Oxi.X RP – Your One-stop-solution for Air Pollution Control

Economic development in any society generates jobs and elevates the standard of living. Industrial development fulfils both these criteria and brings several adverse effects on the environment, such as air pollution. 

It is imperative to ensure that the pollution emitted by these industries is minimized. That is why the industries require a highly efficient and dependable solution to control this issue of air pollution.

This is where Dürr comes in. As an international market leader, Dürr acts as a one-stop-shop for several industries and offers high-performance systems for air pollution control.

It offers a comprehensive range of air pollution control solutions specially designed to meet customers’ requirements. One of the most popular ways to treat polluted air is with the help of the thermal process. This process is based on the separation principle, wherein the pollutants are removed from the exhaust air produced during the manufacturing process via combustion. 

Oxi. X RP – Regenerative Thermal Oxidizer

The Oxi.X RP regenerative thermal oxidizer by Dürr was formerly known as Epsilon®. It has a highly flexible design with a modularized multi-canister thermal oxidizer. This makes it suitable for varied use against Volatile Organic Compounds (VOCs) and Hazardous Air Pollutants (HAPs). It also acts as a perfect solution for odor control during a pollution control process.


Benefits of using Oxi.X RP RTO

RTOs are proven solutions for thermally efficient VOC air pollution control systems. Oxi.X RP RTO offers an innovative compact design that delivers low operating costs and is economically viable. It also ensures high efficiency during VOC destruction.

This system is also equipped with tailored heat-exchange media designed for optimized thermal efficiency, reduced pressure drop due to cost-effective operation, and application against a broad spectrum of organic/inorganic contaminants.

Here are a few advantages of using Oxi.X RP over other RTOs

  1. It offers broad application use over organic and inorganic contaminants, optimized thermal efficiencies due to tailored heat-exchange media, and cost-effective operations because of minimized pressure drop.
  2. High reliable poppet valve design offers long run life and increased Return On Investment. (ROI).
  3. Oxi.X RP meets the global standards of VOC control as it offers destruction efficiency of up to 99.8%.
  4. It works even with high-solvent-load due to its hot-bypass system.
  5. Its ceramic media bake-out cleaning simplifies the removal process of organic residues and offers smoke-free emission to match the broader environmental codes.
  6. It comes equipped with optional secondary heat recovery for hot water, thermal oil, steam, electricity generation, or adsorption cooling.
  7. Consists of multiple fuel options, including natural gas, butane, propane, and oils.
  8. Comes with optional fuel gas injection systems.
  9. To maintain a harmonized process, the Oxi.X RP comes equipped with the feature of temperature profile control and offering variable cycle time.
  10. Its heavy-duty construction with independent canisters increases the operating life of the system.

The Oxi.X RP RTO provides a perfect solution for air pollution control in scenarios where a multi-canister thermal oxidizer is required. This particular system can be configured with 3, 5, or even more canisters. Furthermore, the Oxi.X RP RTO comes equipped with a modular and flexible design to meet the specified performance criteria. Thus the unit can deliver highly effective VOC destruction with low offering and capital costs.

Technical Specifications of Oxi.X RP RTO

Flow Capacity – 2,000 to 200,000 Nm³/h                 

VOC Destruction Efficiency – 99.8%                         

Thermal Efficiency – 92% to 98%                               

Autotherm Operation – 1 to 2 g/Nm³/h or lower                               

Turndown Ratios – 1:5 to 1:10 depending on the number of cans                              

VOC Concentration – Up to 25% LEL by using optional hot-side bypass

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