Products Solutionsボンズカジノ 初回入金ボーナスncentrator

Features

VOC stands for Volatile Organic Compound.

Examples : Toluene, Benzene, and Ethanol
VOCs are one of the air pollutants that generate suspended particulate matter (SPM), photochemical oxidants, and foul odors.
They are hazardous to human health, and many countries have established regulations concerning VOC emissions.

Sources of VOC exhaust gas

• Processes such as painting, printing, and coating
• Manufacturing facilities that use chemical substances or raw materials containing VOCs

Methods for treating VOC exhaust gas

The general method is combustion. Combustion methods are commonly used in industrial exhaust gas treatment, oxidizing the carbon in the VOCs into CO₂. These methods can be classified into direct combustion, regenerative combustion, and catalytic combustion.

Principles of ボンズカジノ 初回入金ボーナスncentrator

Benefits of Introducing a ボンズカジノ 初回入金ボーナスncentrator

• ■ Miniaturization of combustion equipment (reduced running and initial costs)
• ■ Annual reduction of CO₂ emissions per combustion device

If the VOCs contained in the exhaust gas are low in concentration, combustion in a combustion device would require exceptionally large facilities and incur huge running costs. Therefore, it is possible to downsize the combustion equipment by concentrating the exhaust gas with a ボンズカジノ 初回入金ボーナスncentrator. In addition, the high exhaust gas concentration also reduces running costs and decreases annual CO₂ emissions.

*1: For gas volume, the rotor surface wind speed is 3.0 Nm/s, and the zone division is 10:1:1. These are the values at 10x concentration.
*2: The motor is non-explosion proof. Explosion-proof versions can be supplied as options which are tailored to the standards of each country.

1. When silicone use is restricted

In applications like automotive painting or processes where catalysts are used afterward, there may be requirements for limiting silicone that can affect quality. We have revised the rotor and all materials to meet this need and realized complete silicone-free solutions.

Z-Type : Zero-silicon specifications

Free of organic silicone and materials that affect paint quality. All components used have been evaluated and verified for integrity.

C-Type : Low-silicone specifications

Focusing on highly volatile organic silicon compounds found in silicone products.This type proposes a cost-effective solution by reducing these compounds.

2. If high-boiling-point VOCs are contained

If the treated air contains high-boiling-point VOCs, conventional regeneration temperatures may leave residues, causing deterioration of rotor performance. To prevent this, the K-Type (constant high-temperature treatment) and H-Type (periodic high-temperature treatment) are options for high-temperature regeneration treatment at 300 °C.

K-Type : Constant high-temperature regeneration

This is a solution for cases where high boiling point VOCs are the main component of the treated air.

H-Type : Periodic high-temperature regeneration

High-temperature activation treatment is performed periodically (usually once in every three months) to prevent the accumulation of high-boiling-point VOCs.