How to Calculate Total Dynamic Head

Finding the right pump for a water feature can be a challenge, and the stakes are high. The right pump, delivering the right flow at the right head height, while at its Best Efficiency Range, will last and last. Specifying the wrong pump or plumbing can damage the pump, increase operating costs, shorten pump life and lead to pump failure, perhaps even a fish kill if the water feature happens to be a fish pond.

In order to properly size the pump for any water feature, you’ll need to know both components of the work it has to do, the flow and the pressure. The flow is the volume of water it can push in a given time, measured in gallons per hour (GPH). The pressure is the force required to push that flow through plumbing and up to the top of the water feature. We measure pressure in ‘feet of Head”, because it’s easy to visualize. A waterfall four feet high requires the flow be delivered at 4 feet of “Vertical Head”, plus the extra work required to push that flow through the plumbing, the “Friction Head”. The total pressure required is the “Total Dynamic Head” (TDH) of your water feature. Once you know the GPH and the TDH, you can plug them into the Comprehensive Pump Chart (Chart C) to find the right pump.

Follow the steps below to calculate TDH and find the perfect pump for your water feature.

Find the GPH needed to achieve the look you want

determine friction loss

FIND TUBING SIZE & FRICTION

Find the dark blue cell in the row that corresponds with the Recommended Flow (GPH) in the chart below. The column indicates the recommended tubing size and the number in the cell is the Friction Loss in every foot of tubing. Keep Friction Loss low for greatest flow.

To find the Friction Loss of existing systems, estimate the flow through the actual tubing size used.

Chart A


ADD FRICTION IN FITTINGS

Add the equivalent lengths of all the fittings in the system from the chart below.

CALCULATE FRICTION HEAD

Multiply the Equivalent Tubing Length in feet by the Friction Loss in the dark blue cell from CHART A to find the Friction Head of the system.

FIND THE TOTAL DYNAMIC HEAD

Add the Friction Head in Feet to the Vertical Head of the system. Vertical Head is the height in feet from the surface of the water the pump will be TDH sitting in, to the highest point the water is pumped to.

CHOOSE YOUR TIDALWAVE PUMP

Find the TDH at the top of CHART C, then find the pumps below that provide at least the Recommended Flow. Grey colored cells indicate that the TDH is outside the pump’s operating range and the pump will likely not last in this application. The light blue cells indicate the pump is operating within its operating range. Dark blue means the TDH is in the pump’s Best Efficiency Range, where the pump will run best and longest. If the chart gives you a choice of more than one pump, check for the type that best fits your application from the list below, then check for the lowest wattage, to save on operating costs.

  • For Low Head, Low Volume applications, use Magnetic Drive Pumps (MD Series)
  • For Low Head, Very High Volume applications, use Axial Pumps (L-Series) with 3″ or larger tubing
  • For Medium Head, Medium Volume, use Asynchronous Pumps (TT-Series)
  • For High Head, High Volume Applications, use Direct Drive Pumps (A-Series)
  • For Solids and Dirty Water applications, use Direct Drive Solids Handling Pumps (PAF and SH-Series)

Chart C

To learn more on how to Calculate Total Dynamic Head, watch the How-To video on our YouTube channel, AWGtv.

OASE Living Water Acquires Atlantic Water Gardens

 

Hörstel (October 8, 2018) – OASE Living Water (“OASE”) continues its strategy for growth and today announced the acquisition of US-based Atlantic Water Gardens (“Atlantic”), a leading supplier of innovative outdoor water feature products and systems to the North American market. Headquartered in Hörstel, Germany, OASE is the global market leader in water gar-dening products, offering a suite of products that enable the creation of tranquil, inviting out-door oases, from simple to elaborate. The terms of the transaction were not disclosed. 

Atlantic Water Gardens has a 30-year history of supplying professional grade water feature products to landscape contractors through distribution channels in the US, Canada and Mex-ico. As part of the OASE Group, Atlantic will gain access to the worldwide landscape construc-tion market. Atlantic is the perfect fit to OASE’s product portfolio and will enhance the range of products OASE sells worldwide. By the same token, OASE’s PRO Line, which is geared to-ward the expert user, will now be available to the professional market in North America. 

