The management of contaminant air, encompassing noxious bad odor emissions, hazardous industrial byproducts, and volatile solvents, is a critical imperative for environmental protection, public health, and workplace safety.

Modern advances in air treatment have moved far beyond traditional methods, offering a diverse array of sophisticated technologies to effectively capture, neutralize, and eliminate airborne pollutants.

While established techniques like activated carbon towers, chemical scrubbers, and conventional biological biofiltration continue to play a role, a new wave of innovative solutions is emerging, offering enhanced efficiency, sustainability, and cost-effectiveness.

Activated carbon towers, relying on the adsorption of pollutants onto a porous carbon surface, remain a common choice for removing certain organic compounds and odors.

However, they can suffer from saturation, requiring periodic replacement or regeneration of the carbon media, which can be energy-intensive and generate waste.

Chemical scrubbers utilize liquid absorbents to chemically react with and remove specific pollutants from the air stream. While effective for targeted contaminants, they often involve the use of hazardous chemicals and generate chemical waste that requires careful disposal.

Conventional biological biofiltration employs microorganisms immobilized on a filter bed to biodegrade airborne pollutants.

While eco-friendly, these systems can be land-intensive and may exhibit slower reaction rates, particularly for high concentrations or complex mixtures of contaminants.

At Sternova, we embrace the modern advancements in air treatment, offering a diverse portfolio of cutting-edge solutions designed to overcome the limitations of conventional methods.

Our technologies are engineered for high efficiency, rapid action, and sustainable operation, ensuring a cleaner and healthier atmosphere for both industrial facilities and surrounding communities.

Our Soil Biofiltration systems represent a significant step forward in biological air treatment.

By cultivating and domesticating specialized microorganisms within a multi-layered soil filter, we harness the natural power of biodegradation in a compact footprint.

Odor and VOC molecules are effectively "eaten" by these microorganisms, converting them into harmless substances like CO₂ and water.

This technology offers a land-saving alternative to conventional biofilters while providing robust and long-lasting odor control for various concentrations and complex mixtures of pollutants.

Furthermore, the vegetated surface of our soil biofilters can be integrated with landscaping, offering an aesthetically pleasing and environmentally beneficial solution.

For applications demanding rapid and high-efficiency removal of odors and VOCs, our Enhanced Biological Treating Unit (SBP) provides a powerful solution.

This compact unit utilizes high surface area carrier media and a countercurrent fogging system to create an environment for instant biochemical degradation.

Highly effective and selective microorganisms rapidly break down airborne contaminants, overcoming the slow startup times often associated with conventional biological systems.

The SBP offers a space-efficient and highly responsive solution for even challenging industrial air treatment scenarios.

Our Ozone Reaction Towers leverage the exceptional oxidizing power of ozone to effectively degrade a wide range of organic pollutants and eliminate persistent odors in air streams.

Ozone, a strong and versatile oxidant, directly reacts with odor-causing molecules and breaks down complex organic compounds.

This technology is particularly effective for treating industrial emissions and can be integrated into various air treatment systems to achieve comprehensive pollutant destruction and odor neutralization.

By offering a diverse range of advanced air treatment technologies, including space-saving soil biofiltration, high-efficiency SBP units, and powerful ozone oxidation, Sternova provides customized solutions tailored to the specific needs of each client.

We are committed to moving beyond conventional limitations, delivering effective, sustainable, and future-forward air treatment and management for a cleaner, healthier world.