Large Biological Genetic Engineering Liquid Nitrogen Generator 99.99% Purity

Product Description

Product Description

After the raw air is compressed by the air compressor, it enters the high-pressure air tank, and then goes through a filter to remove impurities and enters the adsorption tower of the PSA oxygen generator. After nitrogen and oxygen separation, pure nitrogen enters the high-pressure nitrogen tank, and then enters the refrigerating circulating nitrogen liquefier to be liquefied. The liquid nitrogen is restricted to atmospheric pressure and then enters Dewar for storage.
Exploring the Realm of Liquid Nitrogen Generation: A Comprehensive Overview of Applications, Technology, Industry Growth, and Future Prospects

I. Introduction 

• Background: Introduce the significance of liquid nitrogen in various industries, emphasizing its unique properties and benefits over other cryogenic agents.
• Purpose: Outline the intent of the article to provide an in-depth understanding of liquid nitrogen generators, their functionality, and their role in shaping industrial practices.

II. The Fundamentals of Liquid Nitrogen Generation 

• Working Principle: Detail the underlying processes involved in the production of liquid nitrogen, including:
  • Cryogenic Distillation: Explain how atmospheric air is liquefied, fractionally distilled, and cooled below -196°C to separate nitrogen from oxygen and other gases.
  • Pressure Swing Adsorption (PSA): Discuss PSA as an alternative method for generating gaseous nitrogen that can then be liquefied through additional cooling.
• Technological Advancements: Highlight recent innovations in cryogenic technology and how they have improved efficiency and reduced energy consumption in LN2 generators.

III. Applications of Liquid Nitrogen Generators 

• Healthcare & Biotechnology: Describe the use in cryopreservation, cell/tissue storage, and medical applications such as dermatology and surgery.
• Food & Beverage: Explain freezing and chilling processes for food preservation, packaging, and transportation.
• Manufacturing & Materials Processing: Cover uses in metal treatment, electronics manufacturing, and rapid cooling for material hardening.
• Research & Laboratories: Mention LN2's importance in scientific experiments, chromatography, and sample preparation.
• Other Industries: Include pharmaceuticals, construction, and aerospace applications.

IV. The Liquid Nitrogen Generator Market Landscape 

• Industry Overview: Provide statistics on global market size, growth rate, and segmentation by region, type, and end-user industry.
• Major Players & Competitive Analysis: Profile leading manufacturers and analyze their product offerings, market strategies, and technological advancements.
• Market Drivers & Challenges: Discuss factors driving demand, such as increasing adoption in healthcare and food sectors, and challenges like environmental concerns and energy costs.

V. Future Trends and Opportunities 

• Sustainable Innovations: Explore emerging green technologies that reduce carbon footprint and improve energy efficiency in LN2 generation.
• Regulatory Framework: Discuss regulatory changes that may impact the sector, such as safety regulations and environmental policies.
• Potential New Markets: Anticipate future demands from growing industries or new applications, such as renewable energy storage and advanced materials processing.
• Technology Roadmap: Forecast potential developments in LN2 generator technology that could revolutionize current application areas.

VI. Conclusion 

• Summarize key points discussed in the paper, reiterate the importance of liquid nitrogen generators, and outline the anticipated trajectory of the industry.

Appendices

• Technical specifications of representative models
• Case studies illustrating successful implementation
• Comparative charts and graphs depicting performance metrics and cost-effectiveness

Product Parameters

 

Mode	LPLN-10	LPLN-20	LPLN-40	LPLN-80	LPLN-120	LPLN-240	LPLN-480	LPLN-720	LPLN-960	LPLN-1200
Capacity	0.3-0.4L/H 8-10L/day	0.8-1L/H 20-24L/day	1.6-2L/H 40-50L/day	3L/H 72L/day	5L/H 120L/day	10L/H 240L/day	20L/H 480L/day	30L/H 720L/day	40L/H 960L/day	50L/H 1200L/day
Purity	≥99%					≥99%
Votage	220VAC 1P 50Hz			380VAC 3P 50Hz 220VAC 1P 50Hz		380VAC 3P 50Hz 220VAC 1P 50Hz
Power(KW)	2	4.5	7.5	12.5	15	27	45	55	84	92
Area	1	1.5	3	3.5	3.5	10	30	30	40	40
Size	750*650*1500	1150*850*2000	1250*2000*2000	1250*2000*2000	1250*2000*2000	6000*1100*2200	8000*1700*2300	8000*1700*2300	12000*1800*2350	12000*1800*2350
Weight(kg)		425kg	710kg
Ambient temperature	0-30ºC					0-30ºC
Noise(dB)	<50Db	<50Db	<50Db	<50Db	<55Db	<72Db	<78Db	<78Db	<78Db	<78Db

Some specific details are presented
 

In the refrigerating stage, the mixed working substance is throttled by the single-stage compressor, condenser and regenerative heat exchanger to provide the cooling capacity for the cooling cycle. After passing through the compressor and condenser, the refrigerant is cooled by the throttling refrigerating stage of the mixed working medium in the regenerative heat exchanger. After throttling, the refrigerant enters the nitrogen liquefier to provide cold capacity for nitrogen liquefaction supplied by the pressure swing adsorption nitrogen production unit. Mixed working medium precooling machine is based on regenerative throttling refrigeration cycle, the refrigeration temperature from ambient temperature to the target, optimization of multiple components including the boiling point of pure quality, and the mixed working medium, the effective cooling temperature area covered with overlap each other, to improve the refrigeration temperature matching area distribution, and realize effective refrigeration temperature regions boiling point groups each yuan relay matching, thus making a big temperature across the efficient refrigeration, can obtain higher under relatively small pressure difference of throttling refrigeration effect. Therefore, it is possible to adopt a closed cycle throttling refrigerator driven by a single stage compressor.



During the use of the equipment, it can realize one-button startup and one-button shutdown with a high degree of automation. Generally, it can be achieved after simple training and does not require too much professional knowledge and skills.(1) Rapidly freezing and transporting food, or making ice products;
(2) Research on low temperature physics;

(3) Demonstrate the low temperature state in science education. At room temperature, a soft object soaked in liquid nitrogen will be as brittle as glass;

(4) Provides the temperature required for high temperature superconductors to show superconductivity.

(5) It can be used as refrigerant to quickly freeze biological tissue to prevent tissue damage.

(6) It is used for industrial nitrogenous fertilizer.

(7) For chemical detection.


Liquid nitrogen is a liquid with a low temperature of - 196 ºC and is obtained from nitrogen which occupies more than 70% of the air. Inert, colorless, non-toxic, volatile, very wide range of use. Liquid nitrogen is easy to volatilize at low temperature, so it is generally stored in a special container liquid nitrogen tank.

According to the use of liquid nitrogen purity classification, often divided into food grade liquid nitrogen, industrial grade liquid nitrogen. The purity of food grade liquid nitrogen is high, because considering the safety of human consumption, the purity reaches 5 9, that is 99.999%. The purity of industrial grade liquid nitrogen is not as high as that of food grade liquid nitrogen.

In the process of using liquid nitrogen, people often think that the safety is not good, but because of the low temperature of liquid nitrogen, it will gasify immediately when it meets air, so the safety is still guaranteed. Just pay a little attention to safety, and there should be safety awareness in any case. Performance requirements