From Practice-To-Theory-To-Practice: Advances in the Cleaning of Heat Exchangers Using Ultrasound
B. Kieser, A. Goode and R. Philion
Ultrasonic cleaning cuts heat exchanger downtime to hours from days, significantly reducing wastewater. Discover how Tech Sonic boosts efficiency.
Understanding the Value of Cleaning - Gains From the Use of Ultrasonic Cleaning of Large Industrial Equipment
C. H. Schulz and B. Kieser
Ultrasonic cleaning at Braskem saved $1.6M USD annually in steam costs for one heat exchanger, cutting vapor use from 1.27 to 0.42 tTS/tBD. Unlock massive efficiency gains for your plant.
Ultrasonic Cleaning of Badly Fouled Compabloc Exchangers
R. Philion, B. Kieser and T. McCartney
Ultrasonic cleaning cut Compabloc DP from 12 to 4.2 psig, recovering 15% capacity and $4.27M yearly. Boost refinery throughput with Tech Sonic’s method
Application of Stabilized Hydrogen Peroxide for the Removal of Iron Polysulfide Deposits
T.R. McCartney and R. Shank
The paper investigates stabilized hydrogen peroxide for clearing iron sulfide buildup, addressing its rapid breakdown in metal-rich environments. Through experiments and field examples, it reveals how to optimize peroxide for exchanger cleaning. Unlock a safer, residue-free solution for your equipment—explore the findings in depth.
The Economic Impact Of Better Heat Exchanger Cleaning On An Oil Refinery – Theoretical, Expected And Actual Results
B.N. Kieser, R. Tomotaki, J. Loyola-Fuentes, E. Diaz-Bejarano and F. Coletti
Better heat exchanger cleaning with ultrasonics tackles fouling’s costly impact, yet industry skepticism persists. The paper bridges this gap with operator trials, a black box model, and digital twin analysis, highlighting enhanced profitability and sustainability. Ready to rethink maintenance value?
The Effective Removal of FeCO3 Deposits From Critical Process Heat Exchangers Used in Ammonia Production Using a Proprietary Ultrasonic Chemical Cleaning Method
R. Philion and T.R. McCartney
This paper examines the problem of ferrous carbonate fouling and removal in lean-rich Diethanol amine exchangers at the CO2 extraction plants associated with ammonia manufacturing.
B. Kieser, A. Goode and R. Philion
Ultrasonic cleaning cuts heat exchanger downtime to hours from days, significantly reducing wastewater. Discover how Tech Sonic boosts efficiency.
C. H. Schulz and B. Kieser
Ultrasonic cleaning at Braskem saved $1.6M USD annually in steam costs for one heat exchanger, cutting vapor use from 1.27 to 0.42 tTS/tBD. Unlock massive efficiency gains for your plant.
R. Philion, B. Kieser and T. McCartney
Ultrasonic cleaning cut Compabloc DP from 12 to 4.2 psig, recovering 15% capacity and $4.27M yearly. Boost refinery throughput with Tech Sonic’s method
T.R. McCartney and R. Shank
The paper investigates stabilized hydrogen peroxide for clearing iron sulfide buildup, addressing its rapid breakdown in metal-rich environments. Through experiments and field examples, it reveals how to optimize peroxide for exchanger cleaning. Unlock a safer, residue-free solution for your equipment—explore the findings in depth.
B.N. Kieser, R. Tomotaki, J. Loyola-Fuentes, E. Diaz-Bejarano and F. Coletti
Better heat exchanger cleaning with ultrasonics tackles fouling’s costly impact, yet industry skepticism persists. The paper bridges this gap with operator trials, a black box model, and digital twin analysis, highlighting enhanced profitability and sustainability. Ready to rethink maintenance value?
R. Philion and T.R. McCartney
This paper examines the problem of ferrous carbonate fouling and removal in lean-rich Diethanol amine exchangers at the CO2 extraction plants associated with ammonia manufacturing.