<H1>Aquascape Aquaclearer Extreme Cold Water Liquid Beneficial Bacteria for Water Garden & Pond Use. -- TJB-INC Shopping Cart</H1> <B>$19.98</B> -- <I>AquaClearer Extreme Cold Water Liquid contains beneficial bacteria and enzymes that are scientifically blended and tested to produce maximum results during colder temperatures. Works in water temperatures down to 40 degrees</I> <P> <IMG SRC="https://store.nexternal.com/tjb/images/29305%20Aquaclearer%20Extrm%20Co%20copy2.jpg" ALIGN=right ALT="Aquascape Aquaclearer Extreme Cold Water Liquid Beneficial Bacteria for Water Garden &amp; Pond Use." NAME="Aquascape Aquaclearer Extreme Cold Water Liquid Beneficial Bacteria for Water Garden &amp; Pond Use." BORDER=0 HSPACE=10> <p aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" size="6"><strong aria-level="0" aria-posinset="0" aria-setsize="0">Aquaclearer Extreme Cold Water Liquid </strong></font></p> <p aria-level="0" aria-posinset="0" aria-setsize="0">AquaClearer Extreme Cold Water Liquid contains beneficial bacteria and enzymes that are scientifically blended and tested to produce maximum results during colder temperatures.&nbsp;</p> <p aria-level="0" aria-posinset="0" aria-setsize="0"><b aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#0000ff" size="4">How Does It Work?</font></b></p> <p aria-level="0" aria-posinset="0" aria-setsize="0">The natural bacteria in this product instantly activates as it hits the water. The bacteria multiply every 20-40 minutes in pond water temps above 40 degrees and starts digesting the dead organics in the pond.</p> <ul aria-level="0" aria-posinset="0" aria-setsize="0"> <li aria-level="0" aria-posinset="0" aria-setsize="0">During the spring and autumn seasons, there is extreme nutrient loading in the pond as trees and plants in and around the pond are dropping organic material into the pond. </li> <li aria-level="0" aria-posinset="0" aria-setsize="0">AquaClearer Extreme Cold Water contains a proprietary blend of microbes that are effective at accerelerating the digestion of this organic material at the bottom of the pond in the colder months.&nbsp;&nbsp;</li> <li aria-level="0" aria-posinset="0" aria-setsize="0">By adding this AquaClearer Bacteria periodically to a water feature is one of the most important things you can do to maintain clear, healthy water. </li> <li aria-level="0" aria-posinset="0" aria-setsize="0">Add this beneficial bacteria in the spring and in the fall to keep the water clear. Works in water temperatures down to 40 degrees.</li> <li aria-level="0" aria-posinset="0" aria-setsize="0">Great for seeding biological filters in the spring.</li> <li aria-level="0" aria-posinset="0" aria-setsize="0">Safe for fish &amp; plants.</li> <li aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#0000ff">Application Rate = 6 oz./1,000 gallons of total water</font></li> <li aria-level="0" aria-posinset="0" aria-setsize="0">Use weekly until desired results are achived</li> <li aria-level="0" aria-posinset="0" aria-setsize="0">16 oz. treats up to 5,500 gallons</li> <li aria-level="0" aria-posinset="0" aria-setsize="0">71 oz. treats up to 24,000 gallons</li> <li aria-level="0" aria-posinset="0" aria-setsize="0">1 gal. treats up to 43,000 gallons</li> </ul> <p aria-level="0" aria-posinset="0" aria-setsize="0"><span aria-level="0" aria-posinset="0" aria-setsize="0" style="font-size: 12pt; "><strong aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#0000ff" size="4">What&#8217;s in the products?<br aria-level="0" aria-posinset="0" aria-setsize="0" /></font></strong><br aria-level="0" aria-posinset="0" aria-setsize="0" /><strong aria-level="0" aria-posinset="0" aria-setsize="0"><u aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#008000">Heterotrophic Bacteria<br aria-level="0" aria-posinset="0" aria-setsize="0" /></font></u></strong>Heterotrophic bacteria are responsible for the reduction and decomposition of organics including pond sludge. Heterotrophic strains of bacteria are easy to source and found in many products currently on the market for various purposes including waste water treatment.