ASSE/ARCSA/IAPMO/ANSI Series 21000-2022, Professional Qualifications Standard for Rainwater Catchment Systems Personnel, has been designated as an American National Standard by the American National Standards Institute (ANSI).
Now available for purchase, the standard was first published in 2017 by ASSE International and the American Rainwater Catchment Systems Association (ARCSA) to address an increasing number of residential, commercial, and industrial rainwater and stormwater systems being installed. The standards within Series 21000 establish best practices and uniform minimum requirements for qualified designers, installers, and inspectors of viable alternative water systems utilizing captured rainwater or stormwater.
Program guidelines and a series of exams have been created for the certification of rainwater catchment system installers, designers and inspectors. The standard complements ARCSA/ASPE/ANSI 63, Rainwater Catchment Systems, and ARCSA/ASPE/ANSI 78, Stormwater Harvesting System Design for Direct End-Use Applications.
“Today, 42.4% of the U.S. and 50.7% of the lower 48 states are in drought. Properly designed, installed, and inspected rainwater catchment systems can help replace the use of potable water for irrigation and allow for watering landscaped and gardened areas during times of drought,” said Kurt Steenhoek, United Association (UA) international representative and ASSE Series 21000 Working Group chairperson. “These systems can help bring water to areas that have development restrictions, depleted ground or surface water sources, or infrastructure that is unable to deliver suitable water quantities or qualities.”
Related Stories
| Jul 5, 2012
New Joplin, Mo. hospital being built to withstand tornado that destroyed predecessor
After the May 22, 2011, EF-5 tornado destroyed St. John’s Regional Medical Center in Joplin, Mo., architects and engineers analyzed how the nine-story structure reacted to the storm.
| Jul 5, 2012
Continued tax breaks necessary for widespread adoption of net zero buildings
Tax breaks passed by the U.S. government to encourage construction of green buildings are set to expire in 2012 and 2013.
| Jun 28, 2012
Six buildings now recognized under Living Building Challenge
The Living Building Challenge (LBC), a green ratings system for design and construction that judges a building based on its actual performance, not just its projected performance at the design stage, has recognized six buildings to date.
| Jun 28, 2012
Label for building products will have ‘global warming number’
The director of the 2030 Challenge for Products says that the organization is aiming to place a label on building products that will list what’s in it, and how much embodied carbon each product represents.
| Jun 28, 2012
Top building material executive urges building resilience in sustainability standards
A meeting of 1,000 business executives at the recent Rio+20 environmental conference featured a passionate plea to include building resilience in efforts to boost sustainability.
| Jun 21, 2012
New ISO standard to improve environmental management of concrete
A new ISO standard will help the construction industry better manage the environmental impacts of concrete.
| Jun 21, 2012
On net-zero projects, Building Teams will be held accountable for energy-efficiency performance
The building team will be held accountable for how net-zero energy buildings perform two, five, and maybe ten years after completion.
| Jun 14, 2012
USGBC co-founder launches rating system for building product manufacturers
U.S. Green Building Council co-founder David Gottfried’s new venture, Regenerative Ventures, has established a rating system for building product manufacturers.
| Jun 14, 2012
Green standard set for single-ply roofing membrane
A sustainability standard has been established for single-ply roofing membranes used on commercial buildings.
| Jun 5, 2012
HP Labs aims for net-zero energy data centers
Building sustainable data centers is one of the goals of HP Labs, and it believes technology, combined with the right building techniques, could result in the construction of energy-efficient data centers.