Active Hygiene for Greenhouses & Polytunnels
Greenhouses and growing tunnels represent one of the most demanding environments in modern agriculture.
Enclosed spaces, elevated humidity, limited air circulation, and intensive production cycles create ideal conditions for the development of pathogens, particularly fungi and molds, which pose one of the most serious threats to protected crops.
Rapid Spread of Fungal Diseases
Under such conditions, fungal diseases spread rapidly, affecting not only plants and growing substrates, but also structural elements, irrigation systems, and working surfaces.
Even a single lapse in proper disinfection can lead to long-term contamination of the growing environment, resulting in reduced crop quality, lower yields, or, in extreme cases, complete crop loss.
Fungal pathogens are capable of surviving in construction joints, organic residues, and irrigation systems, becoming a persistent source of reinfection in subsequent production cycles.
Limitations of Conventional Chemical Disinfection
Conventional chemical disinfectants, although often effective in the short term, rarely provide a lasting solution.
Aggressive chemicals burden the growing environment, disrupt beneficial microflora, and contribute to the development of pathogen resistance.
In enclosed greenhouse spaces, chemical vapors pose an additional risk to worker health and may negatively affect plant growth.
Disinfection as a Key Element of Crop Health Management
Effective disinfection of greenhouses and growing tunnels is therefore not merely a technical procedure, but a critical element of crop health management.
The quality and regularity of sanitation directly determine production stability, loss prevention, and the overall safety of the cultivation cycle.
Graphene Oxide–Based Disinfection Solution
INTERMERCATUS Biotech offers an advanced hygiene solution based on a graphene oxide-driven technology platform developed within HexyTrix, specifically designed for enclosed, high-humidity environments.
Our technology supports the reduction of fungi, bacteria, and viruses while helping to preserve the biological balance of the growing environment and limiting the need for harsh chemical inputs.
Application Method and Long-Term Protection
The preparation, delivered as a stable aqueous dispersion, can be applied to:
growing substrates
greenhouse structures
films
cultivation tables
irrigation systems
working surfaces
It operates through a physicochemical mechanism rather than aggressive chemistry, helping to reduce reinfection rates and lower fungal disease pressure in subsequent production cycles.
Supporting Sustainable Crop Production
The application of graphene technology in greenhouses and growing tunnels enables the creation of a clean, stable, and biologically safe environment that supports healthy plant development.
It is a solution for growers seeking long-term, effective crop protection aligned with the principles of sustainable agriculture.