Power Plants & EfW
Used globally by Power Plants and Energy from Waste plants (EfW) in boilers, economisers, and silos
The Cardox System is now used extensively in the renewable energies sector, notably Energy from Waste and Biomass Plants. Much like the cement industry, which relies heavily on the Cardox System, there has been significant growth in its use.
The Cardox System has a proven track record of successfully clearing debilitating blockages in the three significant areas of the process: boilers, economisers, and coal bunkers.
The Cardox Tubes are applied to the vessels through Sockets and activated to remove the material causing the blockage. The benefit for Coal Bunkers is that the Liquid C02 is fire-inhibiting, so it is a preferred option for plants to remove this form of blockage/build-up.
Cardox now has many applications in the Energy from Waste Plants (EfW) industry for various bunkers such as ash filter sock bunkers, boilers, and hoppers.
The system is much faster than manual cleaning/vacuuming and requires no manual entry. Downtime is a significant issue for energy providers, and the Cardox System’s speed has dramatically decreased downtime massively for plants such as Viridor Runcorn, EON Kingsnorth, and Kemsley. Cardox has the benefit of being wholly non-explosive, so no additional permits are required.
You can read more about how the Cardox System works here.

BOILERS
Expensive shutdowns can now be dramatically reduced as the system has been developed to be used as an online preventative measure rather than a shutdown cleaning process.
ECONOMISERS
It has been successfully used for over 30 years to remove ash build-up and blockages. Most new EfW / biomass plants have the set-up and use Cardox whenever there’s a build-up or blockage of ash, which can be commonplace in EfW plants.
COAL BUNKERS
Eliminates the need for man entry or exhaustive manual digging/rodding in ash and lime silos.




No manual entry
Fire-inhibiting
Multiple applications
No additional permits required
Less downtime