“We have been collaborating with European landscapers for years and see an opportunity to build on this experience with professional contractors in the North American market,” said Thorsten Muck, CEO of OASE. “We are excited about this expansion as it gives us the oppor-tunity to work with the highly respected and talented team at Atlantic. Their product range and expertise will enhance our ability to serve an even broader range of customers world-wide.” 

“Joining forces with OASE will provide excellent channels to deliver our state-of-the-art water features to landscapers beyond North America. What’s more, OASE’s wide range of premium water gardening equipment is highly complementary to Atlantic’s systems and projects,” said Jeff Weemhoff, President of Atlantic Water Gardens. “We look forward to providing OASE’s cutting edge, German-engineered technology to our clientele. Together, we will create the most innovative and comprehensive water gardening business in North America.” Weemhoff added, “Whether the beginning hobbyist or the professional landscaper – by reaching out to a more diverse base of water garden enthusiasts, our goal is to transform and inspire the North American water gardening industry.” 

Company information: 

About OASE Living Water: 

Headquartered in Hörstel, Germany, OASE has more than 700 employees worldwide and pro-duction facilities in Germany, the United Kingdom, Italy and China, doing business in two seg-ments: 

  • The Consumer Business Unit (Water Gardens, Indoor Aquatics, Drainage & Irrigation) is focused on pumps, filters and equipment for private ponds, swim ponds, water courses and water features with proven success for decades. As the world market leader in this segment, OASE is a benchmark for innovation and quality. Through vari-ous acquisitions, OASE has expanded its activities, most notably into the field of indoor aquatics. The Company also recently launched its drainage & irrigation line. 
  • The Commercial Business Unit (Fountain Technology and Lake Management) has de-signed and executed countless large-scale projects worldwide. Recent projects include the floating fountain at DaMing Lake (China) and the Unirii Square in Bucharest (Roma-nia). 

About Atlantic Water Gardens: 

Headquartered in Mantua, Ohio, Atlantic Water Gardens is a leading supplier of branded con-sumer water gardening products in North America. Atlantic manufactures and markets a full array of water gardening products in a variety of channels of trade with a heavy focus on the landscaping and contractors business in the US, Canada and Mexico. The Company has a strong engineering capability enabling it to bring innovative, new products to market ahead of industry trends. 

For more information about Oase or the transaction, contact: 

Thorsten Muck
CEO OASE Group
+49 5454 80 240
t.muck@oase-livingwater.com 

Tools That Don’t Suck – Wiss W10TM Scissors

As water feature installers, my sons and I are used to hard, dirty, sometimes dangerous work. We enjoy what we do, whether it’s digging ponds, plumbing pumps, rolling boulders or tweaking waterfalls, but we also value anything that helps make the work easier or more fun. We’re always looking for tools, apps or gadgets that save time & effort, eliminate stress, add to our comfort on the job or are just fun to use. Often a buddy will turn us on to one. I’d like to return the favor by passing our favorite Tools That Don’t Suck along to you.

Making the Cut

Construction Scissors – No, not the kind I use for construction paper when playing with my grandkids. These are exactly the opposite. I use razor sharp, heavy duty Wiss W10TM scissors nowadays when we’re building water features. It took some convincing to make me understand how useful they could be. Once again, I learned from my boys.

We were at a job a couple of years ago when I noticed one of my sons, Edwin or Ely, trimming liner at a job using these scissors. (I don’t remember which. They both had long hair back then, it was hard to tell the difference. 😊) They told me that Koi Market’s Shawn Rosen had turned them on to them. As I’ve mentioned before, Shawn has a good eye for tools, and koi, of course. I was initially skeptical. I’m a blade guy at heart. Plus, I couldn’t help but remember how hard it was to cut liner with the old pair of tin shears I keep in my bucket for emergencies.

Wiss W10TM Scissors

These were a totally different story. With a little practice and the right amount of tension on the sheet you can just glide the partly open scissors through liner and underlayment as fast as you can move your arm. They’re way faster than a cordless cutter or even a razor knife on clean liner. And they don’t just work on liner. We’ve used these to open just about everything from cans to boxes, punch holes in ¼” thick pump vaults, cut aluminum flashing and light gauge steel, strip wire insulation, even eat with. You do what you have to when they forget to give you a fork.

One last thing – if I do happen to need scissors when I’m playing with my grandkids, my old pair still works great on construction paper….

 

How Often Should You Clean Your FilterFalls?

