Forced Draft Vaporizers: A series of vaporizers designed specifically for customer station, distribution and plant back up applications where high flow rates are required and space is at a premium. Forced draft vaporizers utilize forced convection as the heat transfer mechanism. Multiple fans mounted at the top of the vaporizer force high velocity air downward through the heat exchange array providing maximum heat transfer and high evaporation rates. The vaporizers comprise a number of individual multi-finned heat transfer extruded elements connected in various series and parallel paths to m

High Pressure Vaporizers: A series of vaporizers designed specifically for high pressure gas applications including cylinder filling and laser applications. Natural draft vaporizers utilize convection as the heat transfer mechanism. The vaporizers comprise a number of individual multi-finned aluminum heat transfer extruded elements lined with a high pressure retaining stainless steel tube. Extrusions are connected in series. Liners are hydrostatically expanded (tension bonded) into the extrusion element to ensure 100% contact and efficient heat transfer. Cryoquip are the only company empl

Hybird Vaporizers: A series of vaporizers designed specifically for customer station and distribution and plant back up applications in which a high degree of superheating is required and exit temperatures closely approaching ambient are required. Natural draft vaporizers utilize convection as the heat transfer mechanism. The vaporizers comprise a number of individual multi-finned heat transfer extruded elements which can be connected in various series and parallel paths to meet the exact requirements of individual applications. Elements are clustered to form discrete zones to boil, vapo

Natural Draft Vaporizers: A series of vaporizers designed specifically for customer station, distribution and plant back up applications. Natural draft vaporizers utilize convection as the heat transfer mechanism. The vaporizers comprise a number of individual multi-finned heat transfer extruded elements which can be connected in various series and parallel paths to meet the exact requirements of individual applications. Heat transfer elements up to 40 feet (13m) long are available to minimize the number of vaporizers necessary to meet process demands. Elements are connected together if

VSU Series Vaporizers: Steam from an outside source circulates through the shell, cryogen is vaporized through the tubes. Condensate is removed in a controlled manner to balance the operation of the vaporizer. Direct steam heated vaporizers are similar in appearance to the direct water heated vaporizers but offer higher vaporizing efficiency per unit of surface area. Performance is relative to the available water temperature. They are extremely simple to operate. The VSU series vaporizer is normally used as a stand-alone vaporizer where the customer provides good quality clean steam, usu

VWU Series Vaporizers: Water heated shell and tube vaporizers. Hot water from an outside source circulates through the shell, cryogen is vaporized through the tubes. Water heated vaporizers are similar in appearance to the direct steam vaporizers and fall somewhat between the VSU and VSSU with regard to vaporizing efficiency per unit of surface area. Performance is relative to the available water temperature. They are extremely simple to operate. The VWU series vaporizer can be used either as part of a water circulating vaporizing system (WCV) or as a stand-alone vaporizer where the custom

Direct Fired (VFTU Series) Vaporizers: The VFTU series are 'fire tube burner-generated' hot gas heated water bath vaporizers. Hot gas is generated by a burner system and circulated through heat exchangers heating water retained in a ballast tank to the required temperature; cryogen is vaporized through tube bundles by direct contact with hot water. VFTU series generated hot gas heated water bath vaporizers are generally used for the higher capacity requirements. They range from 250,000 SCFH to in excess of 3,000,000 SCFH (6,600 to 80,000 Nm3/hr). They are most commonly used in pipeline back

Steam Sparged (VSI Series) Vaporizers: Water heated tank and coil vaporizers. Steam heated hot water is maintained in an insulated stainless steel tank, cryogen is vaporized through a submerged copper or stainless steel coil. VSI series vaporizer units are designed for relatively modest capacity (50,000 – 150,000 SCFH or 1,300-4,000 Nm3/hr). ideal for general process use applications, and where non-coded process coils and vessels are acceptable. The process coil is a vertical, helically coiled tube, available in copper or 304SS. They are available with optional pressure building circ