Our technology and engineering company specialises in custom solutions for industrial heat exchangers by means of an innovative self-cleaning technology. We have designed and manufactured configurations for projects in all manner of industries with the aim of zero-fouling.

Revamp-Forced-Circulation-Evaporator

Revamped Forced Circulation Evaporator

Revamp of the 1st effect of a 4-effect evaporator train into a self-cleaning configuration. After taking the plant back into operation, the evaporation capacity kept is constant, which results in increased production, lower downtime & reduced maintenance cost.
Forced-Circulation_re-boiler_proprietary_process_liquid

Forced Circulation Re-boiler Proprietary Process Liquid

This forced circulation re-boiler is for more than 20 years in operation. One annual inspection replaces cleaning every 4 to 5 days. A significant cost saving results from the higher recovery of the acetic acid and the more concentrated residue in the bottoms.
forced_circulation_evaporator_waste_water_stream

Forced Circulation Evaporator Waste Water Stream

vacuum evaporator, installed in 1997 and still in operation, increases solids concentration of stillage resulting from Shochu distillation. Use of self-cleaning heat exchanger makes it possible to further increase concentration of stillage when compared with other technologies.
heater_zinc_phosphate_solution

Heater Zinc Phosphate Solution

This self-cleaning heat exchanger is installed at a plant of a manufacturer and supplier of iron and steel (products) in Turkey. The self-cleaning heat exchanger is used to keep the temperature of a zinc phosphate bath constant in which steel components are treated with a zinc phosphate coating.
quench-water-cooler-new

Quench Water Cooler

Four self-cleaning heat exchangers have been installed to cool quench water of an Acetylene Plant, which resulted in a reduction of number of cleanings to zero, a reduction of heat transfer surface with a factor 5, an increase in the heat transfer with a factor 2 and a decrease in required pumping power with a factor 2.

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