OptiDry
The integrable and scalable hydroloop air handling unit with Propane
Heating, cooling and dehumidification
Connected climate systems for greenhouses, indoor farms and vertical farms.
Climate systems built around your crop
Bosman Van Zaal designs climate systems for greenhouses and indoor farms. These systems combine heating, cooling and dehumidification with air circulation to suit your crop and growing space.
Plants release moisture, while lights and equipment add heat. These loads change how the growing space needs to be heated, cooled and dried. That is why we plan the systems together.
First, we look at your crop, building and local weather conditions. We also consider your energy supply and how you run the site. We then select equipment and controls that fit these needs.
How connected climate systems support your farm
A growing space needs more than the right air temperature. Moisture and air movement also affect the conditions around your plants. By planning these together, we can address several needs:
- Manage growing conditions: Coordinate heating, cooling and moisture control around your crop.
- Fit your site: Select equipment to suit the building, local climate and daily use.
- Plan energy use: Assess heat pumps, heat recovery and other options as part of the complete system.
The best combination depends on your site. For example, a greenhouse with changing sunlight has different cooling needs from an indoor farm with grow lights.
Choose the right heating, cooling and air systems
Each part of the installation has a role. Together, they help your team manage the growing climate.
- Cooling: Choose from free cooling, adiabatic cooling and mechanical cooling, depending on site conditions.
- Heating: Explore heat pumps, electric boilers and solar thermal systems. Heat recovery may also form part of the design.
- Moisture control: Remove excess moisture with equipment selected for your crop and growing space.
- Air movement: Use circulation fans to help spread air through the growing area.
- Monitoring and control: Connect sensors, climate computers and software to monitor conditions and coordinate equipment.
We help you compare the options, so the chosen systems work together around your growing process.
HVAC Installations
Electric Boiler
An electric boiler, the key to your successful and affordable energy mix?
Second Flue Gas Condenser
Save energy with your existing CHP or boiler installation! With a second flue gas condenser
Solar Thermal Energy
Sustainable and economical heating with solar thermal energy generation
Heat Pump
Making current businesses more sustainable with a heat pump and electric boiler
Adiabatic Cooling
Adiabatic cooling is based on the thermodynamic principle that evaporating water draws heat from its environment resulting in a lower ambient temperature.
Mechanical Cooling
Mechanical cooling is used in greenhouses in situations where the outside conditions (high humidity) do not permit the use of alternatives based on adiabatic cooling.
Discuss your climate system with Edwin
Looking for heating, cooling or moisture control for your growing space? Tell our HVAC expert Edwin about your crop, site and plans. Together, we can explore which climate systems could fit your project.