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wymienniki ciepła

Współpracujemy z wiodącymi producentami oryginalnego sprzętu na całym świecie, aby dostarczać wysokiej jakości wymienniki ciepła i części zamienne.
Wymienniki ciepła znajdują zastosowanie w gałęziach przemysłu, gdzie efektywne zarządzanie ciepłem ma kluczowe znaczenie dla procesów, jakości produktu, bezpieczeństwa i efektywności energetycznej.
Ich wszechstronność czyni je niezbędnymi do optymalizacji warunków temperaturowych w różnorodnych warunkach przemysłowych.

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  • Niezawodność i wysoka jakość,
  • Indywidualne rozwiązania,
  • Efektywność energetyczna,
  • Ekonomiczne rozwiązania,
  • Kompleksowe wsparcie,

Diverse applications across industries

Różnorodne zastosowania w różnych branżach,
Wykorzystując naszą rozległą wiedzę branżową i wiedzę biznesową, prowadzimy Cię przez każdy etap, od studiów wykonalności i projektów niestandardowych, po logistykę, konfigurację w obiekcie końcowym, uruchomienie systemu i bieżącą konserwację umowną.

Nasze najnowocześniejsze wymienniki ciepła zostały zaprojektowane z myślą o zaspokojeniu potrzeb szerokiego zakresu branż, z których każda ma swoje unikalne wymagania i wyzwania.

Zdjęcia produktów mają charakter poglądowy i rzeczywisty produkt może wyglądać inaczej niż ten pokazany na zdjęciach.
Uwaga: – Wybór produktów może się różnić w różnych krajach, w których działamy.

Produkt

  • Lutowane płytowe wymienniki ciepła

    Te wymienniki ciepła – to najprostszy rodzaj produktów dostępnych na rynku.
    Projekt technologiczny – stosowany jest najczęściej w dziedzinach wymiany ciepła, które nie wymagają podwyższonego poziomu bezpieczeństwa.
    Niektóre z kluczowych cech tego typu wymiennika ciepła są następujące:
    Efektywne wykorzystanie różnic temperatur,
    Solidna i niezawodna konstrukcja,
    Konstrukcja samoczyszcząca, ze względu na turbulentne przepływy

  • Uszczelkowe płytowe wymienniki ciepła

    Te wymienniki ciepła są również nazywane: „płytowymi i ramowymi” i zapewniają doskonałą wydajność przenoszenia ciepła z jednej cieczy do drugiej, często wody do wody lub z pary do innych cieczy.
    Modułowa konstrukcja łączy ramy, płyty i połączenia, tworząc szereg konfiguracji.

  • Plate and shell heat exchangers

    These heat exchangers are based on a fully welded pack that is enclosed in a strong shell structure thereby eliminating the need for a gasket. The unit is ideal when dealing with footprint barriers, extreme pressures/temperatures, fouling/scaling conditions and corrosive attack with liquids, gases, steam and two-phase mixtures. Some of the important benefits surrounding this type of heat exchanger are as follows:

    • Outstanding Uptime
    • Fluid Flexibility
    • Compact and Low Weight
    • Close Approach Temperatures
    • Enhanced Thermal Performance
    • Gasket and Low Fouling

  • Shell and tube heat exchangers: flash steam heat exchanger (EVC)

    To prevent excess pressurization in the condensate receiver, the flash steam is vented out into the atmosphere. The exhaust vapor condenser (EVC) is meant to recover this flash steam and transform the energy content thereby letting you pre-heat a fluid for a process, reduce emissions, enhance the efficiency of the collective steam system, tone down blowdown of the boiler and lower make-up water & chemical requirements. Some of the important benefits surrounding this type of heat exchanger are as follows:

    Energy efficient system
    Minimalistic design (no auxiliary equipment)
    Easy installation and maintenance
    Counters Icicle formation on boiler house roofs

    General usage areas include deaerator/feedwater tank vent, blowdown tank vent, condensate tank, dryer vents from ‘production side’.

