Fouling factor in heat exchangers and nanocoatings
Chemical fouling, biological fouling, deposition fouling and corrosion fouling: how to evaluate the fouling factor on heat exchangers preventing fouling on thermal transfer surfaces.
Chemical fouling, biological fouling, deposition fouling and corrosion fouling: how to evaluate the fouling factor on heat exchangers preventing fouling on thermal transfer surfaces.
Technical measures to adopt in brazed plate heat exchangers working with steam, in order to ensure the proper and complete draining of condensate within the exchanger.
The selection of the size of hydraulic passages in plate heat exchangers is based on the application, from brazed plate exchangers to free-flow exchangers operating with dirty fluids.
Special brazed plate heat exchangers with head/bottom energy recovery on distillation columns for application in a chemistry industrial plant.
Regeneration of titanium plate heat exchangers for a customer in the pharma industry, in a production line of an API employed for the treatment against Covid-19.
Viscosity grade of lubricating oils and hydraulic oils is a crucial factor in the sizing process of heat exchangers, taking account of related pressure drops in oil cooling for hydraulics applications.
Emergency intervention on a plate heat exchanger employed in the production of an API for the treat of covid-19, example of the industry supply chain united against coronavirus.
Correct design and installation of multi-pass plate heat exchangers in order to maximize the efficiency in heat recovery applications and ensure easy maintenance operations.
Free cooling in data center cooling instead of traditional conditioning using chillers and compressors, high energy saving thanks to immersion liquid cooling of electronic components in dieletric fluids.
Avoiding corrosion in salty water conditioning for salmon acquaculture with new titanium plate heat exchangers in a green and advanced cold-water closed circulation system.