by Sally Bouorm | December 1, 2012 12:09 pm
By Barry Meakings
Splash pads are a fun and affordable addition to a community park or garden, amusement facility, zoo, hotel, or campsite. In fact, with the recent release of new data from the U.S. Consumer Product Safety Commission (CPSC) stating children younger than five represent nearly 75 per cent of those most at risk from drowning[2], splash pads are quickly becoming the go-to water attraction for these facilities. With zero-depth standing water, they incorporate both water treatment and recirculation systems as well as provide assorted play features while limiting water waste and the risk of drowning.
A splash pad is a safe aquatic playground that features different areas of interactive water elements and play experiences. Activities range from simple nozzles that spray water into the air to rainbow or mushroom-shaped showers and raised buckets that fill with water and randomly empty onto bathers. They offer a great opportunity for children to meet others and are a great aid in developing their water confidence.
While the majority of splash pads are designed to appeal to young children, some are specifically designed to cool off adults (i.e. joggers or concert goers). For instance, the splash fountain at Toronto’s Dundas Square features 600 spray nozzles that shoot water straight up through stainless steel grills set directly in the middle of the main walkway. The nozzles rise and fall in unison, like the waves on a beach, so there are times when the water level is low enough for children to also play.
A recent trend has seen more sophisticated aquatic play features being designed and built that appeal to all ages. One example of this is the hydraulophone, a musical instrument, which uses water jets that can be manipulated by bathers to produce various sounds. This feature can be found at the Ontario Science Centre’s ‘Teluscape Exploration Plaza.’ Similar to a splash pad, this feature is circular with various water pipes, which are part of the organ, rising up from the ground.
Another example is the Toronto Zoo’s ‘Splash Island,’ which includes unique animal spray features to capture the spirit of the ‘Ocean & River’ theme on its immensely popular 1,022-m2 (11,000-sf) splash pad. Some of the spray features include a giant hippopotamus and whale, tortoises, porpoises, walruses, beavers, and otters. In addition to the spray features, a partially sunken ship provides low-level climbing and exploration activities.
While fun and exciting equipment is fundamental to a splash pad’s play value, selecting the appropriate base (i.e. surface) is of equal importance. In fact, there are several standards and guidelines in place relating to slip-resistance and standing water for splash pad surfaces.
For instance, a July 2012 announcement by the Canadian Safety Association[4] (CSA) Group, stated: “Drain unused water from in and around play spaces. The CSA standard Children’s Playspaces and Equipment (CAN/CSA-Z614-07) outlines the need for equipment to drain effectively so that water is not trapped or collected—forming a pool. Standing water creates a drowning hazard and can become a breeding ground for bacteria, creating an additional public health related concern.”
Another example is the April 2010 Ontario Public Health Standards[5] (OPHS) Operating Procedures for Non-Regulated Recreational Water Facilities Guidance Document: A Guide to Safe Operations of Spray Pads/Splash Pads—Construction. It states play surfaces should be non-slip and comprise material that would reduce the risk of falls; and the spray/splash pad surface drains to exclude the possibility of stagnant water. This document’s General Guidelines, Section 3.1: Structural Design[6] also states surfaces must be designed to drain properly to prevent water from pooling and reduce the risk of slipping and falling.
To meet these standards, many designers/builders are considering the use of poured-in-place rubberized safety surfacing. These surfaces are comfortable, and have slip-resistant and impact-absorbing features, which, when wet, behave similar to a rubber bath mat. Rubberized surfacing not only prevents bathers from slipping, but also reduces injuries should a tumble prove unavoidable.
A major benefit of choosing rubber safety surfacing over more traditional products is its quick installation process. It can be applied over new or existing cracked, worn, or heaved surfaces such as concrete, asphalt, interlocking brick, compacted crushed rock, and flagstone. This allows the average splash pad to be completed in just a few days, without the need for noisy jackhammers and expensive debris removal systems. Unsightly blemishes or eroded areas on an existing surface are simply chipped away or filled, effectively levelling low spots and depressions prior to the hand poured and trowelled application.
