Biological Nitrogen Production Equipment

Biological nitrogen production equipment is a high-end nitrogen production system designed for biomedicine, food preservation, cell culture and laboratory research fields. The equipment adopts advanced PSA (pressure-switching adsorption) or membrane separation technology, which can stably produce 99.9%~99.999% high-purity nitrogen, and strictly comply with industry standards such as GMP, FDA, ISO 13485, etc., to ensure the sterility and safety of nitrogen and meet the strict needs in the field of biotechnology.

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Product Introduction

Core advantages

1. Sterile high-purity nitrogen to ensure biosafety

316L stainless steel pipelines and efficient 0.01μm sterile filters are used to eliminate microbial pollution and ensure that the cleanliness of nitrogen is in line with the industry specifications of biological special nitrogen production equipment.
Built-in UV ultraviolet sterilization module (optional) further reduces bioload and is suitable for sensitive scenarios such as vaccine production and cell therapy.

2. Intelligent control, stable and reliable

Equipped with a PLC+ touch screen automation control system, which monitors nitrogen purity, flow rate, pressure and dew point in real time to ensure gas supply stability.
It has the functions of alarming the oxygen content exceeding the standard and automatically switching the backup air source to avoid interruptions in experiments or production.

3. Modular design, flexible adaptation

Provides a variety of specifications of 5Nm³/h~200Nm³/h, supporting customized solutions to meet the needs of biological laboratories or production workshops of different scales.
It can be equipped with nitrogen storage tanks, booster devices, and is suitable for key equipment such as lyophilized dryers and bioreactors.

4. Energy-saving and environmentally friendly, low operating costs

Compared with liquid nitrogen supply, biological nitrogen production equipment can reduce gas usage costs by 30% to 50%, and there is no need to frequently replace the gas cylinders, reducing manual intervention.
High-efficiency carbon molecular sieve or hollow fiber membrane technology, low energy consumption and long service life.

Future application scenarios

Gene Editing Laboratory: Provide ultra-high-purity protective gas for CRISPR technology
3D Bioprinting: Ensure that bioinks are zero contamination during printing
Space Biological Experiment: Compact Equipment Optimized for Space Station Microgravity Environment
Personalized medicine: Supporting the distributed production of cell therapy products