Atlantic FilterFalls are  one of the best designed upflow biological filtration units on the market. The low maintenance FilterFalls works in two ways to remove wastes. It removes visible suspended solids mechanically by trapping them in the filter pads, clearing the water. One type of bacteria that grows right on the filter pads consumes that trapped organic ooze.
Why use FilterFalls
The primary function of the filter is to remove the toxic ammonia and nitrites excreted by fish, converting them to harmless nitrates. This function is performed by a nitrifying bacteria which  lives in the filter pads. Without them the fish and animals in the pond would actually poison themselves very quickly in their own wastes. These bateria require a constant flow of oxygenated water and cannot survive drying or washing in chlorinated water. They take a long time to grow and a longer time to grow back. They are essential to the health of the pond. The longer the filter is left undisturbed, the better it will do its job. The filter should not be cleaned more than a few times a year; once or twice a year is typical. Look for greatly reduced flow as an indicator of when to clean it, or wait till the end of the season before closing it up for the winter.
Cleaning your FilterFalls
To keep the bacteria alive, take the top pad out and keep it in a bucket of pond water so the bacteria doesn’t die. It doesn’t need to be perfectly clean. Only wash the bottom filter pad in chlorinated water. Put the top pad down on the bottom and the cleaned pad on top and fill the filter with pond water. The check valve at the pump will keep the water from draining out of the filter. Reassemble the filter and start the pump. The water from below will help the undisturbed pad reseed the cleaned pad above it, ready for next year.
So relax, enjoy your pond and rest assured that your filter is doing its job without much intervention needed.

Steps for Spring Cleaning your Pond

Well, it’s finally here, a month late in my neck of the woods, but worth waiting for. Time to get your pond up and running after a long, cold winter!

Step 1

The first step is to remove any pond netting installed in the fall. It may be heavy with leaves and debris that have accumulated over the winter. This is good news, because anything trapped in the net would have settled to the bottom of the pond. Clean and dry the net. Use zip ties to repair small tears before storing, you’ll need it next fall.

Step 2

The next step is to clean the filter media without killing all the beneficial bacteria living there. Those are the bacteria that convert toxic ammonia that your fish excrete continuously to harmless nitrates. They cannot survive drying, and your fish can’t live without them. Get a couple of suitably sized buckets and fill them with pond water. Rinse any bagged media in the pondwater and leave the media in the bucket, to prevent the biofilm from drying out. Then take the top filter pad out, rinse it in the other bucket of pond water, and leave it there. Don’t worry about getting it really clean; the bacteria is what counts and you’ve saved enough to reseed the filter.

Step 3

Now you can pull out the remaining filter mat(s) and clean out the FilterFalls with a hose or wet/dry vac. The closer to the bottom the mat is, the more gunky it will be, and will probably need more aggressive cleaning. Use the hose and rinse the other mat or mats really well. The chlorinated water will kill whatever bacteria remain but that’s ok. When you’re ready to reassemble the filter, the clean mats will go back on top of the mat you kept in pond water. When the pump turns on, the flow of water up through the biologically active mat will help recolonize the top pads.

Step 4

Now for the skimmer. Begin by removing the debris net, mat or brushes and clean them well. In the skimmer the bacteria don’t matter as much as ensuring that water reaches the pump. If your pump and check valve overwintered in the skimmer, remove and clean them now. If removed in the fall, clean and inspect your pump and check valve. Lock the weir door into the closed position and remove any debris in the bottom of the skimmer with a wet/dry vac. Reinstall the pump, check valve, net, mat and/or brushes. If you have an auto-fill installed inside the skimmer, test to make sure it is working properly and adjust the level if necessary.

Unlock the weir door and replace the skimmer lid.

Step 5

Remove as much debris as possible from the stream and pond before starting your pump. Remove algae and leaves from the streambed by hand. Use a net to fish out any algae growth and debris from the bottom of the pond.

Once you have cleaned out both the pond and streambed, take the wet mat from the bucket of pondwater and place it on the grate at the bottom of the FilterFalls, then place the clean mat(s) on top of it. If there is bagged media, set that in the filter, then cover with rocks and stones to camouflage the filter. Before the mat/media can dry out, turn on the pump.

As the water clears over the next week, remaining debris will become more visible in the bottom of the pond. Remove the visible debris and rinse out the skimmer mat and net.

ANNOTATION:

When everything is up and running, inspect the pond for any visible leaks. Keep an eye on the water level over the next week, so any problems that may develop can be dealt with early in the season.

