Industrial Vocs Organic Exhaust Gas Concentrator Treatment Equipment

99.2% Purify Efficiency VOCs Organic Exhaust Gas Treatment Equipment Industrial zeolite rotor or Zeolite drum Concentrator + RTO

Zeolite rotor or zeolite drum-regenerative combustion (RTO) product, brief introduction: Zeolite rotor or zeolite drum enrichment
adsorptionis the use of zeolite molecules with bulk porous structure characteristics, the aim of purifying air is achieved by selectively
adsorbing organic waste gas molecules and air molecules.

RTO is a special equipment which can raise the temperature of combustible harmful gas to the reaction temperature by using auxiliary
fuel system, so that the harmful gas molecules can be oxidized and decomposed to achieve the goal of gas purification.

Features:

1. Advanced Technology, stable performance, high RTO processing efficiency, (95% -99.2%)

2. Multi-protection facilities, safe and reliable operation.

3. Zeolite rotor or zeolite drum has low resistance, long life and high purification efficiency.

4. Combined preheating and thermal storage technology, less energy consumption, lower operating costs;

5. High adsorption and desorption performance, less energy consumption, lower operating costs;

6. Fully automatic control, high human-computer interaction, energy-saving and labor-saving.

The purification process is suitable for automobile, furniture spray, chemical industry, pharmaceutical, electronic, printing, shoe-making,
plastic and other industries, including benzene, ester, alcohol, ketone, aldehyde, phenol and other VOCS waste gas purification and
odor removal, suitable for normal temperature, low concentration(zeolite rotor) or high concentration (zeolite drum), not suitable for
direct combustion, catalytic combustion, and adsorption recovery of organic waste gas, especially for the treatment of large air volume,
can obtain satisfactory economic and social benefits.

Working Principle

Zeolite Rotor or Zeolite Drum can be used in conjunction with the following devices

1. Zeolite rotor or zeolite drum concentrator + TO exhaust gas treatment device.

2. Zeolite rotor or zeolite drum concentrator + CO exhaust gas treatment device.

3. Zeolite rotor or zeolite drum concentrator + RCO exhaust gas treatment device.

Main Technical Parameters

VOCs Gas Treatment Expert: 10,000 NM3/H ~ 260,000 NM3/H

Patents Related to VOCs Gas Processing Technology

Waste Gas Treatment Project for Aluminum Profile Coating in an Aluminum Factory VOCs Gas
Processing Capacity is 310000NM3/H

Waste Gas Treatment Project for Aluminum Profile Coating in an Aluminum Factory VOCs Gas
Processing Capacity is 240000NM3/H

Waste Gas Treatment Project for Coating in a Factory VOCs Gas Processing Capacity is
300000NM3/H

Waste Gas Treatment Project for Coating in a Factory VOCs Gas Processing Capacity is
300000NM3/H

Waste Gas Treatment Project for Coating in a Factory VOCs Gas Processing Capacity is
240000NM3/H

Waste Gas Treatment Project for Coating in a Factory VOCs Gas Processing Capacity is
160000NM3/H

Four Steps to Customize Zeolite Modules

First. Identify the source points of exhaust gas and airflow

Provide basic information on the exhaust gas generation point, industry, production cycle, operating rules,and accurate operating
air volume, based on the actual instantaneous maximum value during operation.

Second, Determine composition and proportion of exhaust gas.

Zeolite molecular sieves have very strong selective adsorption, so providing more accurate exhaust gas composition and proportion,
customized zeolite molecular sieves are more targeted, with higher adsorption efficiency and capacity.

Third, Determine the inlet concentration and outlet requirements.

Determine the VOCs concentration at the inlet of exhaust gas under actual operating conditions, based on the instantaneous
maximum value of full load production, which can be monitored using portable FID or FDI; To determine the outlet requirements
for zeolite molecular sieve adsorption, it is necessary toconsider the purification efficiency of the thermal oxidation section and
the emission concentration of the mixed gas from the chimney based on the actual situation.

Four, Exclusive Customization

Based on the information provided by the customer, the state conducts experimental simulations (on-site actual testing is necessary
if necessary) by analyzing the boiling point, saturated vapor pressure, polar molecular dynamics diameter and other characteristics
of the exhaust gas components, and comprehensively designs exclusive corrugated zeolite molecular sieve adsorption materials.

FAQ
Q1: What's your temrs of trade?
EXW, FOB, CFR, CIF, DDU, DDP.

Q2: What's your terms of payment?
T/T, L/C, Western Union or Paypal.

Q3: How about your delivery time?
It is 15 to 20 days normally. The specific delivery time depends on the items and the quantity of your order.

Q4: What's your terms of packing?
The package of desiccant rotor is polyfoam and MDF case. It will be very safe for shipping.

Q5: Can you produce according to the samples?
Generally, we offer customized services.

Q6: What's your sample policy?
We can supply the sample if we have ready parts in stock, but the customers have to pay sample cost and courier cost.