蜂窝陶瓷蓄热体

Honeycomb ceramic heat storage

一、产品介绍（Product introduction）

蓄热式热力焚化炉又称为：蓄热式氧化炉，英文名为“Regenerative Thermal Oxidizer”，简称为“RTO”。迄今为止，RTO在有机废气净化中的应用已有30多年的历史，可以说技术成熟，应用普遍。

Regenerative thermal incinerator is also known as: regenerative heat oxide furnace, The English name is "Regenerative Thermal Oxidizer", referred to as "RTO". So far, the application of RTO in organic waste gas purification has a history of more than 30 years, and it can be said that the technology is mature and the application is universal.

蓄热式热力焚烧炉（RTO）的关键部件——蜂窝陶瓷蓄热体，具有单位体积换热面积大、传热快、气流阻力小、透热深度浅、热效率高等优点。

The key component of the regenerative thermal incinerator (RTO), the honeycomb ceramic heat storage body, has the advantages of large heat transfer area per unit volume, fast heat transfer, small airflow resistance, shallow heat transmission depth and high thermal efficiency.

二、产品用途（Product Usage）

该产品是片状组合式蜂窝陶瓷蓄热体，内部结构采用“T”形排列设计，代替了原有普通蜂窝陶瓷的1“十”形方孔结构排列，解决了产品在使用过程中的堵孔情况。

The product is a flake combined honeycomb ceramic regenerative body, the internal structure adopts the "T" shape arrangement design, instead of the original ordinary honeycomb ceramic 1 "ten" shape square hole structure arrangement, to solve the product in the use of the process of plugging the hole situation

同时，内部蜂窝孔具有连通式结构，增加空隙率，减少气流压降，改善整个截面上气体分布，使气体分布更均匀，提高了设备热回收效率。

At the same time, the internal honeycomb hole has a connected structure, which increases the porosity rate, reduces the pressure drop of the air flow, improves the gas distribution on the entire cross-section, makes the gas distribution more uniform, and improves the heat recovery efficiency of the equipment.

三、适用范围（Scope of application）

广泛应用于钢铁、机械、建材、石化、有色冶金等行业的各种加热炉、热风炉、热处理炉、裂解炉、烘烤器、溶化炉、均热炉、油气锅炉等窑炉的节能环保燃烧技术。

Widely used in steel, machinery, building materials, petrochemical, nonferrous metallurgy and other industries of various heating furnaces, hot air furnaces, heat treatment furnaces, cracking furnaces, bakers, melting furnaces, homogenizer furnaces, oil and gas boilers and other kiln energy-saving and environmental protection combustion technology.