Jordan Springs Community Hub

Sustainable development at its best.

 

CONTACT

BB
 

Ben Bourke | Managing Director

ben.bourke@benaiah.com.au

Client: Leandlease Communities

Location: Jordan Springs, NSW

WHAT WE PROVIDED

The Jordan Springs Community Resource Hub is one of the most sustainable community buildings, the first public building to be constructed using cross-laminated timber (CLT) in NSW. A geothermal heating and cooling system reduced CO2 emissions for air conditioners by 50 per cent, and the rooftop photovoltaic array offsets a significant amount of the building’s lighting energy requirement, saving significant volumes of carbon dioxide emissions.

Benaiah was engaged to provide development management and project management services of the Jordan Springs Community Resource Hub development by lendlease communities. We successfully navigated the approval and development framework to deliver this important piece of community infrastructure. 

 We provided various services throughout the various stages of the open space infrastructure works including

  • Project Management

  • Assessment Management 

  • Development Management

  

OUR ACHIEVEMENT 

We were success in delivering key community assets for the award winning development. Our built form management expertise lead to quality community and Council assets being delivered within program and exceeding key stakeholder expectations.

AWARDS FOR THE COMMUNITY RESOURCE HUB

Local Government NSW Excellence in the Environment Awards

Winner Division C and Overall Category Winner Jordan Springs Community Hub

“The Jordan Springs Community Hub is a new centre that demonstrates leading practice in sustainable building practices, accessibility, and community strengthening. Some of the key sustainability features of the Hub include timber construction, geothermal heating and cooling, 20kW PV solar system, energy efficient lighting, and water efficient fittings. Particular attention was given to the challenge of urban heat and the building features passive design principles for cooling.”