Ammonia Based Hydrogen Plant For Semiconductor Manufacturing Atmosphere

Ammonia Based Hydrogen Plant For Semiconductor Manufacturing Atmosphere Specification

Type
Ammonia Based Hydrogen Plant

Material
Stainless Steel (SS 304/316)

Production Capacity
Customizable, up to 100 Nm/hr

Production Rate
Up to 100 Nm/hr

Computerized
Yes

Automatic Grade
Automatic

Control System
PLC Based

Purity(%)
>99.999%

Voltage
380V / 415V, 3-Phase, 50Hz

Power
12 kW - 50 kW (depends on capacity)

Working Pressure
1-20 bar adjustable

Weight (kg)
1500-4000 kg (depending on model)

Dimension (L*W*H)
2300mm x 1800mm x 2600mm (typical, model-dependent)

Color
Metallic Grey/Blue

Safety Features
Automatic Shutdown, Leak Detection, Overpressure Protection

Feedstock
Anhydrous Ammonia (NH3)

Service Support
Onsite Installation and Training

Hydrogen Generation Method
Catalytic Ammonia Cracking

Hydrogen Output Temperature
Room temperature or specified

Application
Semiconductor Manufacturing, Microelectronics Atmospheric Gas Supply

Startup Time
30 - 60 minutes

Cooling System
Water/Air Cooled

Usage
Hydrogen Generation for Controlled Manufacturing Atmospheres

Operation Mode
Continuous/Batch

Environment Compliance
Meets semiconductor clean room standards

Custom Options
Available per specification

Dew Point
-60°C or lower

Noise Level
< 70 dB

Ammonia Based Hydrogen Plant For Semiconductor Manufacturing Atmosphere Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Month

Delivery Time
15 Days

About Ammonia Based Hydrogen Plant For Semiconductor Manufacturing Atmosphere

Experience transcendent reliability with our Ammonia Based Hydrogen Plant for Semiconductor Manufacturing, offered at an unbeatable price. Crafted from sterling stainless steel (SS 304/316), this lavish solution delivers fresh hydrogen through catalytic ammonia cracking, ensuring purity above 99.999%. Designed for continuous or batch operation, the plant meets rigorous clean room standards and is fully computerized with PLC-based automatic controls. Customizable for up to 100 Nm3/hr, it features advanced safety systems and on-site service support, promising a reserved and seamless hydrogen supply for microelectronics and semiconductor applications.

Application Surface and Material Features

Specifically engineered for semiconductor manufacturing atmospheres, our hydrogen plant utilizes premium SS 304/316 material, ensuring unmatched durability and surface finish. Its robust structure is tailored for microelectronics atmospheric gas supply, maintaining dew points of -60C or lower and room-temperature hydrogen output. The application surface is easy to maintain and resists corrosion, making it ideal for controlled, ultra-clean environments demanded by semiconductor fabrication.

Sample Policy, Supply Ability & Packaging Details

Upon arrival of your request, samples of our ammonia-based hydrogen plant components can be reserved for client evaluation. With strong supply ability, units are dispatched promptly as per project schedules, with customizable production capacity. Every order is securely packaged to ensure safe handover, maintaining integrity from supplier to manufacturer. The delivery process is closely coordinated for timely installations across India.

FAQ's of Ammonia Based Hydrogen Plant For Semiconductor Manufacturing Atmosphere:

Q: How does the catalytic ammonia cracking process work for hydrogen generation?

A: The plant utilizes a catalytic ammonia cracking method, where anhydrous ammonia (NH3) passes over a catalyst, splitting into hydrogen and nitrogen. The hydrogen is then cooled and conditioned for use in semiconductor manufacturing atmospheres.

Q: What are the safety features included in this hydrogen plant?

A: Our ammonia-based hydrogen plant comes equipped with automatic shutdown, leak detection, and overpressure protection to ensure safe operation, especially in critical semiconductor environments.

Q: When can I expect my order to be dispatched after reserving?

A: Once your reservation is confirmed, orders are dispatched according to the agreed project timeline. The startup time for the plant is between 30 to 60 minutes once onsite installation is complete.

Q: Where is this hydrogen plant manufactured and supplied from?

A: This ammonia-based hydrogen plant is manufactured and supplied directly from India, with onsite installation and training provided nationwide and custom options available on request.

Q: What is the main benefit of using an ammonia-based hydrogen plant in semiconductor manufacturing?

A: The primary benefit is consistent delivery of fresh, ultra-high purity hydrogen, vital for controlled manufacturing atmospheres in semiconductors and microelectronics, while meeting clean room environmental compliance.

Q: How is the hydrogen output customized to match specific manufacturing needs?

A: The hydrogen production rate, purity, pressure, and temperature are fully adjustable and customizable, with output capacities up to 100 Nm3/hr, ensuring optimal integration with your semiconductor processes.

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