<br aria-level="0" aria-posinset="0" aria-setsize="0" /><br aria-level="0" aria-posinset="0" aria-setsize="0" /><strong aria-level="0" aria-posinset="0" aria-setsize="0"><u aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#800000">Lithotrophic Bacteria</font></u></strong><br aria-level="0" aria-posinset="0" aria-setsize="0" />The most common and important types of lithotrophic bacteria in a water garden are nitrosomonas and nitrobacter. These are vital in the active removal of ammonia and nitrite caused by the decomposition caused by the heterotrophic strains. There are many theories on the name of the actual bacterial genus responsible but most agree on these two strains. Lithotrophs are harder to source and reproduce at a slower rate, making them relatively more expensive. <br aria-level="0" aria-posinset="0" aria-setsize="0" /><br aria-level="0" aria-posinset="0" aria-setsize="0" />Older Formulations (Pre-2009)<br aria-level="0" aria-posinset="0" aria-setsize="0" />In the past, our formulations were mostly different strains of heterotrophic bacteria. Our goal was to make a product that combines heterotrophic and lithotrophic bacteria in different ratios. More heterotrophs for the removal of sludge, more lithotrophs for supporting the nitrogen cycle and making the pond stable.&nbsp;<br aria-level="0" aria-posinset="0" aria-setsize="0" /><br aria-level="0" aria-posinset="0" aria-setsize="0" />New Formulations have&nbsp;<u aria-level="0" aria-posinset="0" aria-setsize="0">Higher Concentrations</u> of bacteria<br aria-level="0" aria-posinset="0" aria-setsize="0" /><br aria-level="0" aria-posinset="0" aria-setsize="0" />If Aquascape bacterial products are added on a regular basis and populations found in our products become dominant, it helps promote competitive exclusion (The competitive exclusion principle, sometimes referred to as Gause's Law of competitive exclusion or just Gause's Law, states that two species that compete for the exact same resources cannot stably coexist.).<br aria-level="0" aria-posinset="0" aria-setsize="0" /><br aria-level="0" aria-posinset="0" aria-setsize="0" />Here is sample of the bacteria counts of our newly formulated dry product:<br aria-level="0" aria-posinset="0" aria-setsize="0" /><br aria-level="0" aria-posinset="0" aria-setsize="0" /><u aria-level="0" aria-posinset="0" aria-setsize="0"><strong aria-level="0" aria-posinset="0" aria-setsize="0">Old Formulation (Pre-2009)</strong></u><br aria-level="0" aria-posinset="0" aria-setsize="0" />AquaClearer Extreme Dry = 820 million CFU/gram 2 strain blend<br aria-level="0" aria-posinset="0" aria-setsize="0" /><br aria-level="0" aria-posinset="0" aria-setsize="0" /><u aria-level="0" aria-posinset="0" aria-setsize="0"><strong aria-level="0" aria-posinset="0" aria-setsize="0">New Formulation (Post 2008)</strong></u><br aria-level="0" aria-posinset="0" aria-setsize="0" />AquaClearer Extreme Dry = 2.9 <u aria-level="0" aria-posinset="0" aria-setsize="0">BILLION</u> CFU/ gram&nbsp;<big aria-level="0" aria-posinset="0" aria-setsize="0"><u aria-level="0" aria-posinset="0" aria-setsize="0">5</u></big> strain blend<br aria-level="0" aria-posinset="0" aria-setsize="0" /><br aria-level="0" aria-posinset="0" aria-setsize="0" /><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#0000ff" size="4"><strong aria-level="0" aria-posinset="0" aria-setsize="0"></strong></font></span></p> <p aria-level="0" aria-posinset="0" aria-setsize="0"><span aria-level="0" aria-posinset="0" aria-setsize="0" style="font-size: 12pt; "><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#0000ff" size="4"><strong aria-level="0" aria-posinset="0" aria-setsize="0">What does this mean for you and your pond? <br aria-level="0" aria-posinset="0" aria-setsize="0" /></strong></font><br aria-level="0" aria-posinset="0" aria-setsize="0" />A stable, clean, clear biotope for the pond inhabitance and your family!<br aria-level="0" aria-posinset="0" aria-setsize="0" /><br aria-level="0" aria-posinset="0" aria-setsize="0" />The higher the bacteria count in the pond, the more bacteria will start to utilize other elements that can cause unsightly water conditions including algae. Some scientists have also proven that the use of beneficial bacteria can also eliminate bad bacterias like salmonella found in captive turtle environments. <br aria-level="0" aria-posinset="0" aria-setsize="0" /></span></p> <p aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#800000">For more information on Beneficial Bacteria &amp; Enzymes, "<font aria-level="0" aria-posinset="0" aria-setsize="0" color="#0000ff"><a aria-level="0" aria-posinset="0" aria-setsize="0" href="http://customer.aquascapespa.com/support/docs/Bacteria%20&amp;%20Enzymes.pdf">CLICK HERE</a></font>".