High temperature brazed plate heat exchangers are a key component in systems using renewable sources such CO2 as natural gas for refrigeration and hydrogen for clean power generation with fuel cells technologies.
ATEX certifications, anti-corrosion treatments and the selection of construction materials that cope with challenging and harsh working conditions of oil & gas indutrial plants can turn a simple plate heat exchanger into something very special.
Being it using flanged or threaded connections, different solutions in plate heat exchangers allow to avoid direct contact betweeen the fluid and parts in carbon steel, which are prone to oxidation and corrosion.
Design flexibility and thin sizes of TCOIL plates immersion dimple jacket exchangers for anodic oxidation plant in the manufacture of aircrafts for the US market.
Selection of corrosion resistant materials in heat exchangers exposed to sulphuric acid solutions in anodic oxidation, from high-performing alloys to titanium, but also plastic and graphite exchangers.
Dry cooler and redundancy of pumping groups for burners cooling in lead-acid batteries recycling plant, with stainless steel construction to stand the aggressive environment.
Plate heat exchangers and TCOIL dimple jacket exchangers in anodic oxidation baths cooling, using special materials ensuring corrosion resistance to sulphuric acid.
Video presentation during the MCTER web edition event dedicated to smart efficiency, speaking about immersion cooling with TCOIL dimple jacket exchangers for heat pumps cooling in a seaport.
Double wall exchangers are a security type of heat exchanger, employed to completely avoid the risk of mixing between primary and secondary fluid in case of breakage of plates or tubes.
Chemical fouling, biological fouling, deposition fouling and corrosion fouling: how to evaluate the fouling factor on heat exchangers preventing fouling on thermal transfer surfaces.