PD04: Building HVAC&R resilience for a changing climate


Paul Stoller, Managing Director, Atelier Ten

Nicki Parker, Brisbane Sustainability Manager, Norman, Disney & Young

Lasath Lecamwasam, Building Services Engineer, ESBS Consultants

Yale Carden, Founder & Managing Director, GeoExchange Australia Pty Ltd

Greg Johnson, National Sustainability Manager, Stockland


The AIRAH Special Technical Group want to challenge the notion that resilience should cost the building owner more. Good resilient design should extend asset life, improve comfort and decrease running costs – resulting in lower whole-of-life cost.

Real life case studies demonstrating resilience in practice will be explored including; Stocklands’ approach to resilience across their portfolio and The Commons – residential resilience in heatwaves through good design. The role of technology in resilience will be examined in addition to Smart BMCS to pre-empt heat waves and more stringent testing conditions for equipment.

The soon-to-be-launched ‘Best Practice Guide for HVAC&R Resilience’, which covers the whole lifecycle of HVAC&R from Design, to Engineering and Installation, through to Maintenance and Operation, will be discussed in this session.

HVAC designers, manufacturers, installers, property owners, managers and advisors who want to safeguard and future-proof their buildings and assets for a changing climate should attend.

COST: $35 (inc GST)  BOOK NOW


 

Managing Director of Atelier Ten’s Australian offices and global leader of its Benchmarking practice, Paul is recognized for environmental planning and design consulting work on large-scale campus, community and urban projects. Paul’s work in Australia includes major museum expansions in Sydney and Perth, a research laboratory in Adelaide, a tropical plant conservatory in Canberra, a six-building Precinct at ANU, the adaptive reuse of a former auto factory at Tonsley Park, and the thermal labyrinth at Federation Square in Melbourne. He has particular expertise in facade environmental performance optimisation expertise.

 

 

 


 

With nearly 12 years in Building Physics and Sustainability consulting, Nicki’s in-depth knowledge of applying complex principles to practical sustainable design provides value to built environment projects throughout the design cycle. Her specialist skills are focused around sustainable design solutions and advanced computational modelling techniques. She also has a keen interest in how climate change adaptation affects individual buildings.

Nicki has worked in a number of sectors to incorporate sustainability as a key driver in the buildings sector. Her background in building physics is crucial in understanding how a building works, allow project teams to pursue effective strategies, both from an energy consumption and cost perspective, and throughout the life of a building. This includes using climate change projections to quantify the potential impacts throughout the life of a development.

Nicki is a Green Star Accredited Professional (GSAP), the Vice-President for the Australian Affiliation of the International Building Performance Simulation Association (IBPSA), and co-chair on the Australian Institute of Refrigeration and Air Handling (AIRAH) Special Technical Group for Resilience.


 

Lasath is a Chartered Professional Engineer with 30 years’ experience working in England, Scotland, New Zealand and Australia. Having a passion for sustainable refurbishment of existing buildings, he has worked on projects that have achieved national recognition including: 4 Mort Street (2012 AIRAH Award for Excellence for an HVAC Retrofit) and the Museum of Australian Democracy at Old Parliament House (2014 National Trust Award for an Outstanding Project). Lasath was also the lead author for the Guide to Best Practice Maintenance and Operation of HVAC Systems for Energy Efficiency – published by the Department of Climate Change and Energy Efficiency in 2012. Lasath is currently the President of the ACT Division of AIRAH and the Director at Engineered Solutions for Building Sustainability which he formed four years ago.

 

 


Yale Carden is the Founder and Managing Director of GeoExchange Australia (GXA). He has over twenty years of experience in the sustainability sector, the past twelve of which have been specifically in geoexchange systems. A member and certified installer with the International Ground Source Heat Pump Association, Yale advises the public and private sector across the Asia Pacific.

With respect to resilience, Yale’s background in environmental science / engineering provide him with both a personal and professional interest in the longer-term challenges facing humanity. Indeed, the desire to offer a solution to these challenges was the main driver behind his establishment of GeoExchange Australia and a recent certification in permaculture. He welcomes the opportunity to work with the HVAC industry on integrating resilience into its practices.

 


Greg Johnson is Stockland’s National Sustainability Manager, providing support to the Commercial Property business.  With 35 years of experience in the property industry in building services and asset management, Greg has been responsible for the development and implementation of sustainability policy and strategy over the last 13 years, and at Stockland since 2007.

With his background in building services, operations and asset management, Greg has a comprehensive understanding of the issues of measuring the performance of buildings and the integration of sustainability into operations for existing buildings and in design for new developments.

Climate change adaptation is an emerging challenge for the property industry.  Greg has been leading the work to develop a methodology to assess vulnerability and resilience of its buildings and has conducted assessments of its commercial property portfolio over the last two years. 

 


Note: The seminar program may be subject to change. If you have registered for this seminar any topic, presenter, timetable or price changes will be communicated as soon as possible prior to the event.