The general advantage of a one-day installation is a beautiful, seamless, carpet-like finish that can be walked on within 24 hours. Should it be necessary to take more than a day to install, the previous day’s work can be expertly cut back to an optically suitable area to facilitate a neat, almost invisible join.
Rubber safety surfacing comprises high-grade ethylene propylene diene monomer (EPDM) rubber granules that are mixed with a strong urethane binder, making it flexible throughout the life of the product. In fact, should any shifting or cracking occur to the subsurface, it will actually stretch and expand, thus minimizing damage. This is a great benefit in Canada’s freeze/thaw climate.
Unlike stone or cement, rubber safety surfacing also resists heat absorption, so it feels cool and comfortable to bather’s feet. Further, its specially developed resins make the product anti-fungal, anti-bacterial, and resistant to ultraviolet (UV) light. When installed correctly, rubberized surfacing is resistant to cracks and chips and it will not delaminate from the subsurface.
When the Toronto Zoo decided to incorporate a splash pad as part of its long-established attraction, they understood that it needed to provide a fun and [10]safe experience for all guests. Thus, two challenges were presented: minimizing slip-and-fall accidents on a surface that would be constantly wet, and adhering to the CSA’s fall-height criteria. Although splash pads are not specifically included within the scope of CAN/CSA-Z614-07, climbing apparatuses are, and the splash pad included several of these. With this in mind, Toronto Zoo officials considered it was essential to treat the surface as a regular playground by providing a resilient, impact-absorbing surface that was also attractive, durable, and slip-resistant. Therefore, rubberized safety surfacing was selected in this regard.
In addition to the many practical, safety-first benefits rubber surfacing provides, it is also available in a wide array of vibrant colours. Further, a major factor in making this the surface of choice for many clients is that designs and/or logos can be easily embedded into the surface, whereby enhancing the play value.
For example, the Toronto Zoo used different shades of blue, green, and white to create the illusion of waves crashing around a sunken ship. In other scenes, giant porpoise leap from the bright blue ocean; a huge whale’s head and tail emerge from the frothy green sea; a hippopotamus drinks from the shallow water, while frogs and tortoises play on the grassy banks of the nearby river as ducks swoop in to land on the water where beavers have built a dam. These are all great examples of how a multicoloured rubber safety surface can provide a soft, comfortable, and safe wet-deck, while also enhancing young imaginations at play.
Rubber safety surfacing is easy to keep clean and in pristine condition with a simple maintenance program. The same way one would care for indoor carpets, rubber safety surfacing benefits from regular sweeping and periodic washing with soap using a bristle broom, power washer, or specially developed cleaning product. With proper maintenance and a small investment of time, the surface will remain as beautiful as the day it was installed—year after year.
Should the surface need to be repaired due to subsurface plumbing or ductwork, for example, the area concerned is simply cut out and new rubber is poured and trowelled to blend into the existing material.
A typical splash pad application starts by thoroughly inspecting the existing surface, taking into account any preinstall remedial work necessary to ensure the finished surface is perfect. On the day of installation, the crew will set up their workstation in an area close to the splash pad, where the dry rubber granules will be mixed with the urethane binder.
Once the surface has been prepared and after the primer has been applied a workable quantity of the granulated rubber mixture is poured and hand trowelled to a uniform thickness, typically 10 mm (0.39 in.). As the surface is being applied, the installation crew should watch for undulating areas until the entire area has been covered. On completion, the crew will clean up and remove their workstation, checking the surrounding area for any debris, leaving the client with a safe, professionally finished splash pad surface.
There is an unquestionable need for fun, colourful surfaces on splash pads, but they also need to be permeable, comfortable, and non-slip. Therefore, facilities that use rubber safety surfacing will not only meet, but exceed these challenges.
Barry Meakings is CEO of Rubaroc International Inc., a Canadian and U.S.-based developer and installer of rubberized safety surfacing. He has more than 30 years of experience in commercial and residential poured-in-place rubber safety surfacing throughout North America. He can be reached via e-mail at barrym@rubaroc.com[12].
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