FoulingCure
Saving time and energy
Industries & Applications
A clean plate heat exchanger increases profits
Flue Gas Condensate:
Biomass fueled plants are often equipped with a flue gas condensation heat recovery system.
Particles and bacteria are found in the condensate despite cyclones and filters.
Particles settle in the plate heat exchanger for the heat recovery.
Particle fouling and bacteria growth (bio film) results in high energy loss and maintenance costs.
Recomended
modules:
- FoulingCure standard
- Backflush
- CIP
Large Heat Pumps:
Large heatpumps for district heating often uses open loop energy sources like sea water, rivers, sewage water etc.
These sources contains particles and biological matters (bacteria, shell fish etc.) and makes a plate heat exchanger fouling and reducing SCOP values of the heat pump system.
Recomended
modules:
- FoulingCure standard
- Backflush
- CIP and/or
- Heating
Recirculating Aquaculture Systems (RAS)
Plate Heat Exhangers are used for temperature control in the fish tanks, both as heat recovery, heating and cooling.
With temperatures from 10 Celcius to 25 Celcius, plenty of nutrients and particles leads to severe biological and particulate fouling of the exchangers.
Results are huge service costs, loss of energy and down time and/or CAPEX cost for redundancy heat exchanger systems.
Recomended
modules:
- FoulingCure standard
- Backflush
- CIP
Pulp & Paper
Heat recovery from fibrous waters can clog up and making a plate heat exchangen unusable for this application.
Using FoulingCure with high velocity backflush solution, a standard plateheatexchanger can be used for heat recovery even from fibrous waters.
Recomended
modules:
- FoulingCure standard
- Backflush
- CIP
Sugar
Heat recovery from fibrous waters can clog up and make a plate heat exchanger unusable for this type of application.
Using FoulingCure with high velocity backflush solution, a standard plateheatexchanger can be used for heat recovery even from fibrous waters.
Recomended
modules:
- FoulingCure standard
- Backflush
- CIP
Power Plants
Open loop cooling:
River/lake/harbor/Borehole/cooling tower.
When operating your plateheatexchanger in an open loop application, particles enter the plateheatexchanger and settle on the plates.
Recomended
modules:
- FoulingCure
- Backflush
- CIP
Chemical Plants
Open loop cooling:
River/lake/harbor/Borehole/cooling tower.
When operating your plateheatexchanger in an open loop application, particles enter the plate heat exchanger and settle on the plates.
Recomended
modules:
- FoulingCure standard
- Backflush
- CIP
Marine
Open loop cooling:
Sailing in brackish water, river/canal or polluted harbors, the seawater cooler will start fouling.
Closed loop SOx scrubbers leaves particles and fouling builds up in the plate heat exchanger reducing ability to scrub for particles.
Recomended
modules:
- FoulingCure standard
- Backflush
- CIP
Together we can achieve
optimal performance
of your plate heat exchanger