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Categories | Biogas Purification Equipment |
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Brand Name: | JCWY |
Model Number: | JC-TL1000 |
Certification: | ISO9001:2015 |
Place of Origin: | China |
MOQ: | 1set |
Price: | USD20000~100000/set |
Payment Terms: | L/C, T/T |
Supply Ability: | 10sets/month |
Delivery Time: | 15~30working days |
Packaging Details: | Normal package |
Material: | Steel |
Feature: | High efficiency,less than 10ppm |
Desulfurization way: | Dry desulfurization |
Application: | Industry Fuel, Biogas purification |
Surface treatment: | Sand blasting and spray paint |
Internal treatment: | Anti-corrosion coating |
Control system: | Full automatic control |
Installation: | Quick and easy |
Biogas Upgrading Purification Of Hydrogen Biogas Purification Equipment
Biogas Purification Equipment Description:
Biogas Desulfurizer is designed to clean biogas by removing sulphur, dust and water from biogas, stablize biogas pressure so that stable and clean biogas can be used on biogas engine.
The main composition of desulphurizer is ferric oxide (Fe2O3).
After some time of use, Fe2O3 will lose its effectiveness ( you can
find that there is bad smell when using biogas). In this case, you
must replace the Fe2O3 in time.
Biogas Purification Equipment Application:
It is mainly used for the removal of corrosive hydrogen sulfide (H2S) gas in biogas, and can also be used for other purification of hydrogen sulfide gas, so that the treated gas provides safety for the normal use and service life of the required equipment.
Biogas Purification Equipment Showing:
Biogas Purification Equipment Advantages:
1. Easy to install and easy to use.
2. During the work process, no personnel are required to be on
duty, and the materials are renewed regularly.
3. The desulfurization efficiency is high, and the effect of
recycling can be achieved by oxidation reduction in the later
stage.
4. Fine desulfurization, high precision of desulfurization.
5. Initially low investment and medium operating costs.
Biogas Purification Equipment Working Principle:
First step: Fe2O3 · H2O + 3 H2S = Fe2S3 + 4 H2O (desulfuration)
Second step: Fe2S3 + 3/2 O2 + 3 H2O = Fe2O3 · H2O + 2 H2O + 3 S (regeneration)
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