Find the heat exchanger that copes with your application!
Heat exchanger manufacturer
Worldwide heat exchanger leader with solution-oriented approach
For decades, Mersen has designed and manufactured a comprehensive portfolio of heat exchangers using various technologies (blocs, tubes) and the materials (graphite, SiC, tantalum, zirconium, titanium). These heat exchangers can be installed as condensers, heaters, coolers...in the corrosive chemical processes..
Thermal design experience to define your project requirements
Mersen has been recognized as an expert in thermal and mechanical design for all types of heat exchangers (condenser, evaporator, boiler…) with proven design tools allowing the most thermally efficient calculations : ASPEN B-JAC, X-Designer, customized programs..
Highly skilled and experienced Engineering Department
With more than 450 mechanical designs completed each year, our highly experienced Engineering Staff provides drawing and mechanical design support using various software tools to produce the calculations required by the current pressure vessel design codes (ASME, EN 13445, CODAP, AD 2000 Merckblatt) and ANSYS for the specific Finite Element Analysis.
Worldwide production sites and local service centres
We can also provide support for all the products we deliver throughout their life cycle and offer a broad range of services. After-sales service can be carried out at our Mersen sites or directly on the customer's site :
- Maintenance and spare parts supply, including repair and refurbishment services
- Immediate emergency assistance & Start-up services
- Process lines check-up and diagnosis
Mersen Heat Exchanger Configurator
Polybloc®, impervious graphite block heat exchanger
Polybloc®, impervious graphite block heat exchanger
Poybloc® graphite block heat exchangers are adapted to the heating, cooling, evaporation, condensation and absorption of highly corrosive liquid chemicals. This design is one of the most versatile type of impervious graphite heat exchangers.
Polytube Graphite Shell and Tube Heat exchanger
Polytube Graphite Shell and Tube Heat exchanger
Polytube graphite shell and tube heat exchangers are suitable for heating, cooling, condensing, evaporating or absorbing large flow rates of ultra-corrosive chemicals. This type of graphite heat exchanger is particularly versatile and all conceivable applications are possible.
Annular groove graphite heat exchangers
Annular groove graphite heat exchangers
Annular groove graphite heat exchangers (interchangers) are especially adapted to the heating or cooling of ultra-corrosive liquid chemicals.
Cubic graphite heat exchangers
Cubic graphite heat exchangers
The Graphite Cubic Block Heat Exchanger is the optimum design for Interchangers for corrosive fluids on both process and service sides.
The Graphite Cubic Block Heat Exchanger is adapted to the heating, cooling, condensation and absorption of highly corrosive liquid chemicals.
Tantalum Heat Exchangers and condensers
Tantalum Heat Exchangers and condensers
Applications for Tantalum should be considered wherever corrosion is a factor and long-term benefits of reduced downtime, increased life expectancy and profitability are important. Tantalum heat exchangers are used in ultra-corrosive and oxidizing applications, for example with concentrated sulfuric acid, nitric acid, free chlorine, or free bromine.
Silicon carbide shell and tube heat exchangers
Silicon carbide shell and tube heat exchangers
CORRESIC® Silicon carbide shell and tube heat exchangers are adapted to the cooling, condensation, heating, evaporation and absorption of highly corrosive chemicals.
Silicon carbide block heat exchangers
Silicon carbide block heat exchangers
CORRESIC® silicon carbide block heat exchangers are adapted to the heating, cooling, evaporation, condensation and absorption of highly corrosive and/or oxidizing chemicals. This design is one of the most versatile type of silicon carbide heat exchangers.
Silicon carbide plate heat exchangers
Silicon carbide plate heat exchangers
CORRESIC® silicon carbide plate heat exchangers are adapted to the heating and cooling of highly corrosive and/or oxidizing chemicals. This design is the most compact and most efficient type of silicon carbide heat exchangers.
