Replace three cells of the 18 cell counterflow cooling tower – Methanex NZ
Methanex, Motunui Plant, New Plymouth, New Zealand North Island. Design, engineering, planning and site execution to replace three (3) cells of the 18 cell counterflow
Ten cell Marley cooling tower – Purua Power Station NZ
Mercury, Nga Awa Purua Power Station, New Zealand North Island Design, prefabrication and change out of the complete upper structure of a ten (10) cell
Two cell cooling tower – Moranbah QLD
Dyno Nobel, Moranbah, QLD Replacement fill media to BCF3642-26-4 after 11 years of operation. The requirement was to restore thermal performance of the two (2)
5 Cell Marley 600 series double sided cross flow tower – Gibson Island QLD
Incitec Pivot, Gibson Island, QLD. 2020 and 2019 Turnaround work on the five (5) Cell Marley 600 series double sided cross flow tower. Breezewater, through
Pritchard Tower and replacement access staircase – Mt Isa
Glencore Mt Isa Mines Replaced Hot Water Decking to Four (4) Cell Pritchard Cross Flow Tower Breezewater has been systematically repair the Pritchard cooling tower
3 Cell FRP – Mackay Sugar Limited
Mackay Sugar Limited Farleigh Mill, QLD Replacement of Jord cooling tower on existing basin Breezewater provided a replacement three (3) cell FRP counterflow design for
FRP – Ixom Botany NSW
Ixom Botany, NSW Replacement of a timber double side cross cooling tower with new FRP. New tower was 80% pre-constructed adjacent to the plant for
Marley Towers – Macknade Mill, QLD
Wilmar, Macknade Mill, QLD Breezewater has been trusted on two occasions to replace the ageing Marley 600 series double sided cross flow towers. In 2014
Single cell large double sided cross-flow cooling tower – Marian Mill QLD
Mackay Sugar Limited Marian Mill, QLD Replacement of single cell large double sided cross-flow cooling tower. This project was complex due to the close proximity
Two (2) cell cooling tower – Cyanide Plant, QLD
Orica Yarwun, Cyanide Plant, QLD As part of the 95K Cyanide plant expansion Breezewater were commissioned to design and construct a new two (2) cell
