Electrostatic Ventilation Systems

Our Services > Electrostatic Ventilation Systems

Our electrostatic ventilation systems provide effective cleaning of odors, soot, smoke, smoke, oil and other airborne particles. These systems use the principle of electrostatic acceleration to attract and collect airborne pollutants onto electrically charged plates. The polluted air is purified from the particles through an electrical field inside the system and the cleaned air is returned back to the environment. It is an ideal solution especially in businesses that cause intense air pollution such as restaurants, industrial kitchens, factories and other commercial areas.

Electrostatic filters have the capacity to capture even fine particles in the air. This system, which is much more effective than traditional filtration methods, both provides healthier air in the indoor environment and minimizes the polluted air released by businesses. Thus, it reduces the carbon footprint of your business by offering an environmentally friendly solution. It is especially indispensable for businesses that must comply with environmental regulations. In addition, by effectively filtering particles such as oil and smoke, it reduces the risk of fire and contributes to the longer life of your equipment.

Our electrostatic ventilation systems also offer convenience in terms of maintenance. Regular cleaning of the filters ensures long life of the system and reduces operating costs. It also draws attention with its low energy consumption. These systems, which provide high energy efficiency, are an environmentally friendly solution while reducing the energy costs of your business. As Dev Havalandırma, we offer customized solutions for every business and carry out the installation and maintenance of electrostatic ventilation systems with our professional team. Our goal is to maximize the indoor air quality of your business and minimize the negative impact on the environment.

Copyright © Dev Havalandırma. All rights reserved. Developed by Key Design&Art