The ULTRAMAX® Welded Plate Heat Exchanger delivers a compact, durable oil heating solution for a hostile marine environment. Space and weight are critical factors for ef cient operation of Floating Production Storage and Off-loading (FPSO) vessels. FPSOs are designed to relieve offshore oil platforms of large quantities
Performance tuned Heat Exchanger Products for oil & gas Tranter gasketed/all-welded plate heat exchangers installed on a gas dehydration skid. Tranter all-welded heat exchangers onboard an offshore platform. Tranter gasketed plate heat exchangers onboard an FPSO offshore Nigeria. Printed Circuit Heat Exchanger for Offshore Oil and Gas Dec 01, 2020 · Because of its excellent mechanical, chemical and thermodynamic properties, the heat exchanger has an important application prospect in various heat transfer cooling devices (such as CO2 cooler, dew point heat exchanger, oil and gas pre-heater, water cooling device, capture dehydration device) in offshore oil and gas mining equipment. The heat exchanger is also beneficial to the weight
Mar 23, 2021 · All plate heat exchangers have been customized to meet the high standards of the offshore oil & gas sector that place special demands on the equipment manufacturers. Tranters range of both gasketed and all-welded plate heat exchangers fits well with the requirements of the industry for highly efficient, compact, and high pressure & temperature plate heat exchangers. Tranter delivers Plate Heat Exchangers to Offshore Oil major oil & gas producing regions, especially in regards to crude oil production. Tranter, one of the worlds most reputable global plate heat exchanger manufacturers, has supplied extensively to this region to both marine and offshore oil & gas processing applications for FPSOs and conventional offshore platforms.
Mar 23, 2021 · Tranter, one of the worlds most reputable global plate heat exchanger manufacturers, has supplied extensively to this region to both marine and offshore oil & gas processing applications for FPSOs
Your email address will not be published.*