PHARMACEUTICAL STORAGE
Custom Thermal Management Solutions for the Pharmaceutical Industry
PHARMACEUTICAL STORAGE
AIR2O provides cooling solutions for pharmaceutical storage facilities to meet strict temperature control requirements set by FDA, ICH, and MHRA. Our design engineers have expertise in the industry and create tailored solutions to maintain compliance and provide a comfortable environment.
A smarter way to cool
Fan Array Unit
Air2O’s versatile fan arrays offer an excellent solution for warehouses and fulfillment centers that require an affordable and reliable cooling or exhaust system for large-scale operations. In addition to regulating temperature, our fan arrays can help improve air quality, providing a healthier and more comfortable environment for employees working in these facilities. Fresh air is particularly important in warehouse and fulfillment settings, where workers may be exposed to dust, fumes, and other airborne pollutants. By incorporating our fan arrays with cooling coils or evaporative media, we can help ensure your employees have access to clean, fresh air while working.
Benefits of Air20 Pharmaceutical Storage Facilities Advanced Thermal Management Solutions.
Provides cooling solutions for pharmaceutical storage facilities to meet strict temperature control standards set by the FDA, ICH, and MHRA.
Our systems offer a range of cooling stages, including free cooling, direct evaporative cooling, indirect/direct evaporative cooling, and DX/chilled water, to maximize energy savings based on the outdoor temperature and relative humidity.
Our cooling systems use IDEC technology, which can provide up to 70% energy savings compared to traditional compressor-only systems.
Our design engineers use predictive analysis software to develop energy-efficient solutions tailored to the specific needs of each facility.
Sustainability custom designs help our customers minimize their environmental impacts by using environmentally friendly products and materials to reduce waste and conserve energy.
The ability to independently operate different cooling stages maximizes energy efficiency.