naturally:wood, a resource of British Columbia’s Forestry Innovation Investment, has released “A Natural Choice: How Wood Contributes to Sustainability’s Triple Bottom Line,” the third CEU course in a three-part series dedicated to examining and comparing the environmental footprint of wood, concrete and steel. Together, the three courses offer architects and specifiers an overview of each material’s performance attributes and explore how wood fits into the overall design of a sustainably built structure.
The three courses comprise:
Designing sustainable buildings requires an understanding of the environmental footprint of each material in the structure. Using research and facts, “Materials Matter” examines the differences between three common building materials—wood, steel and concrete—in terms of their environmental footprint at several stages of the life-cycle process, including raw resource extraction, manufacturing and transportation. Responsible procurement, sustainability and community issues also are discussed.
The second course delves even deeper by exploring how wood, concrete and steel have an environmental impact on building construction, operation and end of life. This article explains the differences between these three materials in terms of basic characteristics and material properties, performance during the building operations phase, and sustainability factors including carbon footprint and material reuse.
By examining how wood contributes to a project’s environmental bottom line, the final course in the series provides a broader view of the meaning of sustainability, while offering specific examples of rating systems and defining green design. BD+C
Related Stories
| May 10, 2012
Chapter 6 Energy Codes + Reconstructed Buildings: 2012 and Beyond
Our experts analyze the next generation of energy and green building codes and how they impact reconstruction.
| May 10, 2012
Chapter 5 LEED-EB and Green Globes CIEB: Rating Sustainable Reconstruction
Certification for existing buildings under these two rating programs has overtaken that for new construction.
| May 10, 2012
Chapter 4 Business Case for High-Performance Reconstructed Buildings
Five reconstruction projects in one city make a bottom-line case for reconstruction across the country.
| May 10, 2012
Chapter 3 How Building Technologies Contribute to Reconstruction Advances
Building Teams are employing a wide variety of components and systems in their reconstruction projects.
| May 10, 2012
Chapter 2 Exemplary High-Performance Reconstruction Projects
Several case studies show how to successfully renovate existing structures into high-performance buildings.
| May 9, 2012
Chapter 1 Reconstruction: ‘The 99% Solution’ for Energy Savings in Buildings
As a share of total construction activity reconstruction has been on the rise in the U.S. and Canada in the last few years, which creates a golden opportunity for extensive energy savings.
| May 9, 2012
International green building speaker to keynote Australia’s largest building systems trade show
Green building, sustainability consultant, green building book author Jerry Yudelson will be the keynote speaker at the Air-Conditioning, Refrigeration and Building Systems (ARBS) conference in Melbourne, Australia.
| May 9, 2012
Tishman delivers Revel six weeks early
Revel stands more than 730 feet tall, consists of over 6.3 milliont--sf of space, and is enclosed by 836,762-sf of glass.
| May 9, 2012
Stoddert Elementary School in DC wins first US DOE Green Ribbon School Award
Sustainable materials, operational efficiency, and student engagement create high-performance, healthy environment for life-long learning.
| May 9, 2012
Shepley Bulfinch given IIDA Design award for Woodruff Library?
The design challenges included creating an entry sequence to orient patrons and highlight services; establishing a sense of identity visible from the exterior; and providing a flexible extended-hours access for part of the learning commons.
