| Specialists in process heating systems |
Worldwide, the name Bertrams Heatec is associated with the safe transfer of process heat, particularly in the chemical and petrochemical industries. Our systems are used for the manufacture of artificial fibres, synthetic resins (melamine), caustic soda, aluminium oxide and dyestuffs, together with applications in the textile and food industries.
Most of these production operations require indirect heat transfer, the process heat |
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| being conveyed from the fired heater to the process medium (final product) by means of a special thermal fluid, such as mineral oil. This technique ensures that a flammable end product cannot come into direct contactwith thefired heater. In addition, the final product is brought uniformly tothe desired process temperature of up to 600 ¡ãC without any local overheating. |
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The polymers of the future will be more environmentally acceptable than those we knowtoday,
but their manufacture will require greater heating capacities and evenhighertemperatures.
Today we are already prepared to meet this challenge.
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Customized solutions from a single source |
Bertrams Heatec offers all components and services from a single source: from the first exchange of ideas, through the design and development process, all the way to plant construction and commissioning of the finished system. This enables all engineering disciplines to be coordinated optimally. Each project is assigned a contact person, who knows, without needing to ask further, exactly what is being developed, manufactured and installed.
In an ongoing constructive dialogue with the customer, our specialists develop comprehensive solutions that reflect the customer¡äs needs right down to the last detail. This commitment to get it exactly right means that whenever possible standardized components are not used.
Our plants are the product of a painstaking design process, not only in terms of their cost-effectiveness but also with regard to environmental impact. State-of-the-art combustion engineering means that they consume less energy, reduce atmospheric pollution to a minimum and conserve the earth¡äs resources.
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