Cooling towers, steam boilers, and recirculating closed loop systems require effective water treatment chemistry for reliable and efficient operation. Liquid treatment chemicals are traditionally used because they are easier to manufacture and add to systems, but liquids aren’t always the best fit and present safety and environmental concerns that are often overlooked.
Liquid Chemistry Challenges
Liquid water treatment products in drums or pails are heavy and can take up a lot of floor space. In some facilities, it can be difficult getting them to where they are needed, especially if this requires delivering the chemicals through office settings, up or down steps, or into tight spaces.
The weight and bulk of liquids also increases the risk for workplace injuries, chemical spills, and splash hazards. The cost of a workplace injury or chemical spill incident can be significant. For example, the average cost for a lost time accident in the U.S. is $7,500, and the average settlement for a workers’ comp claim is over $21,000. The weight and hazard classification of liquids also makes transportation logistics more complicated with spill pallets required for on-site storage.
The amount of packaging and landfill waste associated with a typical liquids program can be surprising. Depending on the application, dozens of drums or pails may be required annually. The fossil fuel required to manufacture and ship these drums depletes valuable natural resources and increases greenhouse gas emissions. Empty containers must also be handled properly for disposal or recycling.
Liquid water treatment products are manufactured by blending 3 to 7 different raw materials with the final formulation containing anywhere from 50 to 85% water. The water originates both from the raw materials, many of which are only available as liquids, and from water that is added to keep all the chemical actives in solution.
Solid Chemistry Provides Solid Benefits
What if you could remove the water from the product packaging, shipping, and handling equation by using solid concentrates instead?
Removing the water would reduce the product weight by 50 to 85%, and allow lightweight, easier to handle, and more environmentally friendly packaging to be used instead of bulky plastic drums or pails. This translates into lower shipping costs, easier transportation logistics, and more sustainable deliveries. It also eliminates the safety hazards and environmental concerns associated with handling and storing heavy drums of liquids and figuring out what to do with the empties. It becomes a lot easier to store the treatment chemicals and get them to where they are needed, even hard-to-reach places.
HandiChem® Solids Approach
The HandiChem Solid Water Treatment System was developed to address the handling, safety, and sustainability concerns associated with using liquid chemicals in drums.
With the HandiChem System, the treatment chemicals are provided as HandiPak® solid concentrates in bottles or as stackable blocks. HandiFeed® Dissolving Feeders are used to make chemical feed solution on-site instead of shipping water. The solution is pumped from the feeder reservoir into the system as needed just like with liquids. Because the solution is more dilute, there is less potential for hazards associated with spills and splashes.
HandiPak solids contain the same proven actives used in high-performance liquid programs. A complete product line is available for cooling tower, steam boiler, and closed loop systems. Cooling tower inhibitors are PTSA traced to simplify monitoring and automate feed when using our aquaDART® Automation Control Systems.
As a global water treatment leader, Chem-Aqua pioneered the application of solid water treatment technology. With our Total Systems Approach, we recognize that both solid and liquid programs can be appropriate water treatment solutions depending upon the application. To learn more about our HandiChem Solid Water Treatment Systems, contact Chem-Aqua today!