After the pond has been opened and water temperatures have reached 50 degrees on a consistent basis, you can begin to use treatments.

Beneficial bacteria will help kick-start your eco-system and get your water clearer, faster. More frequent usage of Biomax+ for a couple of weeks after opening your pond, will help seed bacteria into the biological filters.

  1. ReVive will dechlorinate the water if you have changed or added water in the spring.
  2. If the pond is really cloudy, you can use QuickClear to drop suspended solids to the bottom of the pond and clear the water.
  3. EcoKlean is a great oxidizing product to help remove debris from the stream bed and the bottom of the pond in the spring.

How To Properly Conceal a Biofilter

So, there’s been a lot of good, sensible talk out there about how hard it is to hide a giant plastic biofilter at the top of the stream you’re building. In all fairness, when it’s just sitting there, exposed, before rocking around it, hiding a sizeable biofilter can seem near impossible. But there are simple, solid techniques to hide those big black boxes, and some compelling arguments in favor of using biofilters to start streams.

 

Advantages

The advantages of having an upflow biofilter are well-known and pretty convincing. In general, they hold an impressive amount of filtration that not only removes suspended solids but provides surface area for beneficial bacteria that consume ammonia and nitrites. Their position at the top of an elevated stream usually means they can be plumbed with a drain valve, so they can be rinsed or backwashed easily. More complete cleaning may need to be done only once or twice a year, because of the way upflow biofilters work. The pump forces water up through the filter media under pressure, so the media tends not to clog easily; although the water may channel around the media, it won’t stop flowing. Finally, the ability to securely attach both the plumbing and the liner to the filter to start the initial waterfall has eliminated the most common leakage point in stream construction.

ATLANTIC’S BF1600 COMPLETELY HIDDEN BY ROCKS

technique

SETTING THE FILTERFALLS INTO, RATHER THAN ON TOP OF THE ELEVATED AREA

Hiding a well-designed biofilter is primarily a matter of setting it into, rather than on top of, the elevated area. This is typically formed by mounding the excavated soil from the pond or reservoir. After the filter is properly set, then it’s a matter of simple rock placement. In nature, a stream cuts its way down in the surrounding land; waterfalls form as the flowing water scours out a pocket in softer soil or rock behind a hard surface. In theory, we want to bury the biofalls behind that ‘hard surface’, the rock or stone the water will flow over. What often happens instead? The biofalls is placed on the ground and soil is heaped around it up to the top of the box, then rocked, to form the utterly unnatural ‘water volcano’ we all love to hate.

BF2600 FILTERFALLS HIDDEN UNDER ROCKS

It’s a simple mistake, and just as simple to avoid. I prefer to mound and tamp the soil first, then carve out a space for the filter, then plumb to the front of the filter, but the box can be set and plumbed first – to each his own style. The point is, the soil has to end up higher than the top of the box, so the water flows out from about two-thirds up on the slope. If that requires digging the filter down, so be it. Then, I excavate the tamped soil away from the front of the filter, cutting a vertical wall the width of the filter to either side. I dig down until I reach the level of the bottom of the splash pool at the base of the falls. Then I attach the liner, leaving a couple of loose folds below the lip, to allow for settling and adjustment. Now I can start the stream by setting rock to create the first fall.

The idea is that building the waterfall is the objective, not hiding the filter. That will come by itself if I accomplish three tasks. First, I need two ‘shoulder’ rocks on either side that are taller than the filter, set to cover the ends of the spillway or opening of the filter. Next, I set a spill rock, or rocks, between the shoulder rocks up to the height of the spillway.

Now I need to fill between the rock and the filter to stabilize the falls. I usually have the space behind the shoulder rocks to push soil in behind the liner. If not, I’ll just fill any void on top of the liner with rounded stone. Either way, I’ll foam between the liner and the rocks, sealing the space so all the water goes over rather than around the spill rocks. As a finishing touch, I set small, flat rock on the ledges and grate inside the filter to finish hiding it.

