Chemical and pharmaceutical industries demand highly reliable cooling systems to support continuous production, ensure product quality and safety, and maintain tight process control in often aggressive operating environments. Heat rejection systems must manage significant thermal loads, protect sensitive process fluids, and remain stable under fluctuating and demanding operating conditions.
Cofinair designs and manufactures engineered open and closed-circuit cooling towers specifically adapted to the stringent requirements of these sectors. Our cooling solutions are built to deliver precise thermal regulation, operational continuity and long-term reliability, even in environments where corrosion, humidity or chemical exposure are critical factors. Special attention is given to efficiency, acoustic performance and ease of integration within complex industrial plants.
Drawing on extensive industrial know-how and proven technologies, we supports chemical and pharmaceutical manufacturers in optimising energy consumption, improving process stability and ensuring uninterrupted production across all operating units, even under highly variable process conditions.
Reliable cooling for corrosive water and low-noise operation Introduction A leading chemical manufacturer in Denmark...
Energy efficiency retrofit upgrade of a Gohl-KTK cooling tower while the data centre is in...
Introduction When industrial facilities need to upgrade critical cooling equipment, maintaining operational continuity is often...
Corrosion on cooling towers? The solution is our special coating. When ordinary maintenance proves providential....
Decsa Service carried out intensive extraordinary maintenance on two of the cooling towers installed at...
Decsa was contacted by a company based in Marghera, specialised in the recovery and preparation...
Cooling tower with turnkey service, including the dismantling of the old cooling tower Replacing an...
Replacement of evaporative condensers for the Galbani factory in Corteolona, Italy Beginning in the second...