INITIA®611 is a differentiated phosphinocarboxylic acid (PCA) dispersant for use in a wide range of applications. INITIA®611 is differentiated from traditional PCA polymers in that it is optimized with a higher level of phosphino functional groups. These phosphino functional groups are the basis for improved efficacy and thermal stability versus more basic polyacrylic acids. INITIA®611 is an exceptional inhibitor for calcium carbonate, calcium sulfate and barium sulfate scales. Additionally, INITIA®611 is a highly effective dispersant and deposit control agent in boiler applications up to 500psi. INITIA®611 meets the criteria of 21 CFR 173.310 for boiler applications where steam may contact food and is Kosher Certified.
|appearance||clear, yellow liquid|
|total solid content||49.0 -51.0 %|
|pH (as is)||2.5 – 3.5|
|Brookfield viscosity at 25 °C||100 – 600 cPs|
|density at 20 °C||1.17 +/- 0.05 g/ml|
|solubility in water||complete|
INITIA® 611 delivers…
- high effective control of calcium carbonate scale
- exceptional control of calcium and barium sulfate scales
- effective dispersion of inorganic such as iron oxides, hydroxyapatite, and sludge
- outstanding thermal and hydrolytic stability
- stability to oxidizing biocides
- cooling towers
- boilers (up to 500 psi)
- industrial reverse osmosis
- oilfield and natural gas
INITIA®611 is an effective tool for use in boiler applications for iron transport, hydroxyapatite control, and general solids dispersion. INITIA®611 was evaluated using Thermogravimetric analysis (TGA) to demonstrate the thermal stability of the polymer. Figure 1 shows that INITIA®611 substantially retains its integrity up to 240°C which equates to about 500 psi in boiler applications. Additionally, INITIA®611 was compared to a traditional PCA using Differential Scanning Calorimetry (DSC.) DSC is a thermal analysis tool that measures heat changes (exotherms) that occur to the polymer during a controlled increase in temperature. The DSC analysis depicted in Figure 2 shows that INITIA®611 and the traditional PCA are virtually identical in their exothermic responses to increasing temperature with significant events occurring between ~210°C and 240°C for both polymers.
figure 1 – thermogravimetric analysis (TGA)
figure 2 – differential scanning calorimetry (DSC)
calcium carbonate and calcium sulfate inhibition
INITIA®611 was evaluated versus traditional PCA using a modified NACE calcium carbonate test method (Figure 3) and the standard NACE method for calcium sulfate (Figure 4) inhibition. In both evaluations INITIA®611 demonstrated comparative or better to the competitive PCA.
figure 3 – calcium carbonate inhibition
figure 4 – calcium sulfate inhibition
safety use and handling
Consult the Safety Data Sheet (SDS) for further information regarding the safe handling and use of INITIA®611. This product should be stored in a cool/dry place and must be protected from freezing. Avoid storage at high temperatures (>90°F), direct sunlight, and exposure to surface, airborne or other common environmental contaminants such as debris, bacteria, yeast, and mold.