For Legal Growing of Cannabis or Herbs


greenhouse dehumidifiers by Ecor Pro

Models with Desiccant Technology

Dry crops to the desired level much faster and naturally than heat drying. Preserve flavour with dehumidification drying in a simple to construct cabinet to your specification 

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energy star dehumidifiers for basements
dh1200 dehumidifiers by Ecor Pro

Want to recycle the water?  See more on using refrigerant dehumidifier water over desiccant drying where no water is produced.  It is no so straight forward.


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Cannabis Growing

Grow cannabis and any crop in growing rooms easier with Ecor Pro.  The key factor in having a successful grow is controlling your environment.

Furthermore, the two main “crop-crushers” are concerns many growers face at one time or another: powdery mildew and botrytis.

This is more commonly known as bud rot. Either of these issues can destroy a grow and lead to thousands in lost revenue.

In addition, with any grow room setup, the dehumidifier is backbone of a well-controlled environment.

Ecor Pro supplies growers around the world with commercial grade dehumidifiers. Hundreds of cannabis cultivators around the world would benefit from proper sized units, placement, and air flow.

A Lot of Water

Plants release nearly all of the water they absorb back into the air. In a sealed grow room, cultivators need to account for and remove that water from the air to ensure proper humidity levels.

For instance, ff a grower uses 25 litres of water daily, and 5 litres go down the drain, that grower is left with 20 litres that need to be removed.

Larger growers will may need to remove 5 times this amount.

Effect of an Air Conditioner on Growing

One common misconception that leads to under-sizing a grow room dehumidifier setup is the idea that having an air conditioner means additional humidity control isn’t necessary.

Moreover, air conditioners can remove some moisture, they are designed to cool, but not remove water.

They don’t keep pace with the needs of a grow environment.

Particularly, air conditioners rarely run at night when the lights are off and there’s no additional heat added to the room, allowing mould and mildew to take hold.

Nonetheless, it is better to over size the dehumidifier setup with equipment that let them prepare for potential worst-case scenarios.

If you don’t invest in proper environmental controls, it’s almost negligent.

You’re setting yourself up for failure: controlling humidity is a key part of an integrated pest management strategy for your crop that including mildew and fungus as pests.”

Perfecting Placement

Whether a grower is running a single dehumidifier or a ten-strong legion, proper placement is key to their effectiveness.

Knowing how to place dehumidifiers helps to maintain a stable environment, reducing the risk of creating micro climates where humidity spikes and mould can take hold.

Moreover, to ensure proper placement it’s vital that growers pay attention to details. For example, facing the filter side toward the middle of the room and checking regularly to confirm each unit is draining properly.

As grow rooms increase in size, spacing becomes increasingly important because it allows for zoned humidity control.

For example, rather than running 15 dehumidifiers at once and then turning them all off, each is automated to sense independently when humidity increases in its zone. Hence, this approach keeps the room’s relative humidity more stable and increases energy efficiency.

Attention to Air Flow

Finally, understanding the shape of each room and how air will flow and mix in that space is critical to ensuring any dehumidifier setup maintains a consistent humidity level in a grow room.

Likewise, in a long room growers need dehumidifiers spaced equally to create a circular air flow.

If the room is narrow, with one dehumidifier, discharged air can be pushed over the room to get a consistent air mix across the plant canopy.

Not to mention, that’s a stark contrast to a tall room, where growers may want to duct return air down to the floor to create a consistent air flow.

Dehumidifiers can be ducted from the supply and return ports to direct air where growers want it and in the way that works best for their environment.