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With so many different nitrogen generators on the market, it can be overwhelming to find one to pair with your sample concentrator. Each generator system comes with its own set of specifications, including flow rates, purity levels, and pressure outputs, making it essential to match these criteria with the needs of your evaporator. Not to mention, considering other factors like space constraints, operational costs, and maintenance requirements. Navigating through the technical jargon of various brands can easily lead to confusion, especially if you’re not familiar with the intricacies of gas generation technologies.
If an incompatible or inefficient generator is purchased, this can hinder the performance of your nitrogen evaporator, leading to operational downtime and increased costs. Searching for the right gas generation system can quickly turn into an exhausting and time-consuming endeavor without the right knowledge. And that's where we come in.
Below is a table of the most popular nitrogen evaporators on the market, their gas input requirements, and a few compatible nitrogen generators to consider. To make it even easier, click the links in the generator matrix column for a complete product comparison of your available options (pricing included). No need for extensive product research or questioning whether a generator will work with your evaporator. Everything you need is right here for your convenience.
Biotage Evaporator Models
|
Evaporator |
Inlet Pressure |
Inlet Flow Rate |
Recommended Generators |
Generator Comparison Matrix |
|
TurboVap II and LV |
58-130 psi |
120 L/min |
FLO 3 or Infinity XE 5010 or NitroVap 1LV |
FLO 3 vs. Infinity XE 5010 vs. NitroVap 1LV |
|
TurboVap II and LV |
58-130 psi |
160 L/min |
FLO 4 or i-FlowLab Mini 7XX1 |
FLO 4 vs. i-FlowLab Mini 7XX1 |
Labconco Evaporator Models
|
Evaporator |
Inlet Pressure |
Inlet Flow Rate |
Recommended Generators |
Generator Comparison Matrix |
|
RapidVap Vertex |
Up to 50 psi |
185 L/min |
PICO 3 or Infinity XE 5020 or NitroVap 2LV |
PICO 3 vs. Infinity XE 5020 vs. NitroVap 2LV |
|
RapidVap N2 |
5-20 psi |
17 L/min |
If you have a compressor: If you don't have a compressor: |
|
|
RapidVap N2/48 |
5-20 psi |
100 L/min |
FLO 3 or Infinity XE 5010 or NitroVap 1LV |
FLO 3 vs. Infinity XE 5010 vs. NitroVap 1LV |
Thermo Fisher Evaporator Models
|
Evaporator |
Inlet Pressure |
Inlet Flow Rate |
Recommended Generators |
Generator Comparison Matrix |
|
Reacti-Vap |
Up to 2 psi |
3 L/min |
If you have a compressor: If you don't have a compressor: |
|
|
Reacti-Vap |
Up to 2 psi |
9 L/min |
If you have a compressor: If you don't have a compressor: |
Organomation Evaporator Models
|
Evaporator |
Inlet Pressure |
Inlet Flow Rate |
Recommended Generators |
Generator Comparison Matrix |
|
N-EVAP |
20-30 psi |
2 L/min |
If you have a compressor: If you don't have a compressor: |
|
|
N-EVAP |
20-30 psi |
4 L/min |
If you have a compressor: If you don't have a compressor: |
|
|
N-EVAP |
20-30 psi |
8 L/min |
If you have a compressor: If you don't have a compressor: |
|
|
N-EVAP |
30-110 psi |
12 L/min |
If you have a compressor: If you don't have a compressor: |
|
|
N-EVAP |
30-110 psi |
15 L/min |
If you have a compressor: If you don't have a compressor: |
|
|
MICROVAP |
20-30 psi |
25 L/min |
If you have a compressor: If you don't have a compressor: |
NITRO 35 vs. Solaris XE |
|
MICROVAP |
30 psi |
75 L/min |
FLO 2 or Genius XE 70 |
FLO 2 vs. Genius XE 70 |
|
MICROVAP |
20-30 psi |
5 L/min |
If you have a compressor: If you don't have a compressor: |
|
|
MICROVAP |
20-30 psi |
8 L/min |
If you have a compressor: If you don't have a compressor: |
|
|
MULTIVAP |
30-110 psi |
15 L/min |
If you have a compressor: If you don't have a compressor: |
|
|
MULTIVAP |
30-110 psi |
10 L/min |
