H-Bloc fully welded plate heat exchangers are suitable for a wide range of fluids, temperatures and pressures.
H-Bloc is ideal for liquid-liquid, condensing and evaporating applications such as oil/gas, pharmaceutical, marine, pulp and paper, power, food and beverage and HVAC industries.
How H-Bloc works
- The plates are welded together at their edges to form a core.
- The media flows crosswise at a 90° angle.
- All four plates are removable for easy cleaning from all four sides.
- Special baffles allow a multi-channel design, which only requires an increase in height for heat exchangers with large heat loads, without significantly changing the footprint.
This means a maximum size of 1.7 m².
H-Bloc Versatility
• The fully welded core exceeds temperature and pressure limitations of PHE
• Unique design allows for dissimilar flows
• Compact design
• Four removable sides for easy maintenance
• Double dimple plates accommodate low pressure and vacuum applications
• Shear stress greater than 50 (Pa.)
• Exotic alloys available
• 3D drawings available
The right plate material for your application
- Nickel, Titanium
- 304 and 316L
- SMO254 and 904L
- Duplex 2205, 2507
- Hastelloy C22, C276, C2000
Maintenance
All four panels are removable for high pressure cleaning.
The specifications contained in this printing are intended only to serve the non-binding description of our products and services and are not subject to guarantee. Binding specifications, especially pertaining to performance data and suitability for specific operating purposes, are dependent upon the individual circumstances at the operation location and can, therefore, only be made in terms of precise requests.
Design Variety
Special baffles are installed to provide the correct flow design for your specific application. This allows a balance between heat transfer efficiency and pressure drop to be achieved.
Application Diversity
The temperature and pressure range capabilities of the H-Bloc combined with our various corrugation patterns make it ideal for a wide variety of applications.
Durability
We design our plates for durability and heat transfer efficiency. We use individual combs to support the weight of the plate set and connect it securely to the frame. This design is not only durable but also resistant to temperature and pressure stress. No other manufacturer uses this technology.
Edge Welding Enhanced Design
Edge welding allows for field repair of the plate set, extending product life and reducing productivity loss from unplanned downtime. Competitors’ plates are all butt-welded, so field repairs are not possible when needed.
Performance:
Design Pressure: Maximum standard design pressure is 40 barg.
Higher pressures available on request.
Design Temperature: Maximum standard design temperature is 350°C.
Minimum standard design temperature is -45°C.
Higher temperatures available on request
Oil & Gas
- Natural Gas Dehydration and Deacidification Unit
- Lean and Rich Liquid Heat Exchanger
- Stabilized Crude Oil Cooler - Crude Oil Heater
- Crude Oil Cooler - HP/LP Cooler
- Associated Gas Cooler - Reboiler
Refineries
- Reboilers - Condensers
- Heat recovery - Heaters
- Product coolers - Desalters
- Alkylation - Feed bottoms heat exchangers
Vegetable oil processing
- Refining processes - Biodiesel conversion
- Heaters - Heat recovery
- Coolers
Chlor-alkali plant
-Concentrator - Cooler -Condenser
- Caustic soda evaporation (preheater/evaporator)
Others
- Urea cooler - Nitric acid cooler
- Dichloromethane heater - Phenol heat exchanger
- Asphalt heat exchanger
