- Main Category
Plate Heat Exchangers for Maximum Energy Efficiency
Advanced Thermal Transfer Solutions with Dedicated Design and Expert Energy Calculations
- Efficiency: Internal knowledge sharing and energy programs ensure the highest possible performance.
- Versatility: Solutions for HVAC, industrial cooling, and renewable energy.
- Service: Rapid delivery and energy calculation using a dedicated calculation program.
Applications
Heating: In heating applications, plate heat exchangers are used to transfer heat from a hot fluid, such as water heated by a boiler, to a cooler fluid circulating in radiators, radiant heating systems, or other terminal units. This contributes to achieving climate comfort and efficiency in buildings.
Ventilation: In ventilation, these heat exchangers are utilized in heat recovery systems, where exhausted warm air transfers its heat to incoming cool air, thereby reducing the energy required to heat new air and improving overall energy efficiency.
Cooling: For cooling, plate heat exchangers transfer heat from chilled water, produced by a chiller or heat pump, to water circulating in distribution terminals such as fan coil units. This system is particularly effective in commercial and industrial buildings where significant thermal cooling capacity is required.
Brazed Plate Heat Exchangers
A selection of brazed plate heat exchangers for various applications with liquids or steam. Connection diameters range from 3/4" to 2" depending on requirements.
Technical Data: Maximum temperature (TS) of +200 °C, maximum pressure (PS at 200 °C) of 16 bar, and test pressure (PT) of 19.2 bar.
Materials:
- Plates: AISI 316L stainless steel
- Connections: AISI 304 stainless steel
- Brazing Material: Copper (99.9% pure)
- Heat Pumps
- Solar Thermal
- Energy Recovery
- District Heating
- Hot Water
Plate Heat Exchangers
The dedicated design, combined with expert advice, guarantees the best service and achievement of the highest performance for our plate heat exchangers. Our goal is to share internal knowledge with our customers to achieve the highest level of quality and anticipate market needs in every application.
- Cleaning: CP cleaning available.
- Logistics: Rapid delivery! Norditec collaborates with various manufacturers.
- Design: A wide range of geometries to best meet all needs. Our heat exchanger models are available with connections from DN32 (1″1/4) up to DN200 (8″). The plates vary in height, geometry, and channel depth to precisely meet customer requirements, always providing the optimal solution.
Brazed Plate Heat Exchangers
A selection of brazed plate heat exchangers for various applications with liquids or steam. Connection diameters range from 3/4" to 2" depending on requirements.
Technical Data: Maximum temperature (TS) of +200 °C, maximum pressure (PS at 200 °C) of 16 bar, and test pressure (PT) of 19.2 bar.
Materials: The plates are made of AISI 316L stainless steel, the connections are AISI 304 stainless steel, and the brazing material is 99.9% pure copper.
HVAC – Heating, Ventilation, and Air Conditioning
Heating: In heating applications, plate heat exchangers are used to transfer heat from a hot fluid, such as water heated by a boiler, to a cooler fluid circulating in radiators, radiant heating systems, or other terminal units. This contributes to achieving climate comfort and efficiency in buildings.
Ventilation: In ventilation, these heat exchangers are utilized in heat recovery systems, where exhausted warm air transfers its heat to incoming cool air, thereby reducing the energy required to heat new air and improving overall energy efficiency.
Cooling: For cooling, plate heat exchangers transfer heat from chilled water, produced by a chiller or heat pump, to water circulating in distribution terminals such as fan coil units. This system is particularly effective in commercial and industrial buildings where significant thermal cooling capacity is required.
District Heating and Renewable Energy
District Heating: District heating involves the distribution of heat produced in a centralized thermal power plant to a network of residential, commercial, or industrial buildings. **Renewable Energy and Cooling:** In the context of renewable energy, heat exchangers are used in various applications. For example, in solar thermal systems, they facilitate the transfer of heat absorbed by solar panels to water or air for building heating or thermal energy production. This process reduces reliance on non-renewable energy sources, such as natural gas or coal, and contributes to the reduction of carbon emissions.
Generators, Cogeneration, and the Service Sector
Generators and Cogeneration: In generators, plate heat exchangers are primarily used to cool the engine and lubricating oil. The plate heat exchanger enables the transfer of heat from the engine's cooling circuit to water or another coolant, which then releases it to the environment or an integrated heat recovery system.
Fluid and Service Sector: This sector is fundamental in a wide range of industrial applications, from water supply and wastewater treatment to energy production. In several industrial sectors, from chemical and petrochemical plants to energy generation, plate heat exchangers are used to heat, cool, or recover heat from processes.
Metallurgical Industry and Surface Treatment
The metallurgical industry is involved in the extraction, processing, and production of metals and metal alloys. Heat exchangers are a crucial component in ensuring that each process can occur under the best possible conditions in terms of efficiency and quality, according to the highest standards in the industrial market.
- Surface Treatment: Plate and gasketed heat exchangers are installed in all lines dedicated to surface heat treatment, as well as in painting processes.
- Test Benches: They are used as carriers of the thermal energy produced in test benches, recovering the heat emitted by the engines and allocating it to heating circuits.
Industrial Cooling and Safety
Industrial cooling is a process used to reduce and control the temperature of machinery, processes, and materials.
- Main Objectives: Temperature control for chemical reactions, equipment protection for engines and turbines, and operational safety to reduce risks such as fire or explosions.
- Technologies: Plate heat exchangers ensure maximum cooling efficiency with the most compact solutions available. Other technologies include cooling towers, chillers, and ventilation systems.
Data Centers and IT Industries
Modern data centers have evolved towards more energy-efficient solutions, utilizing innovative cooling technologies and improved data management to optimize performance and reduce environmental impact. Technologies such as cloud services, artificial intelligence, and the Internet of Things have driven the demand for advanced and flexible infrastructure.
Hydraulic, Marine, and Food Industry
Hydraulic and Marine: These systems use special fluids to generate and transmit energy through cylinders and motors. In the maritime sector, hydraulic systems are crucial for propulsion, ship control, and offshore operations such as drilling and lifting. Food and Beverage Industry: This sector is vital for the global economy. The food and beverage industry is strictly regulated to ensure food safety and quality. Current trends include increasing demand for healthy and sustainable products and the use of digital technology to improve traceability.
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