If you have a compressor: If you don't have a compressor: |
|
|
MULTIVAP |
30-110 psi |
16 L/min |
If you have a compressor: If you don't have a compressor: |
|
|
MULTIVAP |
30-110 psi |
22 L/min |
If you have a compressor: If you don't have a compressor: |
NITRO 35 vs. Solaris XE |
|
MULTIVAP |
30-110 psi |
27 L/min |
If you have a compressor: If you don't have a compressor: |
NITRO 35 vs. Solaris XE |
|
MULTIVAP |
30-110 psi |
33 L/min |
If you have a compressor: If you don't have a compressor: |
NITRO 35 vs. Solaris XE |
Porvair Evaporator Models
|
Evaporator |
Inlet Pressure |
Inlet Flow Rate |
Recommended Generators |
Generator Comparison Matrix |
|
Ultravap Gemini |
87 psi |
60-80 L/min |
NITRO 70 or Genius XE 70 |
NITRO 70 vs. Genius XE 70 |
|
Ultravap Levante |
87 psi |
60-80 L/min |
NITRO 70 or Genius XE 70 |
NITRO 70 vs. Genius XE 70 |
|
Ultravap Mistral |
87 psi |
60-80 L/min |
NITRO 70 or Genius XE 70 |
NITRO 70 vs. Genius XE 70 |
|
Ultravap Mistral XT150 |
87 psi |
60-80 L/min |
NITRO 70 or Genius XE 70 |
NITRO 70 vs. Genius XE 70 |
|
Ultravap Mini |
87 psi |
60-80 L/min |
NITRO 70 or Genius XE 70 |
NITRO 70 vs. Genius XE 70 |
|
MiniVap Gemini |
80 psi |
140 L/min |
FLO 4 or i-FlowLab Mini 7XX1 |
FLO 4 vs. i-FlowLab Mini 7XX1 |
* If you don't see your evaporator model listed, please contact sales@organomation.com for further assistance and our team would be happy to provide a nitrogen generator recommendation.
Laboratories are increasingly choosing nitrogen gas generators over traditional cylinders due to their superior efficiency, safety, and cost-effectiveness. Here's why this transition makes sense for modern labs:
1. Cost Savings and Convenience:
Nitrogen gas generators eliminate the recurring costs associated with purchasing, transporting, and replacing cylinders. Instead, they provide an uninterrupted supply of high-purity nitrogen, reducing long-term operational expenses. Additionally, generators are always available on-site, saving time and minimizing workflow interruptions caused by cylinder depletion or delivery delays.
Learn more: Is it cheaper to generate my own nitrogen gas?
2. Enhanced Safety:
Handling high-pressure cylinders can pose risks, including accidents during transport or leaks in storage. Nitrogen generators produce nitrogen directly from ambient air and operate without high-pressure storage, significantly reducing safety hazards in the laboratory.
3. Environmental Benefits:
By eliminating the need for frequent transportation and single-use cylinders, nitrogen generators contribute to a smaller carbon footprint. This makes them an eco-friendly choice for labs seeking sustainable solutions.
Learn more: Do nitrogen generators actually reduce your lab's carbon footprint?
4. Reliability and Purity:
Nitrogen generators provide consistent gas purity tailored to specific laboratory needs, such as chromatography or mass spectrometry. This level of control is critical for maintaining the integrity of analytical results.
Learn more: How gas cylinders can disrupt gas chromatography sample preparation
5. Flexibility and Scalability:
Generators are designed to meet varying laboratory demands, from small-scale applications to high-capacity operations. This adaptability makes them a versatile investment.
Ultimately, transitioning to nitrogen gas generators is a forward-thinking decision for labs aiming to improve operational efficiency, safety, and environmental responsibility. Learn everything you need to know about installing a nitrogen evaporator for sample preparation, and contact Organomation's experts with any questions.
If you need support from one of our technicians, please fill out our Contact Help Support form and we will respond as quickly as possible! For all other enquiries, please use this general contact form.
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