Edesia Doubles Food Packet Production to 22,000 Metric Tons Annually to Feed Malnourished Children

Edesia, a Rhode Island-based nonprofit manufacturer of therapeutic ready-to-use food packets for severely malnourished children, had outgrown its original 15,000-square-foot facility. The plant was producing more than 9,000 metric tons annually, but a single loading dock and heavy reliance on manual labor — workers hand-pouring 50-pound bags of dry ingredients and manually carrying 32-pound finished-goods cases — created a hard ceiling on throughput. In food manufacturing, labor-intensive processes introduce variability and limit scale. Without a more capable factory, Edesia could not increase the volume of packets reaching children in crisis regions across more than 50 countries.

Edesia partnered with system integrator Hallam-ICS and Rockwell Automation to build an 85,000-square-foot facility centered on the PlantPAx Modern Distributed Control System (DCS) — a platform that uses networked sensors and IoT-connected control points to automate and monitor the full production process. The DCS integrates raw-ingredient handling, batch processing, packaging, and case packing into a single automated workflow. Bulk ingredient bags weighing up to 2,200 pounds are now loaded via forklift onto sensor-equipped loading cells that meter ingredients precisely into hoppers, eliminating manual pouring entirely. Real-time production data flows to operator dashboards and shift supervisors' smartphones, providing per-second output metrics, motor status, temperature readings, and batch trending — enabling fast issue response and proactive maintenance scheduling.

The new automated facility more than doubled annual production capacity:

• Production capacity: Increased from 9,000 metric tons to more than 22,000 metric tons per year
• Children reached: Over 10 million children in more than 50 countries since 2010
• Cost per packet: Lowered each quarter through ongoing efficiency gains and waste reduction

Beyond throughput, the shift created measurable workforce development outcomes. Operators previously performing repetitive manual tasks transitioned into equipment specialists — one former box packer became the facility's lead trainer on robotic packaging systems. Shift-level production tracking introduced healthy inter-shift competition that sustainably lifted output without adding headcount.

• Full-line DCS integration pays off at scale: Automating from raw-ingredient intake through case packing eliminates labor bottlenecks at every handoff, not just individual stations.
• Real-time IoT visibility enables proactive operations: Per-second output data and smartphone alerts allow supervisors to act on trends before they become downtime events.
• Nonprofit manufacturers achieve the same automation ROI as commercial operations: Mission-driven volume goals and donor accountability make efficiency metrics as important as they are in for-profit food production.
• Workforce transition requires deliberate investment: Upskilling line workers into equipment operators requires time and training infrastructure — but yields lasting capability gains.
• Facility design and automation must be co-engineered: Engaging a specialized system integrator early ensures equipment selection, layout, and control architecture are optimized together.