Rainwater Harvesting

Our Partners

Unitronics

Unitronics is dedicated to creating advanced technological solutions that serve the automation sector. Whether it is developing a specific product or software for the OEM market, or executing a large-scale automated project, our goal is the same–to provide our clients with safe, user-friendly, cost-effective automated control that is easy to implement.

The INTEWA GmbH develops innovative and fool-proof ideas for infiltration of rainwater as well as for rainwater and grey water harvesting. We use our expertise and innovation to direct controlled heavy rainfalls and save water. Our goal is a global perspective contribution to environmental protection. Since our establishment in year 1993 we have set new standards with powerful products and systems as a technology leader.

Morris Group International includes 25 divisions and partnerships. From stainless steel toilets, to engineered plumbing and drainage products, to vacuum plumbing systems, their products come out of their many facilities in North America ready to meet the needs of any construction or building project.

ZCL | Xerxes is a leading innovator in composite tank engineering, with nearly 40 years of direct industry experience. When ZCL Composites Inc. acquired Xerxes Corporation in 2007, it brought together North America’s two leading fiberglass tank brands: ZCL (founded in 1987) and Xerxes (founded in 1979).

The company was founded in 1936. As a result of intensive basic research and cooperation on interregional committees, the company today ranks among the top companies in the water treatment industry in Europe. Numerous Euro patents also testify to the company’s leading position.

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Engineered Solutions Canada

Engineered Solutions wants to help you with design solutions for rainwater harvesting ,boiler house, domestic hot water, steam control systems and control modules.

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Rainwater harvesting (RWH) is the ancient practice of collecting rainwater and storing it for later use. RWH systems are comprised of a roof catchment, conveyance network, rainwater storage tank, pump, and fixtures where rainwater is utilized. Most systems also incorporate treatment technologies to improve the quality of rainwater before and/or after storage, and include provisions for periods of insufficient rainfall (a water make-up supply) and times of excessive rainfall (overflow provisions). The most important consideration when designing and installing a RWH system are the pertinent provincial codes and regulations, standards, and municipal bylaws. Other considerations include how the design, installation and management of RWH systems can affect the quantity of water saved and the quality of rainwater harvested, as well as cold weather suitability of the system.