Ammonia Cracking Hydrogen Plant For Sintering & Galvanizing

Ammonia Cracking Hydrogen Plant For Sintering & Galvanizing Specification

Type
Ammonia Cracking Hydrogen Plant

Material
Mild Steel

Production Capacity
5-250 Nm3/hr

Production Rate
Continuous

Computerized
Yes

Automatic Grade
Semi-Automatic

Control System
PLC Based

Purity(%)
99.99%

Voltage
380 V

Power
7.5 kW

Working Pressure
0.5-1.0 kg/cm2

Weight (kg)
Approx. 1200

Dimension (L*W*H)
2500 mm x 1500 mm x 2300 mm

Color
Silver/Grey

Start-up Time
20 minutes

Application
Suitable for Sintering and Galvanizing Lines

Ambient Temperature Range
-10°C to 45°C

Cracker Type
Nickel Catalyst Based Reactor

Cooling Method
Water Cooled

Installation Service
Available

Gas Outlet Connection
Flanged

Instrumentation
Digital Indicators and Gauges

Maintenance Requirement
Low

Operating Temperature
850-900°C

Hydrogen Output Pressure
Adjustable

Feedstock
Anhydrous Ammonia

Safety Features
Automatic Shutdown & Alarm

Life Expectancy of Catalyst
3-5 years

Ammonia Cracking Hydrogen Plant For Sintering & Galvanizing Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Month

Delivery Time
15 Days

About Ammonia Cracking Hydrogen Plant For Sintering & Galvanizing

Capitalise on a cost-effective solution with our sublime Ammonia Cracking Hydrogen Plant for Sintering and Galvanizing applications. Featuring a classic mild steel construction, this first-string system employs a Nickel Catalyst Based Reactor and water cooling method for continuous hydrogen production at the lowest price. Adjustable hydrogen output pressure, flanged gas outlet, and PLC-based controls ensure precision and flexibility. With automatic shutdown and alarms, maintenance is low and safety is paramount. Experience 99.99% hydrogen purity, rapid 20-minute start-up, and exceptional operational reliability. Suitable for Indian manufacturers and suppliers.

Advanced Features & Commercial Uses

Ammonia Cracking Hydrogen Plant excels in serving sintering and galvanizing lines, delivering continuous high-purity (99.99%) hydrogen with adjustable pressure. Its water-cooled system, nickel catalyst reactor, and digital instrumentation provide superior machine performance, reliability, and safety. Extra features include automatic alarms, low maintenance needs, and computerized operation. Installation services are available, further enhancing ease and utility for various commercial metal processing units, ensuring seamless integration into your industrial workflow.

Supply Ability & Certifications

Delivered with fast express shipping options, our Ammonia Cracking Hydrogen Plant is supplied nationwide across India. We provide quotations upon inquiry, and samples are available for evaluation. Certified for industrial standards and robust performance, the plant ensures peace of mind for all buyers. The continuous production capacity, ranging from 5 to 250 Nm3/hr, guarantees flexibility for differing operational requirements. Trust our established supply ability and certification credibility for reliable delivery and support.

FAQ's of Ammonia Cracking Hydrogen Plant For Sintering & Galvanizing:

Q: How does the ammonia cracking process work in this plant?

A: The plant breaks down anhydrous ammonia using a nickel catalyst reactor at high temperatures (850-900C), producing hydrogen and nitrogen. Water cooling ensures safe operation and optimal hydrogen purity.

Q: What are the benefits of using the water-cooled method in the hydrogen plant?

A: Water-cooled technology maintains stable operational temperatures, promotes equipment longevity, and enhances safety by preventing overheating during continuous production cycles.

Q: When can I expect delivery after placing an order, and is express shipping available?

A: After you accept the quotation, the plant is typically delivered within an agreed timeframe. Express shipping is available for urgent requirements across India.

Q: Where can the Ammonia Cracking Hydrogen Plant be installed?

A: Our installation service allows placement at any sintering or galvanizing facility, provided ambient temperatures range from -10C to 45C, and basic utilities are available.

Q: What is the maintenance requirement for this hydrogen plant?

A: The plant is engineered for low maintenance, thanks to its computerized controls, durable materials, and automated safety features, reducing downtime and service needs.

Q: How long does the nickel catalyst last before replacement?

A: The nickel catalyst typically has a life expectancy of 3-5 years under normal operating conditions, ensuring cost-effective and reliable hydrogen production.

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