INTALOX" ULTRA" Random Packing

Bridging the gap between capacity and efficiency With 30 years of experience in developing, commercializing, and supplying the market-leading IMTP™ random packing, Koch-Glitsch engineers developed a clear understanding of the mass transfer and pressure drop characteristics of random packing. Going back to mass transfer principles and carefully investigating the important features required in a random packing, our research and development team produced a blueprint of the ideal random packing. This process resulted in INTALOX™ ULTRA™ random packing, an innovatively designed structure that effectively...

INTALOX™ ULTRA™ T High Performance Random Packing Light hydrocarbon distillation at 83 psia [5.73 barA] pressure. Light hydrocarbon distillation at 83 psia [5.73 barA] pressure.

INTALOX PACKED TOWER SYSTEMS™ Technology Predictable and reliable separation columns containing well-matched high performance packing and state-of-the-art liquid and vapor distributors. Koch-Glitsch’s global experience is second to none and includes thousands of columns in distillation, absorption, stripping, liquid-liquid extraction, and heat transfer applications. The combination of INTALOX high performance internals and INTALOX ULTRA high performance random packing provides the highest random packing performance available in the industry. The ef ect of liquid distribution quality on tower...

Amine Absorber Column Size Reduction Using INTALOX™ ULTRA™ packing to increase either the efficiency or capacity can optimize a typical amine absorber design. The following example is based on an amine absorber with the following characteristics: INTALOX™ ULTRA™ A Packing INTALOX™ ULTRA™ L Packing Typical natural gas composition – 82 mol% methane – 4.7 mol% CO2 Inlet gas flow 3 MMSCFH [85,000 Nm3/h] at 928 psig [64 barg] and 104 °F [40 °C] Absorption liquor 20 wt% MEA solution Exit gas specification of 50 ppm CO2 Base design using IMTP 50 packing Packing Efficiency Packing efficiency is generally...

Acid Gas Removal One of the most widely used commercial absorption processes is the removal of CO2 and/or H2S from a gas stream by contacting it with an amine solution such as MEA, DEA, or MDEA. The activated forms of MDEA solution such as Ucarsol®, GAS/SPEC® and aMDEA® have also been widely used in this process. Installation of INTALOX ULTRA packing in these towers offers lower pressure drop, which provides several benefits. This system is moderately foaming and the lower pressure drop provided by INTALOX ULTRA packing reduces foam generation and the use of costly anti-foam agents. Lower pressure...

Demethanizer One application that is common to both natural gas plants and olefins plants is the separation of methane from heavier hydrocarbons. Generally, these columns are operated at high pressure and low (cryogenic) temperature. Installation of INTALOX™ Packed Tower Systems in demethanizer columns provides several benefits. Well designed INTALOX Packed Tower Systems take into account the close liquid and vapor densities and low surface tensions of this system. High performance INTALOX tower internals in combination with INTALOX ULTRA high performance packing provide maximum separation efficiency....

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