1,000-Ton Containerized Potato Storage Facility with Advanced Microclimate Control

Agrovent engineered and commissioned a 1,000-ton containerized potato storage system designed to maintain a stable microclimate for long-term preservation of potatoes, onions, and beets. The air-preparation chamber - positioned along the external wall - regulates temperature, humidity, and airflow. Fresh air enters through intake valves, while heaters, humidifiers, coolers, and recirculation valves maintain precise climatic conditions essential for high-quality storage in hot or variable climates across India, Africa, the Middle East, and the UAE.

Project Objective

Manufacture, deliver, and install a complete ventilation and refrigeration system for a 1,000-ton chamber (36 × 15 m)
Create two independent climate-control zones within a single storage chamber
Complete system production and installation within a strict six-week timeline
Produce custom-colored ventilation grilles matching the client’s branding

Solution

Dragon-M Microclimate Technology

The chamber is equipped with the Dragon-M system, developed for long-term vegetable storage under challenging climate conditions. The technology ensures:

Efficient cooling and stable air circulation
Uniform temperature and humidity throughout the chamber
Controlled removal of CO₂ and natural respiration gases
High operating efficiency in warm and humid regions

Refrigeration & Automation

Refrigeration unit built on a Bitzer compressor, ensuring reliability and low energy consumption
Croptimiz-r controllers provide full remote monitoring, analytics, and automated climate adjustments

Distinguishing Features & Implementation Stages

Project engineering and design
Procurement of materials and equipment
Delivery and logistics
Installation and assembly
Start-up, calibration, and commissioning

The project was executed by Agrovent’s design engineers, construction team, and ventilation specialists.
All equipment was manufactured, delivered, and commissioned within six weeks - exceptionally fast for a storage system of this scale.