We have three presenters from the building and construction industry discussing topics that surround all things to do with Carbon management and design for climate change.
We have three presenters from the building and construction industry discussing topics that surround all things to do with Carbon management and design for climate change.
3.00 Australian CPD ACT-SA-NT Points 3.00 Australian QLD - NSW - VIC - TAS - WA Points 3.00 Licensed Building Practitioner - Design 2 + 3 Points 3.00 Licensed Building Practitioner - Design 1 Points 30.00 NZ Registered Architects Board Points
Teulo Ed
Murray Durbin
Enveloped NZ
Enveloped Solutions specialise in supplying and installing products and systems for high-performance homes such as Certified Passive House, Homestar homes, and anyone wanting to build better than the Building Code. Murray will run through Enveloped's service and product offering, covering off high-performance window joinery, balanced heat recovery ventilation, air and weather tightness, hot water heat pumps, pellet boilers, insulation and EV chargers. Housing makes up a substantial component of our carbon footprint and we need to build smarter, as well as addressing our older housing stock with deep retrofits. Enveloped has a wide range of solutions to assist with any building project.
Richard Miller
Escea
Talk topic: Understanding modern combustion heating.
In this presentation we will cover what you need to know about combustion heating emissions of modern appliances. We will focus on the main advantages of room sealed, powerflued, zero clearance gas appliances in a modern home design and how to approach material selection for the cladding of heating appliances.
Zoë Delano
Technical Analyst
Autex
Presentation details:
Title: Carbon Management
Description: A review of how the building sector can tackle the issue of embodied carbon and help build a low-carbon future. This presentation offers an introduction to building sector emissions, operational and embodied carbon, carbon reduction and offsetting, and considerations for low-embodied carbon design.
Learning outcomes