Sounds simple, and it is. Working ‘backwards’ on the falls instead of focusing on hiding the filter actually hides it better. Couple of quick recommendations:

  1. Get the largest filter you can fit. The larger the filter is, the easier to hide, because the stones set on the grate or ledge can be larger without compromising the flow or forcing water up over the sides. Of course, having more media and settling volume can only help as the pond matures and organic loads increase.
  2. Tilt the filter forwards a couple of degrees, on a well-tamped base. Nothing worse than having a filter settle and water leak out over one side or the back.
  3. I always plumb the filter with a cleaning drain, and use Matala semi-rigid mats, to allow for fast periodic backwashing. This reduces the frequency of tearing the filter apart for major cleanings to once every couple of years.

If you have any questions or tricks to concealing a biofilter please comment below.

 

 

Tools That Don’t Suck – The Ryobi ES1500

As water feature installers, my sons and I are used to hard, dirty, sometimes dangerous work. We enjoy what we do, whether it’s digging ponds, plumbing pumps, rolling boulders or tweaking waterfalls, but we also value anything that helps make the work easier or more fun. We’re always looking for tools, apps or gadgets that save time & effort, eliminate stress, add to our comfort on the job or are just fun to use. Often a buddy will turn us on to one. I’d like to return the favor by passing our favorite Tools That Don’t Suck along to you.

Handy Phone Tool

So, as you might expect, I often get asked to recommend a particular pump for a contractor’s project. The steps are simple and easy (not the same thing.) There are four simple steps to finding the right pump:

  • determine the required flow
  • choose the right size pipe
  • add friction head to vertical head height
  • go to the charts to find a pump that delivers the right flow at the right head

The steps are easy. Multiply the flow per foot by the width of the waterfall, in feet. Pick the right size pipe by finding the flow on a chart. Add up plumbing length. Multiply the length by a decimal. Add that result to the actual vertical height of the waterfall to find the Total Dynamic Head (TDH) – and there’s the problem.

It turns out that most people overestimate the actual height of the water feature they’re planning on building. By a considerable amount. It’s particularly hard for anyone to estimate true vertical height on a slope, where many of our potential projects are situated.

Why does that matter? Well, you need to know the true vertical height of the water feature to find the actual load the pump will be under. Knowing the true workload not only lets you pick a pump that will thrive under those conditions, you can also cut costs by using very efficient low head pumps…IF you correctly estimate the vertical head height.

The Ryobi ES1500

Photo credit: www.ryobitools.com

I have come to appreciate the Ryobi ES1500, a little gadget that takes the guesswork out of measuring height. It fits on any phone with a headphone jack. (Sorry, you need to have the jack.) I found mine at a tool store under a banner advertising Ryobi Phoneworks. For $15, I figured I didn’t have much to lose. I paid willingly, if a little dubiously, and downloaded the free app.

The “Laser Pointer/Transfer Level” plugs into the standard headphone jack on my Android phone and shoots a bright red laser beam on command. The app has a couple of level functions, including a bubble level. The easiest to use is a red dotted line with the numeric value of degrees the unit is tilted displayed right next to the line. Once the phone is level, at 0 degrees, the beam coming out is pretty level too. The accuracy of the unit isn’t stellar, but it’s close enough. It’s just bright enough to be seen in the shade during the day. I do most of my estimates after work, and it’s really visible as the light falls.

I’ve gotten pretty adept at holding the phone level, at head height, while standing where the pond will go. I note of where the roughly five-foot-high laser beam hits on a tree or a slope near the waterfall-to-be. For larger distances, I’ll repeat the process, moving to where the beam struck the ground, until I’ve worked my way upslope, five vertical feet at a time.

I will admit it’s a bit crude, but it works well enough to get a pretty accurate vertical height for the Total Dynamic Head calculations.

The Ryobi ES1600

So, as I’m finishing up writing this, I look up the Ryobi ES1500 to find there’s a new version, the ES1600, that sounds like it has my shaky eye level zapping method beat all hollow. The newer version clamps onto the phone and lets you snap a shot of the site with the camera and get a picture with the level marked directly on it. Sounds a whole lot easier to have the pic right there to refer to. I still see the ES1500 out there for $15-20 and I’d still call it a Tool That Doesn’t Suck.  The newer version is double that, but might be worth the $40 if if gives you a permanent record right on a photograph. I’m gonna pick one up and let you know next month. In the meantime, I’ll continue using my TTDS, the Ryobi Phoneworks ES1500. Might work for you too.

