1. NLA Green BIM Conference

2. What is 'Green BIM'? @caseyrutland

3. Everyone talks about data... Material Area/ volume call off Embodied carbon Life cycle analysis Responsible sourcing Material ingredient reporting @caseyrutland

4. Yes. But... @caseyrutland

5. There are two key areas......where we can make bigger, more meaningful differences @caseyrutland

6. At concept stage. & Existing building stock. @caseyrutland

7. 7 pillars of sustainability Social Sustainability Carbon Neutrality Water self-sufficiency Sustainable material selection Climate change adaptability Positive community contribution Sustainable in operation @caseyrutland

8. Social Sustainability @caseyrutland Biophilia Hypothesis: The concept that humans have an innate attraction to living things and nature.

9. Carbon Neutrality Shape, Orientation, Massing, Materials, Size Activities & Associated systems The supply of energy. All now based upon reliable calculable data from BIM files @caseyrutland

10. Self-Sufficient Water Use Surface area calcs. vs. water usage Now based upon actively updated calculable data. @caseyrutland

11. Sustainable Material Choices Globally, the construction industry is arguably one of the most resource- intensive and environmentally damaging industries in the world. The construction sector consumes 40% of all extracted materials. Data extracted from models. @caseyrutland

12. Climate Change Adaptation Buildings last a long time. Using BIM we can simulate what the effects of a 2 degree temp rise will be upon the building and its occupants. We can simulate the implications of rising floodwater. Ensuring robust longevity. We can mitigate against these occurrences and the effects our buildings have on the environment. @caseyrutland

13. Sustainable in Operation @caseyrutland The result will be more and more 'intelligent' buildings, metering themselves and verifying their performance against benchmarks.

14. Sustainable in Operation @caseyrutland

15. What does it look like in practice? @caseyrutland

16. Using technology to optimise Trust digital processes! @caseyrutland

17. Green BIM at concept stage. @caseyrutland

18. Green BIM at concept stage. @caseyrutland

19. Green BIM at concept stage. @caseyrutland

20. Green BIM at concept stage. @caseyrutland

21. Green BIM at concept stage. @caseyrutland

22. Green BIM at concept stage. @caseyrutland

23. BIM for Refurb @caseyrutland

24. BIM for Refurb @caseyrutland

25. BIM for Refurb: Sydney Opera House @caseyrutland

26. BIM for Refurb: Sydney Opera House @caseyrutland Controlled whole-life costs and environmental data Environmental performance, maintenance and investment is predictable. Lifecycle costs can be analysed and understood.

27. BIM for Refurb @caseyrutland

28. BIM for Refurb @caseyrutland

29. BIM for Refurb @caseyrutland

30. BIM for Refurb @caseyrutland

31. BIM for Refurb @caseyrutland

32. BIM for Refurb @caseyrutland

33. Quote... Some degree of climate change appears inevitable. @caseyrutland

34. Quote... Whether it is manageable or catastrophic, will not be determined in Washington, Geneva or Beijing, or by domestic legislation and international treaties or by silver-bullet energy technologies. @caseyrutland

35. Quote... But mostly by how we – the architecture, planning and building community – respond and act. @caseyrutland

36. Quote... We can choose to plan, design and build truly sustainable, liveable and resilient built environments; @caseyrutland

37. Quote......or we can accelerate climate change and ecological degradation, leading to increased human suffering. @caseyrutland

38. Quote... How we plan, design, and build today will have lasting impacts for our children, communities and planet. @caseyrutland

39. Quote... It really is up to us. @caseyrutland

40. End. @caseyrutland