Tower and Heat Exchangers

Industrial gas at High temperature? Keep under control the setpoint with gas cooling technology conditioning tower or heat exchangers.

A wide range of gas cooling solutions for the reduction of temperatures of industrial gases for the following applications (for cement): conditioning tower, downcomers, clinker cooler, cyclones.

Available systems

Single fluid high pressure systems

High water pressure atomization

Benefits:

  • Consolidated technology
  • No compressor required
  • Low energy cost
  • Good regulation turn down

Dual fluid low pressure systems

Air assisted atomization

Benefits:

  • Small tower dimensions
  • Low installation cost
  • Low outlet gas temperature set point
  • Reliable nozzle cleaning and water spray quality
  • Very Good regulation turn down

Marco Rovetta
R&D Manager
marco.rovetta@ctp.mi.it

For general inquiries:
sales@ctp.mi.it or call +39(0)35 6968501

Fill in this form to require the brochure of the solutions you are interested in:

Moreover, our experts study the temperature conditions to design and manufacture customized solutions combining different technologies. Thanks to our deep-knowledge of industrial processes, we analyse the level of temperature in the different stages and we design and manufacture the best solutions in term of CAPEX and OPEX. This is a key value to optimize the existing equipment and reduce the impact of industrial plant on the environment.

  • Any pressure and temperature
  • Temperature analysis and Customized solutions
  • In-house engineering design and manufacturing
  • Full support of our experts

Case histories and insights about Gas cooling

Insights

Original Spare Parts

CTP Team supplies genuine range of replacement spare parts with fast delivery all over the world thanks to our advanced supply chain and logistic department.

Insights

Turn-key projects

CTP Team as main contractor of EPC project partner with the OEM of critical equipment in order to guarantee to customers the proper execution and performance of each systems in the whole process.