply and market demand
Cassava processing projects are developed across the entire project lifecycle — from feasibility analysis and capacity definition to process engineering, equipment integration, commissioning, training, and full operational readiness.
Integrated Cassava Processing Systems
Cassava processing facilities operate as integrated industrial systems, where each processing stage is aligned to support stable throughput and controlled product quality.
Core system elements include:
Cassava root reception, washing, and preparation
Rasping and pulp processing
Starch extraction and separation
Dewatering, drying, and product finishing
Packaging and internal material handling
This integrated approach supports predictable output and efficient resource use.
Scalable & Market-Oriented Production
Cassava processing facilities are structured to support scalable production models, allowing capacity to grow in line with feedstock availability and market requirements.
Facility layouts and system capacities are typically planned to allow:
Incremental expansion without major reconfiguration
Flexible output between starch, flour, gari, and chips
Stable volumes suitable for industrial users and export markets
This enables gradual transition from local processing to industrial-scale, market-ready production.
Engineering, Utilities & Resource Integration
Cassava processing facilities function as industrial ecosystems, where processing systems, utilities, and by-product handling are interconnected.
Typical integration includes:
Water treatment and internal reuse systems
Energy integration for drying and processing
Utilization of peels, pulp, and residues for secondary use
Effluent management aligned with environmental requirements
This integration supports lower operating costs, improved efficiency, and long-term sustainability.
Cassava Processing & Starch Production
Front-End Operations
Cassava Processing & Starch Production
Ethanol & Biogas
Why Partner With Us
Cassava processing presents a different set of challenges than oilseed or grain systems. High water usage, rapid raw material degradation, variable starch content, and hygiene sensitivity require process realism rather than generic industrial assumptions.
The focus here is on making cassava processing work reliably in real operating conditions.
- Processing concepts grounded in the biological and logistical realities of cassava roots, including perishability, moisture levels, and starch variability
- Facility definitions that balance throughput, water use, and drying capacity to avoid bottlenecks and unstable operation
- Practical alignment between root handling, extraction, separation, drying, and packaging rather than isolated process steps
- Strong emphasis on water management, effluent control, and internal reuse to stabilize operating costs and environmental performance
- Production layouts that support daily operability, hygiene discipline, and workforce routines in food and industrial settings
- Capacity planning that allows gradual scaling and product diversification (starch, flour, gari, chips) without reworking core systems
- Residue and by-product pathways considered from the outset to reduce disposal pressure and support secondary