Nitrogen Generator is a sophisticated apparatus that is set up to provide pure nitrogen gas from compressed air. Being a non-flammable, non-toxic, and non-reactive compound that makes up almost 78 percent of the atmosphere on the Earth, nitrogen is recognized as a gas that can be used in a great variety of industrial, laboratory, and commercial purposes. Contrary to the traditional system that uses nitrogen cylinders, a Nitrogen Generator provides a continuous supply of nitrogen on demand, which avoids the necessity to constantly acquire and replace nitrogen cylinders and install them on a daily basis. Not only does this save the productive time of the analysts and operators, but it also saves time in operation and enhances overall efficiency.
In addition, high-pressure cylinders are highly dangerous and are prone to leakage, accidents due to pressure, and handling. Nitrogen Generator can solve these problems effectively through the production of nitrogen under controlled pressures, which means a safer and more predictable working process. In situations with heavy nitrogen requirements, including nitrogen evaporators, solvent concentrators, or instruments of analysis, this generator offers a low-cost, easy-to-maintain, and sustainable solution. It assists industries to cross the obstacles of logistics pain, raising the cost of cylinders, and reliance on vendors, and makes the supply of nitrogen more independent, efficient, and secure.
FAQs:
1. What is the mechanism of a Nitrogen Generator?
Nitrogen molecules are separated by a Nitrogen Generator, which uses advanced membrane or PSA (Pressure Swing Adsorption) technology to separate nitrogen molecules and compressed air. It removes oxygen and other gases, supplying nitrogen at high-purity levels to use in other industries.
2. What are the achievable purity levels with the Nitrogen Generator?
A Nitrogen Generator may be able to produce nitrogen purities of 95% to 99.999% depending on the model and application, which are suitable in the laboratory, pharmaceutical, and manufacturing applications.
3. What are the main advantages of having a Nitrogen Generator as compared to cylinders?
The primary benefits are that there will be a constant nitrogen supply, reduced operation costs, improved safety, and that it will not depend on external suppliers. It also reduces the transportation and storage problems of gas cylinders.
4. Does it have a Nitrogen Generator that is in high demand?
Yes. The Nitrogen Generators are capable of supporting low and high nitrogen usage requirements and are therefore suitable in various applications such as solvent evaporation, concentration of sample, and blanketing with an inert gas.
5. What type of maintenance is needed in a Nitrogen Generator?
Maintenance is also low and only periodically, filters are replaced and the system is checked to maintain a steady performance. All the systems are set up to operate at a low maintenance cost, and they are durable and not limited to hassle.