Tube exchangers - Import export

TUBE BUNDLE HEAT EXCHANGER, TYPE VEV/VEV-L/VEV-ex Gas / Water; horizontal / vertical CHARACTERISTICS Optimal load case design Flow stream optimized design Vibration-optimized design OPTIONS Customer-specific design for various design codes (ASME, EN 13445, SVTI, AS1210, PD5500 etc.) Design according to TEMA Customer-specific approvals Customer-specific testings Application for sour gas (NACE) Design for low temperature down to -50 ° C Design pressure up to 300 bar Customer-specific nozzle arrangement GENERAL Heat exchangers (heat exchangers) heat gas for a subsequent system requirement or to counteract the Joule-Thomson effect. For example, For example by pressure reduction in a gas-pressure control. Heat exchangers can also be determined in the reverse mode of operation as coolers. The design is carried out as a steel welded construction in vertical or horizontal design.

Heat Treatment furnaces MOV are ideal for the treatment of sophisticated materials if high temperatures and an absolutely clean hydro-carbon free atmosphere are required. Due to the ultrahigh vacuum atmosphere as well as the extreme temperature homogeneity and the fully automatic process the furnaces are especially suitable for the economic application in industrial and medical productions, i.e. for brazing of vacuum interruptors, parts of x ray tubes, heat exchangers, parts used in the medical and aerospace industry. Applications: MOV furnaces are universally applicable if heat treatment with particularly high requirements in respect of cleanliness for exacting materials is involved, for example: • Degassing of electric or radiation tube components • Bright- and stress-free annealing of high-temperature alloys • Sintering of high-melting and heavy metals such as tungsten • Production of high-quality fluxless braze joinings of steels, steel-ceramics and many other materials.

Waste air purification with a wide range of applications achieving extremely low clean gas values also at low residual concentrations. Odor-intensive pollutants like H 2S, Mercaptanes, VOC etc. are being removed due to the high loading capacity of the activated carbon. Easy process technology universal applicability multiple in-situ regeneration possible no additional energy consumption low pressure drop because of hard and abrasion-restistant activated carbon High purification efficiency even with high moisture content until air moisture of 98% well-suited for humid air from sewerage and wastewater treatment plants Reasoned concept manholes for infilling or exchange sampling tube for measurement of loading of activated carbon Long lasting construction plant components made of corossion and chemical resistant materials 30 years of experience Active references of each size Worldwide delivery, installation and service