Ammonia Cracker Unit

Ammonia Cracker Unit Specification

Type
Ammonia Cracker Unit

Material
Mild Steel with Nickel Catalyst

Production Capacity
5 Nm/hr to 200 Nm/hr

Production Rate
Customizable per requirement

Computerized
Yes

Automatic Grade
Automatic

Control System
PLC Based Control Panel

Purity(%)
75% Hydrogen, 25% Nitrogen (v/v)

Voltage
415 V

Power
6 kW to 25 kW (Depending on model)

Working Pressure
0.5 kg/cm to 1.5 kg/cm

Weight (kg)
Up to 1600 kg (varies by model)

Dimension (L*W*H)
2100 mm x 1200 mm x 2100 mm

Color
Blue / Customized

Operating Temperature
800°C to 900°C

After Sales Service
Available

Cooling System
Air-cooled / Water-cooled condenser

Safety Features
Flameproof electricals, Emergency shutdown system, Pressure relief valve

Startup Time
45 minutes to 1 hour

Heating Element
Kanthal / Nichrome heaters

Outlet Gas Dew Point
-40°C or better

Feed Gas
Anhydrous Ammonia

Application
Hydrogen Generation for Industrial Use

Skid Mounted
Yes

Catalyst Life
3-5 years depending on operation

Ammonia Cracker Unit Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Month

Delivery Time
15 Days

About Ammonia Cracker Unit

Get the most sought-after solution for industrial hydrogen generation with our Ammonia Cracker Unit. Sizzling performance at an operating temperature of 800C-900C is made possible thanks to Kanthal/Nichrome heaters, while the wondrous skid-mounted design ensures hassle-free installation. Utilise this ravishing offer, boasting a customizable production rate (5 Nm3/hr to 200 Nm3/hr), robust mild steel body with nickel catalyst, advanced PLC-based control, and safety features like flameproof electricals. Our air/water-cooled system and dependable after-sales service make this a prime choice for cutting-edge industrial applications.

Comprehensive Features & Versatile Applications

Our Ammonia Cracker Unit dazzles with PLC automation, flameproof controls, and an air/water-cooled condenser. The unit is built to withstand rigorous industrial conditions, making it ideal for industries like metal processing, electronics, and chemical manufacturing. The surface of application includes hydrogen generation for furnaces and reactors. Utilized by manufacturing plants across India, this unit delivers consistent results and long catalyst life, ensuring operational efficiency and reliability.

Packaging Details, Delivery & Pricing Advantages

Our Ammonia Cracker Units come with robust packaging to ensure safe delivery, maintaining equipment integrity during transit. We cater to client requirements from major Indian FOB ports, ensuring swift dispatch and prompt service. Packaging is handled meticulously, and clients benefit from the lowest price options in the market. Sample units are available on request, allowing customers to evaluate the product before bulk orders, ensuring complete satisfaction with each delivery.

FAQ's of Ammonia Cracker Unit:

Q: How does the Ammonia Cracker Unit operate for hydrogen generation?

A: The unit decomposes anhydrous ammonia at high temperatures (800C-900C), utilizing a nickel catalyst to produce a gas mixture of hydrogen and nitrogen. The system's heating elements and advanced control panel ensure a safe, efficient process.

Q: What are the main safety features included in the Ammonia Cracker Unit?

A: It includes flameproof electricals, an emergency shutdown system, and a pressure relief valve to maximize operational safety and protect personnel and equipment under all conditions.

Q: When is the right time to perform maintenance on the catalyst?

A: Usually, the catalyst lasts 3 to 5 years depending on operational intensity. Regular inspections and adherence to the maintenance schedule recommended by the manufacturer will help maximize lifespan and performance.

Q: Where can this unit be utilized most effectively?

A: It is most effective in industrial environments requiring hydrogen generation, such as heat treatment, steel processing, electronics manufacturing, or any application where a reliable hydrogen supply is critical.

Q: What are the benefits of the PLC-based control system?

A: The PLC-based control panel automates system operations, ensures precise temperature and pressure management, and enhances safety by enabling immediate shutdown in emergencies.