Maintaining optimal air quality is critical for successful indoor growing operations. Poor air circulation can lead to mould growth, mildew, and plant diseases, threatening your yield and product quality. At Horti International, we provide cutting-edge air purification solutions designed to protect your plants from harmful contaminants, ensuring healthier crops and increased productivity.
Mould Prevention
Odour Reduction
Increased Yield
Pathogen Control
Improved Growth
Energy Efficient
Benefits of Horti Air Purification for Indoor Growing
Our HEPA filtration systems remove 99.97% of airborne particles, including mould spores, bacteria, and viruses, keeping your grow room safe.
By eliminating harmful pathogens such as powdery mildew and botrytis, Horti systems actively prevent disease spread, promoting healthier crops and ensuring higher yields for your facility.
Improved Plant Health and Yield
By eliminating harmful contaminants, Horti systems support optimal plant growth, reducing disease risk and boosting crop yield.
Odour Control
Reduce unwanted odours without compromising air quality. Our systems ensure clean air while preserving the integrity of your crops.
Explore Our Solutions
Recommended Products for Indoor Growing
Horti 25
Ideal for smaller grow rooms, this compact purifier ensures effective air filtration across 25m².
One of our clients presented with a break out of botrytis in their indoor facility producing soft fruit. We jointly agreed to take one greenhouse with dimensions circa 35 meters by 20 meters and install a number of mobile Horti 50s. After 5 harvests we have had not a single case of botrytis. We now intend to install this technology throughout our entire facility. Thank you for working in partnership with us, and all the team at Horti.
Keith Roe
Advanced IAQ
It is my considered observation that pureHVAC in combination with an ODOGard treated HEPA filter does provide a rapid and significant reduction of typical air and surface contaminants tested. In my considered opinion, the sustained condition would not be achievable without the continual use of the technology represented.