How is LPG used in greenhouses?

The use of LPG has become essential in greenhouses dedicated to the production of plants, flowers, fruits, vegetables, and horticultural crops. Maintaining stable environmental conditions inside the greenhouse is key to protecting crops, enhancing their development, and ensuring consistent year-round production.

In many regions—especially rural areas—LPG stands out as a reliable, accessible, and efficient energy source for protected agricultural operations.

Why is LPG important in greenhouses?

Greenhouse crops require precise control of temperature, humidity, ventilation, and energy. LPG makes it possible to meet these needs even in locations where reliable electricity or natural gas infrastructure is not available.

Thanks to LPG, producers can:

• Reduce losses caused by extreme weather conditions.
• Maintain continuous production regardless of the season.
• Improve yield per square meter.
• Ensure crop quality and stability.

Uses of LPG in greenhouses

Heating

LPG is used in heaters, boilers, and hot air generators to maintain stable temperatures during nighttime, winter, or cold climates.

This helps to:

• Prevent frost damage in sensitive crops such as tomatoes, peppers, chili peppers, cucumbers, strawberries, lettuce, aromatic herbs, and ornamental flowers.
• Promote uniform plant growth.
• Improve flowering and increase productivity.

CO₂ Enrichment

In controlled systems, LPG combustion gases—properly filtered—can be used to increase CO₂ concentration inside the greenhouse.

This allows producers to:

• Optimize photosynthesis.
• Accelerate plant development.
• Increase fruit and vegetable yields.

Learn more about our CO₂ storage tanks here:
https://tatsa.mx/en/carbon-dioxide-vacuum-storage-tank/

Power Generation

LPG is used in power generators to supply essential equipment such as:

• Automated irrigation systems.
• Fans and ventilation systems.
• Artificial lighting.
• Climate sensors and control systems.

Drying and Post-Harvest Processes

For fruit and vegetable producers, LPG is used in drying processes for products such as onions, garlic, chili peppers, herbs, and fruits, enabling:

• Better temperature and humidity control.
• Reduced post-harvest losses.
• Improved commercial quality of the final product.

Humidity and Ventilation Control

By combining heating with ventilation, LPG helps to:

• Reduce the presence of fungi and plant diseases.
• Prevent excess humidity.
• Maintain optimal conditions for high-value crops.