Barat Industrial

What is Biological Scrubber – Gas Cleaning System for PP/HDPE?

  • Category:Scrubber Gas Washing
Biological Scrubber – Gas Cleaning System for PP/HDPE

We design and manufacture gas scrubbing systems for the treatment of corrosive chemical vapors such as hydrogen sulfide, nitrogen-based gases, and odor-causing pollutants using biological bacteria, ensuring emissions are released in compliance with environmental regulations.

Biological scrubber systems are especially designed for waste, fertilizer, and waste separation facilities established for electricity generation, providing optimal conditioning to protect generators.

The systems we design using plastic raw materials such as polypropylene and polyethylene include:

  • Ventilation duct systems,
  • Acid-resistant fans,
  • Chemical dosing systems,
  • Autonomous control systems.

These systems are designed and manufactured to ensure high efficiency, low energy consumption, and safe, reliable operation over many years.

Unlike chemical scrubbers, biological scrubber systems remove gases and odors through microbial activity instead of chemical reactions.

Advantages of Polypropylene – Polyethylene – PVC materials:

  • Good mechanical properties combined with low density,
  • Economical and easy installation compared to other materials,
  • Excellent chemical resistance,
  • Safe operating temperature range of –40°C to +100°C,
  • No painting or similar maintenance costs due to chemical resistance,
  • Long service life with high UV resistance,
  • Easy repair in case of accidental damage,
  • Suitable for food-related applications.

Scrubber systems are custom-designed according to process requirements and capacity, manufactured through scientific material and equipment selection, installed on-site, and commissioned for operation.

  • Biological gas scrubbing systems utilize the power of microorganisms to convert pollutants into harmless compounds, effectively controlling air pollution.
  • These systems provide a reliable solution for reducing emissions of sulfur dioxide (SO2), hydrogen sulfide (H2S), and other harmful gases.
  • Our biological gas scrubbing systems are designed in various sizes and capacities to suit different industrial applications.
  • Microorganisms metabolize pollutant gases, converting them into water vapor, carbon dioxide, and other harmless components, thereby reducing environmental impact.
  • Compared to chemical alternatives, biological gas scrubbing systems offer lower operating costs, reduced energy consumption, and a smaller environmental footprint.
  • Our experienced engineering team provides comprehensive support for installation and maintenance, ensuring efficient and uninterrupted system operation.

Frequently Asked Questions

In our Frequently Asked Questions section, we've tried to answer the most common questions our customers have about our tank manufacturing services. However, if you need more information or have a specific question, please don't hesitate to contact us. Our expert team is here to help you in the best way possible.

Gas scrubbing systems are equipment used to remove pollutants, particles, and gases generated in industrial processes. These systems typically bring a gas stream into contact with a liquid solution. Upon contact, the liquid dissolves or absorbs the pollutants in the gas, releasing clean gas into the air. Gas scrubbing systems are critical for controlling industrial emissions and complying with environmental regulations.

Odor removal systems are used to reduce or eliminate unwanted odors in industrial and commercial facilities. These systems typically work by addressing the source of bad odors through chemical, biological, or physical processes. Chemical scrubbers, biological filters, or activated carbon filters are common components of odor removal systems. These systems are important for protecting employee health and ensuring environmental compliance.

Regular maintenance of gas scrubbing and odor removal systems is critical to ensuring the system operates efficiently and safely. Maintenance typically includes cleaning system components, replacing filters, checking fluid levels, and assessing the overall condition of the system. The frequency of maintenance may vary depending on the type of system and the intensity of use, but regular maintenance is generally recommended. Periodic checks and maintenance performed by qualified technicians ensure the longevity and continued performance of the systems.

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