Retrofitting buildings for improved performance and optimal outcomes

Our mission is to advance building environments for optimal health, comfort and energy performance. We endeavour to deliver services that are state-of-the-art and promote sustainable, regenerative outcomes.

Engagement with state-of-the-art performance systems


This stage identifies the areas of waste and has the greatest potential to save energy.  The construct is to identify the waste in any project, before the implementation of new products.

We measure, calculate and analyse
We design and specify for retrofitting

This stage continues with the identification of energy waste and how building energy performance could be improved. 

We select and manage product installation

In this stage, the information developed in previous stages is implemented and integrated into a selective cost-benefit process for investment into major retrofitting changes. 

Retrofitting can be defined into two major categories


We collaborate with the diversified range of professional services and consultants. We assist in bringing together a tailored result utilising a range of potential solutions.

Sample projects


7 AHU’s down to 3 AHU’s:

  • Over 65% energy savings on HVAC,

  • Improved comfort through uniform air distribution,

  • Reduced draught upon occupants,

  • Substantial reduction in fan noise,

  • Increased usage of space.

Ford Discovery Centre
Historic - Bundoora Homestead Art Gallery

HVAC Challenges:

  • HVAC system 50% undersized,

  • Limited space for ductwork,

  • Unconventional location and design of supply air outlets,

  • No sensors to be visible on walls.

A 12 Storey Office Building in NSW

60% Energy Reduction:

  • External facade upgrade, 

  • Air leakage sealing,

  • Volume control dampers installed,

  • New chiller and fan control program,

  • T-5 light fixture upgrade,

  • VSD’s fitted to supply and return fans.