Cooldeck Industries Pvt Ltd products

The V-Bar system has proven to be a superior system to upgrade Cross Flow cooling towers that have wood splash fill and for new construction NDCT and IDCTs where dirty water would clog film fills.

CD-S130/146, made out of rigid PVC, is designed to remove maximum entrained drift particles from air stream efficiently, with minimum pressure drop, thereby reducing the fan power requirement.

This product range combines high specific surface area with a large number of mixing points per unit volume to facilitate superior performance over a wide range of hydraulic wetting rates. This range of media provides the highest efficiency of BOD removal and is the media of choice for trickling filters, SAFF systems, hybrid bioreactors as well as nitrification and denitrification filters.

For higher BOD, where the risk of clogging of media may be higher, the Openflow media is recommended. The Openflow media consists of a hybrid of low flute and high flute cross corrugated sheets thereby keeping surface area relatively high but also increasing the module openings. Applications include Anaerobic reactors, trickling filters, SAFF systems

Random BioMedia B-185 has been designed for more important applications in wastewater treatment Viz., Trickling Filters or Biotowers, Hybrid Reactors with aerobic application and anaerobic applications. Since the product is made up of Poly Propylene material, it is non reactive and hence recommended for most applications including for refineries. Random BioMedia B-185 has been designed for more important applications in wastewater treatment Viz., Trickling Filters or Biotowers, Hybrid Reactors with aerobic application and anaerobic applications. Since the product is made up of Poly Propylene material, it is non reactive and hence recommended for most applications including for refineries.

Fluidized Aeration Bed (FAB) / Moving Bio Bed Reactors (MBBR) systems are primarily dependent on the two factors that govern their performance - the efficiency of aeration and the efficiency & life of the floating media.

Fluidized Aeration Bed (FAB) / Moving Bio Bed Reactors (MBBR) systems are primarily dependent on the two factors that govern their performance - the efficiency of aeration and the efficiency & life of the floating media.

Most efficient tube settler design. Can be transported in the form of loose tubes and hence saves transportation cost. High specific settling area provided along with a high ration of wetted perimeter to wetted surface area. Lowest hydraulic radius giving high settling efficiency. Needs a bottom support structure.

Most widely used and accepted tube settler design. Can be transported in the form of loose tubes and hence saves transportation cost. Wide tongue and groove mechanism causes minimum fuss during site assembly. High specific settling area provided. Needs a bottom support structure.