&nbsp; When you are finished, click your browser's BACK arrow (located in the upper left corner of your screen) to return to this&nbsp;page.&nbsp;</font></p> <p aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#ff0080">To view a printable .pdf copy of the MSDS (Material Safety Data Sheet) that has been filed with the EPA, click on the link at the end of this statement.&nbsp; To return to this screen, click on your browser's BACK arrow (located in the upper left corner of your screen). </font>"<strong aria-level="0" aria-posinset="0" aria-setsize="0"><a aria-level="0" aria-posinset="0" aria-setsize="0" href="http://www.aquascapeinc.com/upload/AquaClearer_Cold_Water_MSDS.pdf">DOWNLOAD MSDS</a></strong>"</p> <p aria-level="0" class="MsoNormal" aria-posinset="0" aria-setsize="0" style="margin: 0in 0in 10pt; "><span aria-level="0" aria-posinset="0" aria-setsize="0"><strong aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" size="6" face="Calibri">Calculations for Water Volume of Ponds ,&nbsp;Streams &amp; Waterfalls</font></strong></span></p> <p aria-level="0" class="MsoNormal" aria-posinset="0" aria-setsize="0" style="margin: 0in 0in 10pt; "><span aria-level="0" aria-posinset="0" aria-setsize="0" style="line-height: 115%; font-size: 14pt; "><strong aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" size="4" face="Calibri"><u aria-level="0" aria-posinset="0" aria-setsize="0">Pond Water Volume</u></font></strong></span></p> <p aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" size="3" face="Calibri">(<strong aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#0000ff">L</font></strong>ength x <strong aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#800000">W</font></strong>idth x <strong aria-level="0" aria-posinset="0" aria-setsize="0">A</strong>verage <strong aria-level="0" aria-posinset="0" aria-setsize="0">D</strong>epth) x 7.48 = Water Volume of Pond in gallons</font></p> <p aria-level="0" class="MsoNormal" aria-posinset="0" aria-setsize="0" style="margin: 0in 0in 10pt; "><font aria-level="0" aria-posinset="0" aria-setsize="0" size="3" face="Calibri">1 cubic ft. = 7.48 gallons of water</font></p> <p aria-level="0" class="MsoNormal" aria-posinset="0" aria-setsize="0" style="margin: 0in 0in 10pt; "><font aria-level="0" aria-posinset="0" aria-setsize="0" size="3"><font aria-level="0" aria-posinset="0" aria-setsize="0" face="Calibri"><strong aria-level="0" aria-posinset="0" aria-setsize="0"><i aria-level="0" aria-posinset="0" aria-setsize="0" style="mso-bidi-font-style: normal; "><u aria-level="0" aria-posinset="0" aria-setsize="0">Example</u>: <span aria-level="0" aria-posinset="0" aria-setsize="0" style="mso-spacerun: yes; ">&nbsp;</span></i>Pond Measures</strong>: <span aria-level="0" aria-posinset="0" aria-setsize="0" style="mso-spacerun: yes; ">&nbsp;</span><em aria-level="0" aria-posinset="0" aria-setsize="0">11&#8217;<strong aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#0000ff">L</font></strong> x16&#8217;<strong aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#800000">W</font></strong> x 2&#8217;<strong aria-level="0" aria-posinset="0" aria-setsize="0">AD</strong></em></font></font></p> <p aria-level="0" class="MsoNormal" aria-posinset="0" aria-setsize="0" style="margin: 0in 0in 10pt; "><font aria-level="0" aria-posinset="0" aria-setsize="0" size="3" face="Calibri"><em aria-level="0" aria-posinset="0" aria-setsize="0">(11'<strong aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#0000ff">L</font></strong> x 16'<strong aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#800000">W</font></strong> x 2'<strong aria-level="0" aria-posinset="0" aria-setsize="0">AD</strong>) x 7.48 =</em> <strong aria-level="0" aria-posinset="0" aria-setsize="0">2,634 Gallons of water</strong></font></p> <p aria-level="0" class="MsoNormal" aria-posinset="0" aria-setsize="0" style="margin: 0in 0in 10pt; "><font aria-level="0" aria-posinset="0" aria-setsize="0" size="3"><font aria-level="0" aria-posinset="0" aria-setsize="0" face="Calibri"><em aria-level="0" aria-posinset="0" aria-setsize="0">(The