On-Site Nitrogen Generation Systems for Industrial Operations
Produce the Nitrogen You Need Without Depending Entirely on Deliveries
Produce nitrogen at your facility using your compressed air system. On-site nitrogen generation can reduce delivery dependence, improve supply reliability and give you greater control over nitrogen purity, pressure and production.
Harris Equipment helps industrial facilities evaluate, size and implement nitrogen generation systems based on their application and operating requirements.
Where Nitrogen Supply Challenges Begin
Many facilities rely on delivered nitrogen cylinders or bulk liquid nitrogen.
While these options can work, they often create challenges such as:
- Rising gas delivery costs
- Supply chain disruptions
- Production delays caused by delivery schedules
- Excess inventory management
- Limited flexibility when demand changes
- Ongoing dependence on outside suppliers
As nitrogen usage grows, these challenges become harder to manage.
Benefits of Producing On-Site Nitrogen
For facilities that rely heavily on nitrogen or use it consistently, on-site generation can provide a dependable, cost-effective alternative to delivered gas. Producing nitrogen as needed can help reduce operating expenses, improve supply control and support critical production processes.
Reduce Operating Costs
When nitrogen is essential to production, supplier delays and inventory issues can create real operational risk.
With onsite generation, many facilities can:
- Reduce ongoing gas purchases
- Eliminate cylinder rental fees
- Lower transportation costs
- Reduce waste from unused gas
- Improve long-term operating efficiency
Improve Reliability and Production Uptime
Production schedules shouldn’t depend on delivery schedules.
Onsite nitrogen generation helps facilities:
- Maintain continuous nitrogen availability
- Reduce supply interruptions
- Eliminate concerns about running out of gas
- Support critical production processes
- Improve operational consistency
Applications for Nitrogen Generation
Nitrogen generation systems are commonly used for:
- Laser cutting
- Food and beverage packaging
- Pharmaceutical manufacturing
- Electronics manufacturing
- Chemical processing
- Pressure testing
- Pipeline purging
- Process blanketing
- General industrial manufacturing
How Onsite Nitrogen Generation Works
On-site nitrogen systems use compressed air as the starting point. The compressed air is properly filtered and treated before entering the nitrogen generator, which separates nitrogen from oxygen and other gases.
The resulting nitrogen is then delivered or stored at the purity, flow and pressure required by your process.
The right system depends on your application, nitrogen purity requirements, demand profile and available compressed air capacity.
PSA Nitrogen Generators
Pressure swing adsorption generators are commonly used for applications requiring higher nitrogen purity and consistent production.
Membrane Nitrogen Generators
Membrane generators offer a compact, straightforward option for applications that do not require ultra-high purity.
Let's Talk About Your Nitrogen Requirements
Every facility uses nitrogen differently.
Whether you’re replacing delivered nitrogen or designing a new system, Harris Equipment can help you identify the right solution for your operation.
Nitrogen Generation FAQs
On-site nitrogen generation allows your facility to produce nitrogen from compressed air instead of relying entirely on cylinders, dewars or bulk nitrogen deliveries. This gives you a consistent supply of nitrogen whenever your operation needs it.
PSA systems are generally used when an application requires higher nitrogen purity. Membrane systems are typically a good fit for lower-purity applications and can offer a compact, straightforward system design. The right technology depends on your specific nitrogen requirements.
Nitrogen generation is commonly used for food packaging, laser cutting, chemical blanketing, electronics manufacturing, heat treatment, pharmaceutical production and other processes that require a controlled inert gas supply. Each application may have different flow, purity, pressure and air-quality requirements.
It can, especially for facilities that use nitrogen regularly or experience significant delivery, rental and handling costs. Producing nitrogen on-site can reduce dependence on outside suppliers and give you greater control over how much nitrogen you produce and what purity you maintain. Actual savings depend on nitrogen usage, electrical costs, equipment requirements and the condition of your compressed air system.