Tools That Don’t Suck – Tirolessa Sprayer

As water feature installers, my sons and I are used to hard, dirty, sometimes dangerous work. We enjoy what we do, whether it’s digging ponds, plumbing pumps, rolling boulders or tweaking waterfalls, but we also value anything that helps make the work easier or more fun. We’re always looking for tools, apps or gadgets that save time & effort, eliminate stress, add to our comfort on the job or are just fun to use. Often a buddy will turn us on to one. I’d like to return the favor by passing our favorite Tools That Don’t Suck along to you.

Tirolessa Sprayer

Every now and then a tool comes along that does a job simply and inexpensively, that otherwise would have required a major investment in time, energy and equipment. Typically, these tools are born of necessity, because someone, somewhere doesn’t have access to the technology – or the money – to get the job done any other way. Today’s entry in the TTDS category is that kind of tool.

I ran across the Tirolessa sprayer online a dozen years ago when I was investigating building a dome home. I had this idea about an ecotourism bed-and-breakfast in the mountains of Michoacan, Mexico, where the Monarch butterflies go on their amazing winter migration. I figured I could create really cool, inexpensive and energy-efficient housing modules by covering an inflatable mold with multiple thin layers of fiber-reinforced concrete, building up the layers successively until the structure was strong enough to resist not only weather, but earthquakes too. The trick is to get a thin, strong first layer of concrete without deforming or collapsing the plastic balloon form. After the layers are self-supporting, the form is deflated and the rest of the concrete dome built up by troweling. The Tirolessa sprayer was recommended as the ideal tool to apply those first thin layers.

 

Well, just about the same time as I was pipe dreaming, I was asked to build caves and huge artificial boulders around a 200-foot-wide pond cover an interior wall with waterfalls. I had just finished plumbing and tweaking a Hawaiian-themed “black lava” waterfall in a restaurant. A Gunite crew had been called in to form the structure out of rebar covered with wire lathe and shot the whole wall with very wet black cement. I bought the Tirolessa thinking it might replace the Gunite crew – and it did. I wasn’t very good at texturing the final product, but there was no doubt about it. This little gadget could really blow some mud.

Yes, blow. The Tirolessa is basically a stainless steel bucket with air holes at the bottom. The handle is a hollow steel tube to which an airhose is attached, with a trigger. Pull the trigger and air blows inside the bucket across the bottom and out the front-facing air holes, carrying a spray of very loose concrete slurry with it. We make a mix of two parts fine sand to one part Portland cement, with enough water to give it a consistency between pea soup and oatmeal. Scoop a bucket of slurry from the wheelbarrow, hold the bucket two feet from the vertical surface to be covered, pull the trigger and spray the slurry. And repeat.

We’ve found the Tirolessa invaluable for getting that first critical layer on difficult vertical surfaces, and that has opened a whole new range of possibilities for us. Now we can easily protect the inside of any EPDM pond without building inner walls. The Tirolessa still can’t make concrete stick to rubber, but it CAN make cement stick to vertical geotextile, no problem at all. We cover our vertical liner walls with a layer of geotextile, well-anchored at the top so it will support the weight of the cement we spray on it until the first layer dries. If needed, we spray another layer on that until the curtain of concrete-covered fabric is stiff enough, then we switch to troweling on additional layers, this time with chopped polypropylene fibers mixed in.

By the time we have 4 to 5 thin layers, around an inch and a half thick, the skin will withstand a blow from a sledge hammer. We often add powdered black dye to the last coat so the finished pond appears bottomless; it also enhances the colors of koi. And it all starts with one of my favorite Tools That Don’t Suck, the Tirolessa sprayer.

Tools That Don’t Suck – The Perfect Hat

As water feature installers, my sons and I are used to hard, dirty, sometimes dangerous work. We enjoy what we do, whether it’s digging ponds, plumbing pumps, rolling boulders or tweaking waterfalls, but we also value anything that helps make the work easier or more fun. We’re always looking for tools, apps or gadgets that save time & effort, eliminate stress, add to our comfort on the job or are just fun to use. Often a buddy will turn us on to one. I’d like to return the favor by passing our favorite Tools That Don’t Suck along to you.

You Can Leave Your Hat On…

I certainly hope that phrase evokes a pleasant visual for all of you out there. It certainly does for me. The first time I saw it I thought, nice – wow that looks good…. The second time I thought it looked even better. The third time I really wanted to get up close and personal. I just had to.

