Sonogust is a concept stage air purification system designed to address the dual challenges of indoor air pollution and high energy consumption in commercial buildings. Leveraging the power of sound and air, Sonogust employs a unique technology known as acoustic agglomeration to enhance particulate matter capture while significantly reducing energy costs. This retrofittable device seamlessly integrates into existing HVAC systems, providing high-grade air filtration without the need for costly upgrades or reconstructions.

How It Works: Sonogust pre-treats the air by using precise sound waves and air movement to collide and cluster particles together, enlarging their size before they reach the filters. Larger particles are easier to capture, which reduces the pressure drop across the filters. The devices fits into an existing duct section in the ventilation system. This process enhances filtration efficiency, ensuring cleaner indoor air while minimizing energy consumption.

Key Benefits:

• Energy Efficiency: Reduces the energy requirements of traditional air purification systems by minimizing the pressure drop across filters.

• Improved Air Quality: Enhances particulate matter capture, providing cleaner and healthier indoor air.

• Cost-Effective: Offers a retrofittable solution that integrates into existing HVAC systems, eliminating the need for costly upgrades.

• Sustainable Design: Promotes the use of recyclable materials and supports a circular economy.

Applications: Sonogust is ideal for commercial buildings, transport hubs, and other large facilities that use heating and ventilation systems. It provides a scalable solution to the longstanding issues of indoor air pollution and excessive energy use in HVAC systems.

Our Vision: At Vox Aeris, we believe that clean indoor air should be an accessible and affordable right for all. Our mission is to set a new standard in air purification by combining innovative acoustic technology with sustainable practices. By doing so, we aim to reduce the number of people affected by poor air quality and contribute to a greener, more sustainable future.