AERZEN process gas compressors are installed as single or multiple stage units in chemical, petrochemical, raw material and energy producing plants and in many other production centres of the processing industry all over the world.
The unit is ideally suited for dry compression of all gases, which occur in chemical and petrochemical industries. Within the compression chambers there is no metallic contact among both rotors as well as to the casing. Thanks to synchronising gears the rotors run without contact to each other. Therefore, the conveying chambers remain unlubricated and the conveyed medium will not be contaminated.
The maximum (1350 mm) and the minimum rotor length (155 mm) give an impression of the entire breadth of the offer. For the adjustment to the different process gases, rotors made of steel or special steel and casing of nodular cast iron, steel- or special steel casting can be applied.
Technical Data: Suction volume flow up to: 75.000 m³/h, pressure range: -900mbar g to 52,0 bar g
The screw compressors are individually designed to fulfil widely differing requirements. The AERZEN process gas screw compressor uses the standard VRa-unit for the compressor block with specified ancillary accessories assembled together to form a well conceived package unit to suit each application. Construction requirements and specifications laid down by the various industrial organizations and inspection authorities such as API or national standards will be considered according to the customer‘s demands.
Les compresseurs de gaz process à vis AERZEN sont utilisés notamment dans l’industrie chimique, par exemple dans des systèmes d’air de contrôle, des usines de réfrigération industrielle et des usines d’évaporation, mais aussi dans l’industrie minière et pour le travail du fer et de l’acier. Pratiquement tous les gaz peuvent être compressés : l’ammoniaque, l’argon, l’éthylène, l’acétylène, le butadiène, le gaz chlorhydrique, le gaz naturel, le gaz de torche, le gaz de four de fusion, le gaz des marais, l’hélium, le gaz de chaux, le gaz de cokerie, le monoxyde de carbone, toutes les combinaisons d’hydrocarbures, le méthane, le propane, le propylène, le gaz de combustion, le gaz brut, le dioxyde de soufre, le monoxyde d’azote, l’azote, le styrène, le chlorure de vinyle et le gaz d’hydrogène.
et bien d’autres