So I asked my buddies about the Hat. You’ve probably seen somebody wearing it. You may know the one – looks like a solid suede brim, with a vented crown, jaunty little leather braid and a chinstrap. Sharp looking hat. But the Kakdu Soaka hat isn’t suede at all, it’s made of an absorbent microfiber. Just dunk it, shake it off and wear it. Water trapped in the microfiber slowly evaporates as air circulates through the vented crown, lowering the temperature of both the hat and the head under it. Sort of a wearable swamp cooler.

Kakadu Soaka Breeze

Lloyd Lightsey of The Pond Monster

Down in sunny Lake Wales my buddy Lloyd swears by his fully vented Soaka Breeze. He says it keeps him going when the temps soar into the 90’s. Another buddy, Sean, up Boston way, thinks so highly of the hat he mail-ordered a bunch of them when they were hard to get a couple of years ago. Nobody had them in stock for quite a while, so he’d order them from another company just to find out they were backordered there too, and so on. Waited almost a year, then everybody shipped at once. Now he’s got’em in every color. Wears’em constantly.

The Kakadu Soaka Breeze is just one of twenty plus styles of Soaka hats, some with more venting, some with solid microfiber crowns, but all share the same cool feature. The one I got the best picture of was Sean’s, a relatively fresh one that hadn’t yet really broken in. (Lloyd’s, on the other hand, was a little too, ah, personalized by wear, shall we say? for close inspection.) I got mine direct from Kakadu’s Washington State distribution center by mail order, but you can find them in plenty of other places too. If you work outside where your brain boils in the sun (and who doesn’t?), these hats are really worth trying. And at around $40 most places, you can cool the burn without frying your wallet.

Are You Connected to Your Water Feature?

Are you connected to your water feature? Sounds like an odd question? You might think I’m heading in the direction of getting you re-connected to nature. You know what I mean, how in today’s world we have a shortage of nature in our daily lives and having a water feature is a great way to remedy that problem. If you have children, your water feature can be their connection to nature as an outdoor classroom to study the eco-system without them even knowing it. All of that would make a good article however that’s not the direction I was heading.

Instead, I was just curious if your current water feature has a Wi-Fi connection? Now I bet I have your attention, you didn’t think your water feature needed a Wi-Fi connection did you?  Well in today’s world who would expect anything else?

With the addition of two new Atlantic Water Garden products your water feature can join the high tech world. Atlantic’s Triton Ionizer and pump variable speed control both have their own Wi-Fi connection making your life that much easier and your water feature more interactive.

The Triton Ionizer ionizer is designed to mineralize the water helping keep water features clean and clear without the use of harsh chemicals and is safe for fish.  The unit can be controlled manually from the front panel or by the use of the ionizer mobile Application for iPhone or Android devices.

The TidalWave VSC allows you to vary the output of Tidal Wave TT & TW-Series Asynchronous pumps wirelessly by remote control or mobile app! The VSC allows you to set both on and off times as well as drop to 25% of the total flow in 10 levels of adjustment giving you the ultimate control over water flow.

Both of these products make life with a water feature more enjoyable. Previously the downfall has always been the effort to disguise them into the landscape during installation usually ending up in a location that is tough to access. With the new connect ability, you can hang out on the patio and play with your pond from your lounge chair. You see some debris in the waterfall, open the ionizer app and increase the level. Or the reverse can be true, you don’t see any debris in the water feature, open the app and lower the level of activity.

The variable speed control is even a little more interactive, as your mood changes so can the desired flow of your waterfall. If you are having a party and want the waterfall to really put on a show, open the VSC app and turn up the volume or it could be a quiet afternoon on the patio, open the app and lower the volume a little. The VSC can also be programmed to control your feature with its on/off programmable timer. This is a nice little feature that helps you to save electricity and water by having it turn off when you are not around to enjoy it.

So sit back in that lounge chair and visit www.atlanticwatergardens.com and learn how you can get better connected to your water feature!

 

About the Author:
Sean is the Regional Sales Manager for the Southeast for Atlantic Water Gardens. Fish Geek and water feature enthusiast, Sean has managed one of the largest aquarium stores in the Southeast while running his own pond maintenance company.SEAN BELL

Sean is the Regional Sales Manager for the Southeast for Atlantic Water Gardens. Fish Geek and water feature enthusiast, Sean has managed one of the largest aquarium stores in the Southeast while running his own pond maintenance company. When it comes to water features, Sean is your guy!