Indoor Farming

Indoor farms face significant challenges with mold, bacteria, and other microbial contamination, all of which directly impact product quality, regulatory compliance, and operating costs.

To address these issues, many cultivators turn to post-harvest remediation methods such as irradiation or ozone treatment—options that can be costly and may compromise product quality. By contrast, a controlled, responsive system that actively generates and adjusts hydroxyl levels in real time provides a proactive approach to maintaining a cleaner grow environment—helping to prevent contamination before it occurs.

Proven Solutions for Indoor Cultivation

    • These common fungal threats thrive in the high-humidity environments typical of indoor grow operations, often leading to crop loss and failed compliance tests.

    • At American Clean Air Systems, we leverage Pyure Technology® as the foundation for solutions tailored to the unique challenges of indoor farming. By continuously treating air and surfaces with a controlled level of hydroxyls and organic oxidants, our systems proactively reduce airborne mold spores and surface contaminants—helping to create cleaner, more stable environments that are less conducive to mold and mildew growth.

    • Bacteria such as Pseudomonas, E. coli, and Salmonella can be found on plant surfaces, in irrigation systems, or on handling equipment. These contaminants not only threaten crop health but can also lead to failed microbial testing required by state regulators.

    • Pyure Technology® can help reduce airborne and surface bacterial loads through the generation of hydroxyls and organic oxidants. By continuously treating the environment, the system supports a cleaner grow space—helping cultivators maintain higher hygiene standards and reduce the likelihood of regulatory issues.

    • Produced by certain molds during growth and especially problematic during curing, mycotoxins can persist even after the mold itself is no longer active. They are not always eliminated by post-harvest methods like irradiation and can compromise product safety and quality.

    • Pyure Technology® can help minimize the conditions that allow mold—and by extension, mycotoxins—to develop in the first place. By maintaining cleaner air and surfaces through controlled hydroxyl generation, the system supports a healthier curing environment and helps reduce the potential for mycotoxin formatio

Key Benefits of Controlled Hydroxyl Generation in Cultivation

1 Continuous, Real-Time Purification

Actively reduces pathogens in the air and on surfaces—including plant surfaces—throughout the grow environment. Minimizes reliance on chemical disinfectants and supports ongoing cleanliness during all stages of growth.

2 Proactive Mold Prevention

Helps maintain a consistently clean microbial environment, reducing the likelihood of mold outbreaks before they start—not just reacting post-harvest.

3 Preserves Product Integrity

Avoids the need for harsh remediation methods like irradiation, helping retain terpene profiles, aroma, and overall flower quality. Supports better yields and higher pass rates on microbial compliance testing.

4 Eases HVAC Demand

By continuously purifying the air, the system can reduce the need for high-rate air exchange, helping optimize energy use and reduce strain on climate control systems.

5 Operates Safely in Occupied Grow Spaces

Designed for safe use in occupied environments, enabling continuous protection without interrupting daily operations or staff workflows.

MVP16™ Industrial Air & Surface Purifier

Built for high-demand industrial and commercial environments, the MVP16™ delivers powerful, scalable air and surface purification for applications such as indoor agriculture, large facilities, and full-building systems. With up to 16 hydroxyl-generating optics, each unit can treat up to 85,000 sq ft (7,896 sq m)—and multiple units can be combined to expand coverage across virtually unlimited spaces.

The MVP16™ uses the same proven Pyure Technology® found in our FDA-registered and CARB-certified systems, effectively reducing airborne and surface contaminants—including mold, bacteria, odors, viruses (such as MS-2, Phi-X174, and SARS-CoV-2), and volatile organic compounds (VOCs). This makes it a highly effective solution for maintaining healthier, cleaner environments in large, shared, or high-traffic spaces.

Each unit is fully controllable and sensor-integrated, enabling the system to adapt in real time as environmental conditions change. Whether occupancy increases, pollutants spike, or airflow patterns shift, the MVP16™ automatically adjusts purification output to meet demand.

At the core of the system is the Pyure Insight Edge™, a user-friendly control hub that connects all purification units and sensors, offering advanced automation, real-time IAQ insights, and enhanced energy efficiency. It integrates easily with Building Management Systems (BMS) and smart building technologies, features an intuitive HMI, and is safeguarded by advanced cybersecurity protocols.

The MVP16 Unit is a hydroxyl-generating unit with up to 16 optics configured to treat specific applications. The unit is part of a Pyure air and surface purification solution which is sensor-driven with interactive process controls. This unit treats up to 85,000 sq ft (7,896 sq m)* with a single system.

*Based on typical operating conditions: 3 air changes per hour, 90% recirculated air, and 9-foot (2.7 m) ceiling.

Details

Application: Industrial / Commercial / Indoor Farming

Coverage Area: Up to 85,000 sq ft (7,896 sq m) per unit*

Scalability: Expandable with multiple units

Technology: Hydroxyl-generating with up to 16 optics

Pathogen Treatment: Mold, bacteria, odors, viruses, VOCs

Control System: Pyure Insight Edge™ with real-time sensor integration

Adaptability: Automatically adjusts to environmental load

Integration: BMS & Smart Building Compatible

Security: Advanced cybersecurity protocols

Protection from Pathogens + Improved Air Quality

When moisture in the air (humidity) passes through our light-based system, it creates powerful natural molecules that react with airborne pollutants like VOCs, odors, and certain harmful gases. These reactions produce organic oxidants—safe, active compounds that continue circulating through your space, helping to break down contaminants and freshen the air.

Trusted in homes, grow-rooms, clinics, dorms, barracks and beyond.

  • Residential

  • Smoking Environments

  • Agricultural

  • University Dorms

  • Military Barracks

Ready to breathe clean air again?

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