Technical Blog
Expert insights on climate control, growing environments, and equipment selection for agricultural professionals.
Complete Guide to Greenhouse Humidity Management
Learn how to balance humidity levels throughout the day-night cycle in greenhouse environments. This guide covers VPD calculation, dehumidifier sizing, and climate automation strategies for commercial growers.
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The Ultimate Guide to Greenhouse & Grow Room Humidity Control
Master humidity control in your greenhouse or grow room. Learn optimal RH levels by growth stage, prevent mold and root rot, and discover how to choose the right dehumidifier for healthier plants and higher yields.
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VPD Explained: The Key to Optimizing Plant Transpiration
Vapor Pressure Deficit is the most important yet misunderstood climate variable in controlled-environment agriculture. Here's how to calculate and use it for healthier plants and higher yields.
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Desiccant vs Compressor Dehumidifiers: How to Choose
A detailed comparison of sorptive rotor dehumidifiers and compressor-based systems — understanding dew point, ambient temperature, and energy efficiency trade-offs.
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Climate Control for Mushroom Farms: Why RH Above 85% Matters
A walkthrough of the climate requirements for oyster, shiitake, and button mushroom cultivation, and how GrowClimate equipment achieves them at commercial scale.
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The Science of Fruit Drying: Controlled Climate for Premium Quality
Drying fruits and agricultural products needs precise temperature and humidity control. Learn how modern dehumidification technology preserves nutrients and prevents spoilage.
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Seed Storage Science: Maintaining Viability for Decades
Seed banks maintain seeds viable for 50+ years through precise temperature and humidity control. Here's the science and equipment behind long-term seed preservation.
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Cannabis Drying Room Design: Temperature, Humidity & Airflow Guide
Post-harvest drying is where many cultivators lose quality. Learn the optimal drying room parameters, equipment sizing, and climate control strategies for premium flower preservation.
Read MoreVertical Farming Humidity: Challenges & Solutions for Multi-Layer Growing
Multi-layer indoor farms face unique humidity challenges — heat stratification, microclimate variance between racks, and high planting density. Discover proven climate control strategies.
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Why R290 Is the Future of Greenhouse Dehumidification
R290 (propane) refrigerant has a GWP of just 3 — 675× lower than R410A. Learn why European and North American growers are switching to R290 dehumidifiers for compliance and performance.
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5 Ways Commercial Growers Cut Dehumidification Energy Costs by 40%
Dehumidification is often the second-largest energy cost in greenhouses. These five strategies — from VPD-based control to heat recovery — deliver real savings without compromising crop quality.
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