RTO, also known as regenerative thermal oxidizer, functions based on the principle of oxidizing the combustible exhaust air into corresponding oxides and water at an high temperature. This process is designed to purify the exhaust and effectively recycle the heat generated during the decomposition of the exhaust air. The primary objective is to not only eliminate harmful substances but also make the most of the energy released, contributing to a more efficient and environmentally friendly operation.
Rotary RTO is mainly composed of a combustion chamber, regenerative chamber, and rotary valve. The exhaust gas distribution valve is driven by a motor to rotate continuously and at a uniform speed. This precise and consistent rotation, under the influence of the distribution valve, ensures that the exhaust gas undergoes a gradual and continuous switching between the regenerative chambers. This seamless transition allows for a smooth and efficient treatment process, maximizing the utilization of the available resources and minimizing any potential disruptions.
When the concentration of the exhaust air is particularly high, an additional exchanger can be strategically arranged. This exchanger has the ability to convert the exhaust air into a useful fuel source. Moreover, there are multiple additional heat recycling options available, such as hot air, hot water, steam, and oil. These various possibilities offer flexibility and enable the system to adapt to different requirements and circumstances, enhancing its overall efficiency and practicality.
The square Rotary RTO proves to be highly applicable for VOCs exhaust gas treatment across a wide range of industries. This equipment showcases a high level of integration and a compact layout, ensuring stable operation and a superior treatment efficiency. The size of its square furnace body can be custom-tailored based on the specific site conditions of the customer, which is especially beneficial for those with limited installation spaces. This product has accumulated mature case applications in industries like printing, film coating, and chemicals. It has effectively assisted customers in achieving the standardized treatment of VOCs exhaust gas and has received widespread acclaim from customers in diverse industrial sectors.
The single device processing capacity ranges from 5000 cubic meters per hour to 100000 cubic meters per hour, providing a considerable range to accommodate different scales of operations and production demands.
