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99%-99.9999% Purity Methanol Cracking Hydrogen Generation Unit

Basic Properties
Place of Origin: Suzhou,China
Brand Name: Joshining
Certification: CE,ABS,CCS,BV,DNV,ASME,GOST,
Model Number: PM-C
Trading Properties
Minimum Order Quantity: 1 set
Price: Negotiate
Payment Terms: L/C,T/T,Western Union,
Specifications
Capacity: 50-5000 Nm3/h Purity: 99%-99.9999%
Operate Pressure: 1-10 Bar(adjustable) Raw material: Methanol
High Light:

99% purity methanol cracking unit

,

hydrogen generation methanol cracker

,

99.9999% pure methanol hydrogen unit

Product Description


99%-99.9999% Purity Methanol Cracking Hydrogen Generation Unit



Description: 


1. Production Scale:50~5000Nm3/h 

2. Product Purity:99%~99.9995% (v/v) 

3. Temperature:Ambient 

4. Pressure: 0.8~2.5MPa(G)


Beside endothermic gas or endo gas, more and more methanol is used for the thermal treatment of metals as 

a protective gas. The methanol is 

directly insirted into the furnace and cracked there.

        CH3OH  →  CO  +  2 H2

Carbon monoxid and hydrogen are formed. The methanol cracking gas is an excellent carrier gas.

Hydrogen and carbon monoxide are reducing agents and avoid oxidation or corrosion of metal surfaces in a 

furnace. It has to be taken into account 

however, that carbon monoxid increases the carbon content of steel. Methanol cracking gas can therefore be 

used for surface hardening of steel by

 carbonisation or carburization. Carbon concentration can be increased up to the saturation level of austenite

 in surface close areas (around 1mm 

deep). In order to control the carbonization, water vapour can be added or nitrogen can be used for dilution.



Applications:


1. Carbonisation, Carbonization, Carburization, Carburisation

2. Sintering

3. Annealing of steel with high carbon content

4. Normalizing

5. Stainless steel,Cooper industry 


99%-99.9999% Purity Methanol Cracking Hydrogen Generation Unit


Properties:


1. Methanol is more expensive compared to Methane, however total costs for methanol cracking is 

lower.

2. Lower investment costs.

3. Less energy consumption.

4. Less maintenance.

5. Stable, high efficiency