Heat exchanger

Design codes

• ASME VIII div 1
• TEMA C, B, R
• CODAP
• AD-MERKBLATT
• RCC-M
• More on request...

Inspection

• ASME CERTIFICATION MARK U-DESIGNATOR (U-STAMP)
• TÜV, LLOYD'S
• PED 2014/68/UE

Thermal calculation

Our company is able to carry out thermal calculation for liquids, steam, as well as many gases.

Type of coolers

• Oil/water cooler
• Mists Condenser
• Steam condensers type
• Various Condenser
• Mass Heater
• In line heater
• Air cooler
• Gas exchanger

Cooler shell materials

• Carbon steel
• Stainless steel
• Cupronickel

Tube bundle materials

• Carbon steel, stainless steel, brass, copper, cupronickel, titanium.
• Tubes wings in the mass, bimetallic, with brought back wings...

Design

• Pressure / temperature
• Depending on the diameters of the shell. Approximately from 10 to 400 bar, and under vacuum, from -40°C to 400°C

Weight

• From 100 kg to approximately 20 000 kg and more

Our realizations of heat exchangers

	Double oil cooler Construction according to ASME VIII Div 1 + TEMA R Tube bundle in duplex stainless steel Shell in 316L stainless steel AEW form
	Double oil cooler Construction according to ASME VIII Div 1 + TEMA C Tube bundle in duplex stainless steel Shell in 316L stainless steel AEW form
	Construction according to ASME VIII Div 1, TEMA C Brass tubes expanded Double commutation oil and water sides
	Water/water tubular exchanger with Cupro-Nickel
	Condenser with subcooler and peripherical equipments
	Aircooler according to API 661
	Aircooler according to API 661
	Steam condenser
	Steam condenser with noise protection
	Mischer vessel for Cimical application Destination : Algery Hastelloy material ASME B31.3