  • Shell and tube heat exchangers

    These heat exchangers are compact in design and suitable for a range of fluids including steam across all industries. The unique straight corrugated tube design aids turbulent flow, resulting in high efficiency heat transfer. Some of the important benefits surrounding this type of heat exchanger are as follows:

    • High efficiency with self-cleaning effect
    • Minimal downtime
    • Reliability and longevity
    • Flexible space saving installation

  • Economizers, or gas-liquid heat exchangers

    At its core, an economizer is a heat exchanger that allows waste heat from the exhaust gas of a heating system to be transferred to the incoming air or water. This can significantly improve the efficiency of the system and reduce operating costs by reducing the amount of energy needed to achieve the desired temperature. Economizers are a critical component of many industrial and commercial heating systems.

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Benefits of our heat exchangers

  • Energy efficiency and cost savings

    Across all product lines, we prioritize energy efficiency, optimizing heat transfer to reduce overall energy consumption. This commitment translates into significant cost savings for our customers, making our heat exchangers and economizers not just reliable but also financially prudent investments.

  • Reliability and durability

    Whether it's the durability of brazed plate exchangers, modular flexibility of gasketed plate units, the fusion of efficiency and strength in plate and shell exchangers, or the proven reliability of shell and tube designs, our products are built to withstand challenging industrial conditions.

  • Ease of maintenance and installation

    We understand the importance of minimizing downtime. With simplified designs and modular components, our heat exchangers are easy to maintain, reducing the time and effort required for upkeep. Quick installation processes further contribute to operational efficiency.

  • Environmental responsibility

    Our products go beyond efficiency by contributing to environmental responsibility. By recovering waste heat and optimizing energy usage, we help our customers reduce their environmental footprint, ensuring compliance with regulations and fostering sustainable practices.

  • Versatility and adaptability

    Our range of heat exchangers provides versatile solutions adaptable to a wide array of industries and applications. Whether it's compact spaces or diverse fluid and temperature requirements, our products can meet your specific needs.

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  • Energy efficiency and cost savings
  • Reliability and durability
  • Ease of maintenance and installation
  • Environmental responsibility
  • Versatility and adaptability

The heat exchangers find their usage in various industries

We pride ourselves on delivering heat exchanger solutions that seamlessly integrate into diverse industrial landscapes, offering efficiency, reliability, and innovation across every application.

  • Energy industry

    Heat exchangers are essential in power plants for cooling steam in turbines, condensing exhaust gases, and transferring heat in various stages of power generation. They help improve energy efficiency and overall system performance.

  • Oil and gas industry

    In oil refineries and gas processing plants, heat exchangers are used for tasks such as crude oil heating, natural gas cooling, and liquefied natural gas (LNG) production. They optimize temperature conditions in various processes, enhancing productivity and safety.

  • Chemical industry

    Chemical manufacturing involves numerous processes requiring precise temperature control. Heat exchangers are utilized for heating, cooling, and condensing in reactions, ensuring efficient chemical production while maintaining safety standards.

  • Food and beverage industry

    Heat exchangers are used for pasteurization, sterilization, and cooling in food and beverage processing. They contribute to product quality, safety, and shelf life while meeting hygiene standards.

  • Automotive industry

    In automotive manufacturing, heat exchangers play a vital role in cooling engine components, managing vehicle climate control systems, and optimizing efficiency in various heat-sensitive processes during production.

  • HVAC (heating, ventilation, and air conditioning)

    HVAC systems rely on heat exchangers for transferring heat between air streams. They are essential for both heating and cooling applications in residential, commercial, and industrial buildings, ensuring comfort and energy efficiency.

  • Aerospace industry

    Aircraft and spacecraft employ heat exchangers for tasks like cooling engines, managing cabin temperature, and regulating various thermal processes. Lightweight and efficient heat exchangers contribute to overall aircraft performance.

  • Medical industry

    Medical equipment often requires precise temperature control, and heat exchangers are integral in maintaining optimal conditions for diagnostic and therapeutic devices, ensuring their accuracy and reliability

  • Renewable energy

    Solar thermal power plants use heat exchangers to transfer heat collected from the sun to a working fluid, which is then used to generate electricity. Heat exchangers are crucial for converting solar energy into usable power.

  • Manufacturing and metal industry

    Heat exchangers aid in various metal production processes, such as cooling molten metals, maintaining specific temperatures in heat treatment, and controlling thermal conditions in manufacturing operations.

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