Talking Tanks monitors water levels in rainwater tanks, automatically releasing water at a controlled rate if required. The system preempts the release of water from set points chosen by the user according to rain or storm predictions, which are received via a communications link to the Bureau of Meteorology. An advanced algorithm analyzes how successful the capture of rainwater was and adjusts accordingly for future events.
In the world of aquatic sporting and adventure, there are few places on Earth as well recognized as San Francisco’s waterfront along the Embarcadero. Located in the heart of the city’s bustling Fisherman’s Wharf area, Pier 27, once visited daily by hordes of residents and tourists alike, had gradually deteriorated under withering traffic over the past decade.
Sailing race venue integrates rainwater treatment and reuse
The systems monitor water levels in rainwater tanks and release it at a controlled rate
Through an industry-led project, Australia has opened the floodgates to intelligent rainwater tank systems. Talking Tanks monitor water levels in a rainwater tank and automatically release water at a controlled rate if required. The system pre-empts the release of water from set points that are chosen by the user, according to rain or storm predictions, which are received via a communications link to the Bureau of Meteorology.
The company’s AirMax 3000 is on display in several Canadian science pavilions
Bravo Enterprises Ltd.’s Canadian distributor, Splash Water Solutions Canada Ltd., has made progress in generating awareness of the company's technologies and products in Canada.
In addition to providing the first showroom platform to showcase the company's atmospheric water harvesting machines, the Canadian distributor has arranged for the AirMax 3000 to be on display in several science pavilions in Canada. These pavilions include Science World in Vancouver and World of Science in Edmonton.
WK Dickson receives an award for its work on a rainwater harvesting project in Kernersville, N.C.
Kernersville, N.C., is a small town in the Appalachian foothills. In the heart of downtown is a town hall complex — a magnet for residents with its library, farmer’s market and site of a variety of weekend festivals. Despite its charming setting, even Kernersville has been caught up with prevailing regulatory requirements for storm water pollution cleanup.
Charles Montgomery appointed as Knoxville, Tenn., territory manager
Denis Rochat, president of Knoxville, Tenn.-based Rainwater Resources, appointed Charles Montgomery of Knoxville as territory manager for Rainwater Resources and its affiliated water treatment service, PerfectWater. Rainwater Resources is a water management service company, specializing in design, consultation and design/build of rainwater harvesting systems for detention, innovative use and groundwater recharge.
In my previous article, “Ultrafiltration: A Business Growth Opportunity” (September 2013), I referenced a 2010 BBC research report stating that “the U.S. market for ultrafiltration (UF) technologies was worth $940 million in 2010. It is estimated to be valued at $1.24 billion by 2015.”1 Simply put, the business opportunities for UF are growing rapidly, which could prove extremely profitable for the savvy professional water dealer.
Exploring non-traditional uses for UF technology
When most people think of rainwater harvesting, they picture a 55-gal tank that collects rainwater from the roof to water plants — but this term also extends to natural collection systems like dams. Rainwater harvesting is nothing new; it has been around for centuries, dating back to ancient Egyptians who used earthen dams to control runoff. Another example is the rice terraces of the Philippines, which are still in existence today. More sophisticated rainwater systems have been uncovered by archaeologists in Crete, Istanbul and throughout the Mediterranean region.
Regulation & contamination factors for potable rainwater reuse applications
Over the past five years, the topic of rainwater harvesting has become prevalent everywhere we look. Many articles on this subject begin with an introduction about rainwater harvesting not being a new concept because systems have been around since before the ancient Greeks. They then cover the basics, from where water can be captured to its various applications. Storage tanks, pumps and filters are typically mentioned, but sometimes without specific details. This is for good reason: Rainwater harvesting systems, especially commercial-sized ones, can be complex.
Considerations for commercial rainwater harvesting applications