Lemon (Citrus limon) is a non-climacteric fruit, meaning it does not undergo significant ripening after harvest. With low respiration and ethylene production, lemons can be stored for extended periods under proper post-harvest conditions. Despite this, Bangladesh and many developing countries still face high post-harvest losses due to inadequate storage systems.
Lemon is rich in citric acid (4.52% to 5.82%), making it a valuable fresh and processed product in international trade. With about 10% of the world's citrus output exported, lemon plays a key role in global food trade, especially after the liberalization brought by the World Trade Organization (WTO). For lemon growers, cold storage infrastructure is vital to compete globally and maintain year-round supply.
Cold storage for lemons refers to a controlled environment that manages temperature, humidity, and atmospheric composition to preserve lemon freshness. Since lemon trees bear fruit once to three times a year (depending on the variety like Eureka or Lisbon), cold storage enables continuous availability for both domestic and export markets.
Humidity control is a vital component for food manufacturing consultants when designing cold chains and storage systems.
Cold storage systems are indispensable for maintaining the quality, shelf life, and marketability of lemons. For stakeholders like food processing consultants, food business consultants, and citrus growers, investing in reliable storage not only enhances profitability but also reduces post-harvest losses.
Temperature and humidity must be monitored and adjusted frequently to match external environmental changes. Ultimately, well-designed lemon cold storage contributes to sustainable citrus supply chains and strengthens export competitiveness.