KL / Cluster Scale Rainwater Harvesting Systems / /
Country
Australia / /
Currency
USD / / /
Event
Environmental Issue / Natural Disaster / /
Facility
Griffith University / University of Queensland / The University of Queensland / Rise Commercial Building / Green Square North Tower / BoM Station / /
IndustryTerm
energy demand / car parks / recycled water systems / energy meters / wastewater services / energy penalty / urban applications / energy use / minimal energy requirements / acceptable solutions / energy penalties / energy / greenhouse gas emissions / water services / scale rainwater harvesting systems / urban water services / scale rainwater systems / decentralised water systems / electricity demand / rainwater systems / energy efficiency / underground and dewatering systems / air conditioner cooling systems / communal rainwater systems / /
NaturalFeature
Gold Coast / Mt Tamborine / Mount Tambourine / /
Organization
Green Building Council of Australia / CSIRO / Queensland Department of Infrastructure and Planning / Department of Environment and Resource Management / Federal Government / Urban Water Security Research Alliance / University of Queensland / Griffith University / Queensland Government / The Alliance / Water Services Association of Australia / QDC MP / /
Person
Mandatory Part / Ashok Sharma / Loss / Stephen Cook / Chris Davis Chair / Meng Nan / Urban Water / Sean Neagle (Colliers) / Barry Hood / / /
Position
Project Leader / MP / Total Head / Governor / Photographer / Executive / building manager / Chair / /
Performance of Cluster Scale Rainwater Harvesting Systems: Analysis of Residential and Commercial Development Case Studies Stephen Cook1, Ashok Sharma1, Thulo Ram Gurung2, Meng Nan Chong2, Shivanita Umapathi2, Ted Gardne