…“I promote the use of DryGair as a focal point in my cultivation environment designs be leveraging its dehumidification, high capacity airflow distribution, and heating & cooling capabilities…””
“Cannabis Business Times”
..”DryGair’s knowledge and experience stem from research and operation in various kinds of crops. Now is the age in which all this is embedded into the booming field of cannabis, to create a truly efficient dehumidification solution for experienced growers wanting to put out consistent, disease-free products…”
..”Bud rot, powdery mildew and Alternaria are some of the most dreaded words in cannabis cultivation. Destructive diseases caused by even brief periods of high relative humidity, which in a greenhouse environment, could be every night…”
Evaporation in the drying room can be as high as during the cultivation phase. As a result, DryGair’s unique air circulation together with its leading water extraction capacity is the right choice for efficiently achieving uniform, mold-free, dry plants.
DryGair dehumidifiers are used in a diverse variety of greenhouses, indoor growing facilities, drying rooms, and more. In some of these facilities, Heating, Ventilation, and Air Conditioning systems (HVAC) are also integrated to help provide indoor climate control. The central function of HVAC systems is to cool down indoor temperatures, with only a secondary purpose of helping to control humidity.
“Previously, our rooted cuttings could get wet in the morning, especially in winter and early spring; Causing Botrytis. The DryGair units now remove the moisture from the air; Relative humidity remains beautifully around 75% day and night. Because the fans continue to run, a uniform and active climate is also created, which is reflected in the quality of the crop. We recently purchased a 2nd unit, after having gained 2 years of experience. If something is right, the product sells itself.”
Cover up to 1,000 m² (10,000 ft²). Stop dealing with smaller, less efficient dehumidifiers!
More than 4 liters per kWh of re-useable water!
Alternative to extensive systems involving heating pipes and ducts. Lower maintenance costs.
Due to proprietary slim design and optimal homogeneous climate conditions.
A wide range of models which fit between or above the crops. No need for expensive infrastructure adjustments.