J. Huete Greenhouses Completes 3.2-Hectare High-Tech Greenhouse in Almería

Key Takeaways

• 3.2‑ha greenhouse spans 16 bays with 8.75 m ridge height
• Active air recirculation eliminates humidity pockets, improving canopy uniformity
• CO₂ recovery system delivers up to 150 kg per hour per hectare
• High‑efficiency boiler and rail‑pipe hot‑water heating cut fuel use
• Energy‑saving climate screen and white lacquer boost light and durability

Pulse Analysis

Almería’s semi‑arid climate has long attracted intensive horticulture, but the region’s growth is increasingly tied to sophisticated infrastructure. J. Huete’s new 3.2‑hectare greenhouse leverages that legacy, installing 16 high‑bay modules that expand internal air volume and resist the area’s strong winds. By pairing a white‑lacquered roof with a climate‑screen, the design maximizes solar gain while shielding crops from temperature spikes, a balance that modern growers demand for consistent output.

The greenhouse’s engineering pivots on precision climate management. An active air recirculation system draws air from above the screen, mixes it, and redistributes it uniformly, eradicating humidity pockets that can foster disease. Complementary roof and side vents fine‑tune temperature and vapor pressure deficit, ensuring optimal photosynthetic conditions. Meanwhile, a CO₂ recovery unit captures combustion gases and delivers up to 150 kg per hour per hectare, directly enhancing photosynthetic efficiency and boosting yields without external gas purchases.

From a business perspective, these innovations translate into higher productivity and lower utility bills. The high‑efficiency boiler, coupled with rail‑pipe hot‑water distribution, provides steady heat at crop level while reducing fuel consumption. Energy‑saving screens and the white lacquer further cut lighting and heating demands. Collectively, these technologies position J. Huete’s Almería greenhouse as a model for sustainable, high‑output horticulture, offering a template that could reshape greenhouse economics across Europe and beyond.