Mushroom
Mushrooms ventilation systems
Some agricultural productions—such as growing mushrooms in greenhouse sheds—require a tightly controlled micro-climate. An efficient mushroom ventilation system is therefore essential to guarantee spore proliferation and top-grade output.
Why temperature & humidity matter
Temperature and humidity are the main factors affecting mushroom cultivation. These parameters intervene in:
- Growth
- Storage
- Distribution
Fresh mushrooms like Pleurotus and Champignon contain ~90 % water. Producers must keep the humidity of the mushroom bed in perfect balance with air temperature to avoid crop damage.
During incubation, pinning and harvesting, relative humidity should be kept close to 95 %.
If the air becomes too dry, mushrooms rapidly lose internal moisture, causing:
- weight reduction
- visual deterioration
- lower commercial quality
Climate-Control Solutions for Mushroom Sheds
We supply a full portfolio of equipment for air-conditioning and ventilating mushroom sheds, germination rooms and cold-storage areas.
Achieving High Humidity
Adiabatic pads or water-mist nebulisers release millions of micro-droplets that evaporate heat away while raising RH. The PERIcool cellulose pad and centrifugal atomiser range deliver low energy consumption and minimal environmental impact.
Reaching Optimal Growing Temperatures
Large-space heaters—gas, diesel or hot-water powered—provide the stable warmth the mushroom bed needs. Termotecnica Pericoli offers models tailored to local climate and customer requirements.
Ensuring Fresh-Air Exchange
Controlled mechanical ventilation removes saturated air and introduces fresh, filtered air: Wall-mounted exhaust ventilation systems expel humid, CO₂-rich air. Air circulators homogenise temperature and prevent “cool spots”.
Smart Ventilation Strategy for Modern Mushroom Farms
A smart mushroom ventilation system combines variable-speed fans, CO₂ sensors and energy-recovery ventilators to balance airflow with real-time crop demand. By modulating fan speed according to humidity and gas levels, the system maintains uniform temperature and prevents condensation “dead zones” without wasting energy. Heat exchangers reclaim up to 70 % of the warm exhaust, cutting fuel costs during cool seasons, while intelligent controllers log data that helps growers fine-tune set-points for each growth stage. The result is consistent yields, lower operating expenses and a healthier working environment—all delivered by one seamlessly integrated ventilation system.