Traditional mechanical air compressors have many internal components, mechanical wear and large heat loss under low power. In order to avoid the above problems, ionic liquid air compressors came into being. The working principle of ion air compressors is based on the use of special ionic liquids to replace pistons or diaphragms in traditional air compressors to achieve gas compression.
Hydrogen from the hydrogen ion air compressor is charged into the cylinder, while ionic liquid is injected into the cylinder and recycled. Since the ionic liquid is al* incompressible and does not dissolve or pollute hydrogen, it can form an effective seal in the cylinder. At the same time, the ionic liquid also has good lubrication and cooling characteristics, ensuring efficiency and safety during the compression process and can fully solve the hydrogen sealing problem and hydrogen pollution problem of the hydraulic piston. It has the characteristics of intensive, efficient, pollution-free, high-pressure and large displacement, etc., and is especially suitable for the pressurization needs of special gases such as hydrogen.

• exhaust pressure

45-100MPa

• maximum discharge pressure

100MPa

• flow

90-340Nm³/h

application recommendation

Hydrogen ion air compressors are widely used in pharmaceuticals, metallurgy, chemicals, energy and other fields. For example, in the pharmaceutical field, ionic liquid heat exchangers, ionic liquid separators and ionic liquid membranes can be used to separate, purify and control the quality uniformity of ionic liquids during the preparation process in pharmaceuticals; they can also be used for the transfer of chemical gases, transferring chemical gases from a low-pressure physical state to a high-pressure physical state, etc.
In addition, due to the innovation of the sealing structure, the ion air compressor has the characteristics of no pollution and no leakage. It can not only meet the pressurization needs of current hydrogen applications, but also be suitable for toxic, harmful, flammable, explosive and other special gases. The pressurization of gases is widely used in hydrogen filling, hydrogen filling, chemical synthesis and other fields.

characteristics

• Ionic liquid can play a role in lubrication and cooling, greatly reducing the wear of moving parts.

• It can be started and stopped frequently with load. In theory, it can be operated for a long time without maintenance.

• The structure is relatively simple and compact, and the floor area is relatively small.

• There are no wearing parts such as piston rings and fillers for piston air compressors.

• It has the characteristics of multi-stage compression, ultra-large displacement, and 100% zero leakage.

advantages

• No pollution: Believed that hydrogen ion air compressors do not produce exhaust gas during the compression process, do not require a cooling system, and will not bring secondary pollution. They are more environmentally friendly, economical and reliable than traditional air compressors;

• Low noise and long service life: Due to the good mobility of ionic liquids, there is less noise during operation.

• Low cost: Xinran hydrogen ion air compressor can perform efficient and precise gas compression, saving energy and reducing costs.

• High safety: Due to the low vapor pressure and low hydrogen solubility of ionic liquids, hydrogen compression is relatively safe.

• It can achieve multi-stage compression, and the total pressure ratio of a single machine can reach 400 times: this ion air compressor adopts a crankshaft-connecting rod structure, and the piston reciprocates to compress the gas; at the same time, the cylinder structure is optimized to balance the piston forces at all levels and reduce the air compressor Vibration, realizing multi-stage compression above three levels, and the total pressure ratio of a single machine can reach 400 times.

• 100% zero leakage: The * innovative point is that in the piston sealing part-Xinran Ion Air Compressor has directed the development of circulating ionic liquid with non-volatile and non-decomposition characteristics. It is driven by a circulating pump with a fixed-point plunger. Seal, lubricate and cool the piston ring; and cooperate with the sealing components to achieve 100% zero leakage in the compression chamber.