addition of rocks and gravel will lessen the actual water volume beacuse of displacement)</em></font></font></p> <p aria-level="0" class="MsoNormal" aria-posinset="0" aria-setsize="0" style="margin: 0in 0in 10pt; "><em aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" size="3" face="Calibri"></font></em>&nbsp;</p> <p aria-level="0" class="MsoNormal" aria-posinset="0" aria-setsize="0" style="margin: 0in 0in 10pt; "><font aria-level="0" aria-posinset="0" aria-setsize="0" size="3"><font aria-level="0" aria-posinset="0" aria-setsize="0" face="Calibri"><strong aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" size="4"><u aria-level="0" aria-posinset="0" aria-setsize="0">Water Volume in a Stream</u></font></strong></font></font></p> <p aria-level="0" class="MsoNormal" aria-posinset="0" aria-setsize="0" style="margin: 0in 0in 10pt; "><font aria-level="0" aria-posinset="0" aria-setsize="0" size="3" face="Calibri">(<strong aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#0000ff">L</font></strong>ength x <strong aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#800000">W</font></strong>idth x <strong aria-level="0" aria-posinset="0" aria-setsize="0">D</strong>epth) x 7.78 = Water Volume of Stream in Gallons</font></p> <p aria-level="0" class="MsoNormal" aria-posinset="0" aria-setsize="0" style="margin: 0in 0in 10pt; "><font aria-level="0" aria-posinset="0" aria-setsize="0" size="3" face="Calibri"><strong aria-level="0" aria-posinset="0" aria-setsize="0">Example</strong>: Stream Measures: 15'<strong aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#0000ff">L</font></strong> x 3'<strong aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#800000">W</font></strong> x 2"<strong aria-level="0" aria-posinset="0" aria-setsize="0">D</strong></font></p> <p aria-level="0" class="MsoNormal" aria-posinset="0" aria-setsize="0" style="margin: 0in 0in 10pt; "><font aria-level="0" aria-posinset="0" aria-setsize="0" size="3" face="Calibri">First Calculate <strong aria-level="0" aria-posinset="0" aria-setsize="0">Depth</strong> in feet not inches: 1" = 0.12'&nbsp; so ... 2"<strong aria-level="0" aria-posinset="0" aria-setsize="0">D</strong> = 0.24'<strong aria-level="0" aria-posinset="0" aria-setsize="0">D</strong></font></p> <p aria-level="0" class="MsoNormal" aria-posinset="0" aria-setsize="0" style="margin: 0in 0in 10pt; "><font aria-level="0" aria-posinset="0" aria-setsize="0" size="3" face="Calibri">(15'<strong aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#0000ff">L</font></strong> x 3"<strong aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" color="#800000">W</font></strong> x 0.24'<strong aria-level="0" aria-posinset="0" aria-setsize="0">D</strong>) x 7.48 = <strong aria-level="0" aria-posinset="0" aria-setsize="0">81 Gallons of Water</strong></font></p> <p aria-level="0" class="MsoNormal" aria-posinset="0" aria-setsize="0" style="margin: 0in 0in 10pt; "><font aria-level="0" aria-posinset="0" aria-setsize="0" size="3" face="Calibri"></font>&nbsp;</p> <p aria-level="0" class="MsoNormal" aria-posinset="0" aria-setsize="0" style="margin: 0in 0in 10pt; "><font aria-level="0" aria-posinset="0" aria-setsize="0" size="3" face="Calibri"><font aria-level="0" aria-posinset="0" aria-setsize="0" size="4"><strong aria-level="0" aria-posinset="0" aria-setsize="0"><u aria-level="0" aria-posinset="0" aria-setsize="0">Water Volume in Waterfalls = Same as Streams&nbsp;</u></strong></font>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </font><font aria-level="0" aria-posinset="0" aria-setsize="0" size="3"><font aria-level="0" aria-posinset="0" aria-setsize="0" face="Calibri"></font></font></p> <p aria-level="0" aria-posinset="0" aria-setsize="0">&nbsp;</p> <p aria-level="0" aria-posinset="0" aria-setsize="0"><font aria-level="0" aria-posinset="0" aria-setsize="0" size="3" face="Calibri"><em aria-level="0" aria-posinset="0" aria-setsize="0">Use these formulas to help calculate how much product to purchase &amp; use.&nbsp; Always read and follow the individual product's label instructions)</em></font></p> <p aria-level="0" aria-posinset="0" aria-setsize="0">&nbsp;</p> </P> <P> <LI>SKU: AQ Extreme Cold Water <LI>Size of Container =: 16 oz (treats up to 5,500 gallons); 71 oz. 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