Nitrogen generator systems are used widely in different industries such as automobiles, power generation, distribution, and even the nuclear sector. It is used as a component of the diesel engine to convert it into usable energy. Also it can be used as a lubricant in various turbine engines, thus resulting in an enhanced life span of those engines. If you want to buy Nitrogen gas generator systems, there are many manufacturers available in the market. The manufacturers include Honda, Yamaha, Terex, GE and Samsung. Among these, Terex seems to be the most popular among all the brands.
Nitrogen gas generator systems use the process of combining Nitrogen and Methane. These are two common gases that are found in large quantities in the atmosphere. Nitrogen gas generators produce electricity using the combination of these two gases. This is done by mixing the two gases through a catalyst. Once the two gases are mixed with a catalyst, they get attracted to each other due to their positive and negative charges.
When these two get attracted to each other, they split apart and creates a gas named Monrovia. The split gas then combines with the exhaust steam of the air compressor resulting in Nitrogen gas generator systems. Nitrogen gas generator systems are much efficient than other types of systems as it produces free electricity even in conditions where there is no breeze.
The pressure increase from the generator depends upon the flow rates through the system. For higher flow rates, higher pressures will be required. There are two types of flow rates through the system: Direct and Indirect. In the Direct mode, high pressure is produced by the nitrous oxide. However, indirect flow rates produce lower pressures. There are also three different types of flow rates, low pressure, medium pressure and high pressure.
The output pressure is usually measured in pounds per square inch. Higher output pressure means a higher output pressure and vice versa. The output of the generator is directly proportional to the purity of the input stream. A pure stream of nitrogen is known as “pure Nitrogen”. On the other hand, a “filtered” or “imbedded” stream of nitrogen is known as “imbedded Nitrogen”.
Nitrogen gas generators are available in two forms: Direct-vent and Indirect-vent systems. The direct-vent systems are simpler and cheaper compared to Indirect-vent systems. This is because direct-vent generators do not need a cold refrigerant to function. However, the efficiency of these systems is not as good as Indirect-vent generators due to their slow speed. Also, the flow rate is less during cold season.
Nitrogen gas generation solutions come in different forms. Depending on the budget of the user, homeowners can choose between ready to install kits or custom designs. The ready to install kits include just the necessary tools and the fuel needed for the generator. The cost of the kit depends on the size and capacity of the generator being used.
The full potential of Nitrogen gas generators is determined by its speed. High speed generators are better at trapping more energy from the atmosphere. As a result, the output pressure is higher. Smaller Nitrogen gas generators are also available in the market. In addition, researchers and industrialists are constantly working to improve the efficiency of Nitrogen gas generators.
High flow rate generators, on the other hand, are the ones preferred by power users because of its ability to use small amounts of energy to generate large output pressure. The high flow rate allows generators to use smaller fuel pellets with high pressure. As a result, smaller, lightweight generators are now available to meet consumer preferences. Smaller Nitrogen gas generator systems are also less expensive when compared to the standard sized generators.
A high-speed or fast-moving generator is an ideal solution for industrial and commercial applications. Fast-moving generators are more fuel efficient because they can trap large amounts of energy over a shorter period of time. To maintain constant output pressure to change airflow rates, a constant flow system must be installed.
Users should consult their manufacturer for the specific needs of their Nitrogen gas generator system. Each type of generator requires a different amount of space. Portable generators are ideal for temporary purposes because they can be transported from one location to another with ease. However, permanent fixtures should be considered for industrial, commercial and residential areas. Users should also consider the cost and efficiency of fuel in choosing a generator with the right capacity.