Hydrogen Generation From Ammonia Cracker

Hydrogen Generation From Ammonia Cracker Specification

Type
Hydrogen Generation From Ammonia Cracker

Material
Stainless Steel

Production Capacity
5 Nm3/hr to 500 Nm3/hr

Production Rate
Customized

Computerized
Yes

Automatic Grade
Fully Automatic

Control System
PLC Controlled

Purity(%)
99.999%

Voltage
220V / 380V / 415V

Power
10 kW

Working Pressure
5-20 kg/cm2

Weight (kg)
1500

Dimension (L*W*H)
2000mm x 1200mm x 2200mm

Color
Silver Grey

Startup Time
30-45 minutes

Noise Level
Less than 75 dB

Installation
On-Site Skid Mounted

Hydrogen Outlet Pressure Range
Up to 15 bar

Ambient Temperature Range
5°C to 45°C

Catalyst Type
Nickel Based

Cooling Method
Air or Water Cooled

Feedstock Required
Anhydrous Ammonia

Operation Mode
Continuous

Safety Features
Flame Arrestor, Pressure Relief Valve, Gas Leak Detection

Dew Point
Up to -60°C

Hydrogen Generation From Ammonia Cracker Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Month

Delivery Time
15 Days

About Hydrogen Generation From Ammonia Cracker

Experience elite hydrogen purity with our Top-of-the-line Hydrogen Generation From Ammonia Cracker, a featured and extraordinary system designed to fulfill the grand needs of in-demand industries. Delivering hydrogen with an outlet pressure range up to 15 bar and dew point to -60C, this continuous operation skid-mounted unit utilizes nickel-based catalysts and anhydrous ammonia feedstock. Precision PLC control, fully automatic operation, and robust safety features set the standard for reliability. Capable of producing 5-500 Nm3/hr, it excels in both scale and efficiency, all housed in durable stainless steel.

Key Features & Applications

This high-performance Hydrogen Generation From Ammonia Cracker offers flexibility in cooling options-air or water-while maintaining exceptionally high purity at 99.999%. Its grand capacity suits large-scale hydrogen requirements for chemical plants, energy projects, and industrial gas supply. The continuous and fully automatic operation, computerized control, and rapid startup (30-45 minutes) make it highly practical for demanding settings, ensuring extraordinary output and reliable application in elite industry segments.

Export Markets & Delivery Details

Our hydrogen generators are in demand globally, with main export markets spanning Asia, Europe, and the Middle East. Upon finalizing the proposal amount, logistics and customs are handled efficiently for smooth arrival at your site within a prompt delivery window. Sample units are available on request to showcase product excellence before full-scale deployment, demonstrating our commitment to grand service and top-tier reliability in international supply.

FAQ's of Hydrogen Generation From Ammonia Cracker:

Q: How does the Hydrogen Generation From Ammonia Cracker work?

A: The cracker uses a nickel-based catalyst to break down anhydrous ammonia into hydrogen and nitrogen via a continuous operation, with precise output controlled by PLC automation for extraordinary purity and efficiency.

Q: What safety features are included in this hydrogen generator?

A: Safety is top priority, featuring a flame arrestor, pressure relief valve, and gas leak detection system to ensure secure onsite operation in elite industrial settings.

Q: When can I expect delivery after placing my order for export?

A: Delivery times are prompt and coordinated post proposal amount confirmation, with logistics ensuring arrival at your destination within the agreed timeframe, typically a few weeks depending on location.

Q: Where can the ammonia cracker plant be installed?

A: Installation is onsite and skid-mounted, ideal for integration into industrial plants, hydrogen fueling stations, chemical operations, or anywhere reliable hydrogen generation is required.

Q: What are the main benefits of using this system for hydrogen production?

A: Key benefits include high purity hydrogen (99.999%), fully automatic operation, rapid startup, customizable production rates, grand capacity range, and robust, computerized control for reliable, continuous supply.

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