Ammonia Making Hydrogen Machine (ANH)
Working Principle of Ammonia Cracker
Ammonia cracker takes liquid ammonia as the raw material, and a certain flow of ammonia enters the decomposition furnace at a temperature of 800 ºC. Under the action of a catalyst, the reaction is carried out to decompose the ammonia into hydrogen and nitrogen.
This device has the advantages of simple structure, convenient operation, easy to use, low energy consumption, and is particularly suitable for small-scale hydrogen production. Ammonia cracking hydrogen production furnace can be used for bright annealing of metal materials and parts such as nonferrous metals, tungsten and molybdenum, silicon steel, chromium steel, and stainless steel, decarburization treatment of silicon steel sheets, copper-based and iron-based powder metallurgy sintering, hydrogen burning treatment of metal parts of electric vacuum devices, protective sintering and sealing of semiconductor devices, and raw gas for diffusion purification of hydrogen through palladium alloy films.
The raw material ammonia is easy to obtain, with low prices and less raw material consumption. Ammonia cracking to produce shielding gas has the advantages of low investment, small volume, and high efficiency.
Ammonia decomposition equipment's raw material is liquid ammonia, it will produce 75% hydrogen, and 25% nitrogen mixed gas after it vaporization under catalyzation heating and decomposition.
Characteristics:
1. Simply principle, structure
2. Lower investment, consumption, and cost.
3. Widely applied, it can meet many customers' hydrogen needs
4. Perfect design for the crucial part such as furnace stack, flame tube, and heating wire, working life can be three Years.
Technical Index
Resource: Ammonia
Ammonia capacity 1~1000Nm3/h
Pressure: 0.5bar
Dew point: ≤ -10 degrees
Standard: Fulfill the domestic standard
Product decomposition gas
Pressure: 0.5bar
Dew point: ≤ -10 degrees
Residue ammonia ≤ 0.1%
Ammonia Cracker Model Specification
| S.N |
Model |
Nm /hr |
V/Hz |
kW |
| 1 |
ANH-NHP-5-0.5/2 |
5 |
220/50 |
6+0.5 |
| 2 |
ANH-NHP-10-0.5/2 |
10 |
220/50 |
12+0.8 |
| 3 |
ANH-NHP-20-0.5/2 |
20 |
380/50 |
22+1.6 |
| 4 |
ANH-NHP-30-0.5/2 |
30 |
380/50 |
32+2 |
| 5 |
ANH-40-0.5/2 |
40 |
380/50 |
36 |
| 6 |
ANH-50-0.5/2 |
50 |
380/50 |
44 |
| 7 |
ANH-60-0.5/2 |
60 |
380/50 |
52 |
| 8 |
ANH-70-0.5/2 |
70 |
380/50 |
58 |
| 9 |
ANH-80-0.5/2 |
80 |
380/50 |
64 |
| 10 |
ANH-90-0.5/2 |
90 |
380/50 |
88 |
| 11 |
ANH-100-0.5/2 |
100 |
380/50 |
88 |
| 12 |
ANH-110-0.5/2 |
110 |
380/50 |
104 |
| 13 |
ANH-120-0.5/2 |
120 |
380/50 |
104 |
| 14 |
ANH-140-0.5/2 |
140 |
380/50 |
117 |
| 15 |
ANH-150-0.5/2 |
150 |
380/50 |
138 |
| 16 |
ANH-160-0.5/2 |
160 |
380/50 |
138 |
| 17 |
ANH-180-0.5/2 |
180 |
380/50 |
155 |
| 17 |
ANH-200-0.5/2 |
200 |
380/50 |
155 |
| 19 |
ANH-250-0.5 |
250 |
380/50 |
196 |
| 20 |
ANH-300-05 |
300 |
38050 |
242 |
Hydrogen Purification
| S.N |
Model |
Nm /hr |
V/Hz |
kW |
| 1 |
NHP-40-0.5/2 |
40 |
380/50 |
3 |
| 2 |
NHP-50/60-0.5/2 |
60 |
380/50 |
3 |
| 3 |
NHP-70/80-0.5/2 |
80 |
380/50 |
6 |
| 4 |
NHP-70/100-0.5/2 |
100 |
380/50 |
6 |
| 5 |
NHP-110/120-0.5/2 |
120 |
380/50 |
6 |
| 6 |
NHP-140-0.5/2 |
140 |
380/50 |
9 |
| 7 |
NHP-150/160-0.5/2 |
160 |
380/50 |
9 |
| 8 |
NHP-180-0.5/2 |
180 |
380/50 |
13.5 |
| 9 |
NHP-200/210-0.5/2 |
200 |
380/50 |
13.5 |
| 10 |
NHP-240/250-0.5/2 |
250 |
380/50 |
13.5 |
| 11 |
NHP-280/300/320-0.5/2 |
300 |
380/50 |
18 |
| 12 |
NHP-360-0.5/2 |
350 |
380/50 |
18 |
| 13 |
NHP-400-0.5/2 |
400 |
380/50 |
24 |
| 14 |
NHP-480/500-0.5/2 |
500 |
380/50 |
24 |
| 15 |
NHP-600-0.5/2 |
600 |
380/50 |
24 |
·Application:
• Aircraft& motor vehicle tires
• Chemical and petrochemical industries
• Electronics industry
• Metallurgy/heat treatment
• Pharmaceutical industry
• Glass and lighting industry
• Oil & Gas
• Food and beverage industries
Product Features
* Most reliable technology
* More advanced and more economical air separation modules. extremely low power consumption
* Simple engineering design, Less components = lower maintenance cost
* Automated Operation.
* Turn-key solution and pre-commissioned.
* Skid-mounted design, easy installation.
* Durable Molecular Sieve and Steel Structures ensure longer life.
* Low operating cost.
Production advantage.
1. Easier to operate. Automatic recording of gas flow operation, easy to monitor and track the working state at any time. - Automatic operating system, the whole process does not need duty personnel.
2. Higher reliability - with special valves, the service life can reach millions of times, and the system works stably and reliably. A reasonable design concept makes the equipment safer and more reliable for operation.
3. Flexible solutions: - Manual ball valves are installed in each membrane for easy maintenance and flexible capacity adjustment.
4. Cleaner Air Source - Four stage air filter ensures a cleaner air source. - Differential pressure meter reminder maintenance - manual and automatic drainage devices for draining condensed water
Audited Supplier 
){kind=link}
){kind=link}