More jurisdictions are utilizing the new International Green Construction Code as a tool to address sustainable construction for new and existing buildings. Fort Collins, Colo., and Kayenta Township, Ariz., are the most recent in a series of local and state governments that have adopted the IGCC, according to the International Code Council. These two actions follow earlier adoptions by Richland, Wash. and the state of Rhode Island. Fort Collins is the first jurisdiction in Colorado to adopt the IGCC and Kayenta is the first Native American tribal adoption and the first jurisdiction in Arizona to adopt the IGCC. The Code Council expects several more state and local adoptions of the IGCC within the next few months.
In March, the Fort Collins City Council voted to approve significant extractions from the IGCC and the National Green Building Standard, ICC 700, as part of green building code amendments to the city's building codes, which already includes nine I-Codes. The effective date for the provisions is January 2012.
Kayenta adopted the IGCC Public Version 2.0 on a voluntary basis and the code may be incorporated into the community’s Comprehensive Zoning Ordinance. Kayenta adopted the code with specific requirements related to greenfields, conservation areas, and agricultural land.
“The emergence of green building codes and standards is an important next step to provide communities with the opportunity to build sustainable and safe buildings,” Richard P. Weiland, International Code Council Chief Executive Officer said. “We are pleased to recognize Kayenta Township and the Navajo Nation as the first Native American community in the United States to adopt the International Green Construction Code and Fort Collins for being the first jurisdiction in Colorado to adopt the code."
The IGCC applies to new and existing, traditional and high-performance commercial buildings. It includes ANSI/ASHRAE/USGBC/IES Standard 189.1 as a compliance option. Coordinated with the ICC family of codes, the IGCC is designed to go beyond traditional code requirements for communities that are pursuing safe and sustainable construction.
The IGCC Public Version 2.0 offers a Zero Energy Performance Index (zEPI), requiring buildings to use no more than 51 percent of the energy allowable in the 2000 International Energy Conservation Code.
Examples of provisions in Public Version 2.0 include:
- A 20 percent water savings beyond U.S. federal standards for water closets in residential settings
- New requirements for identification and removal of materials containing asbestos
- Land use regulations including new provisions addressing flood risk, development limitations related to “greenfields,” use of turf grass and minimum landfill diversion requirements
- Clarification of responsibilities from the registered design professional to the owner to prevent potential conflicts with state and local requirements
- Greater consistency with industry standards for air handling systems
The IGCC’s cooperating sponsors are the American Institute of Architects (AIA), ASTM International, the American Society of Heating, Refrigeration and Air Conditioning Engineers (ASHRAE), the U.S. Green Building Council, and the Illuminating Engineering Society (IES).
IGCC will be published in 2012 after code development hearings in May and final hearings in November.
About the International Code Council
The International Code Council, a membership association dedicated to building safety, fire prevention and energy efficiency, develops the codes used to construct residential and commercial buildings, including homes and schools. Most U.S. cities, counties and states choose the International Codes, building safety codes developed by the International Code Council. The International Codes also serve as the basis for construction of federal properties around the world, and as a reference for many nations outside the United States.
Related Stories
| Sep 26, 2013
Sheep's wool insulation, bio-brick among Cradle to Cradle product innovation finalists
Ten finalists are competing for $250,000 in prizes from the Cradle to Cradle Products Innovation Institute and Make It Right.
| Sep 19, 2013
What we can learn from the world’s greenest buildings
Renowned green building author, Jerry Yudelson, offers five valuable lessons for designers, contractors, and building owners, based on a study of 55 high-performance projects from around the world.
| Aug 2, 2013
Design of world’s tallest wood skyscraper would be more sustainable than steel alternative
Architecture firm C. F. Møller has proposed building the tallest wooden building in the world in Stockholm, Sweden.
| Jul 26, 2013
LEED V4 includes controversial cradle-to-cradle materials provision
Cradle to Cradle certification, a strict assessment of the environmental qualities of materials used in green buildings, is a controversial provision in LEED V4.
| Jul 1, 2013
Firestone Building Products Company LLC Announces Sustainability Report
Firestone Building Products Company, LLC, the leading manufacturer of superior “Roots to Rooftops” products for commercial building performance solutions, today announced the release of its 2012 Sustainability Report. The report, the first for Firestone Building Products Company, covers the fiscal 2012 year and is available for download at firestonebpco.com.
| Jun 5, 2013
USGBC: Free LEED certification for projects in new markets
In an effort to accelerate sustainable development around the world, the U.S. Green Building Council is offering free LEED certification to the first projects to certify in the 112 countries where LEED has yet to take root.
| May 17, 2013
LEED v4 has provision to reduce water use in cooling towers
The next version of the U.S. Green Building Council's LEED rating system will expand water-savings targets to appliances, cooling towers, commercial kitchen equipment, and other areas.
| May 14, 2013
Paints and coatings: The latest trends in sustainability
When it comes to durability, a 50-year building design ideally should include 50-year coatings. Many building products consume substantial amounts of energy, water, and petrochemicals during manufacture, but they can make up for it in the operations phase. The same should be expected from architectural coatings.
| May 3, 2013
5 common failures in paints and coatings
As experienced designers, contractors, and owners know, most paint and coating problems are correctable, but some are especially stubborn to address. Here is a partial compendium of typical failure modes and methods for addressing the problem.