{"id":3948,"date":"2014-06-12T08:18:59","date_gmt":"2014-06-12T15:18:59","guid":{"rendered":"https:\/\/blog.omegasonics.com\/?p=1756"},"modified":"2018-12-01T05:02:32","modified_gmt":"2018-12-01T05:02:32","slug":"water-based-parts-cleaning-solution-limits-waste-stream","status":"publish","type":"post","link":"https:\/\/www.omegasonics.com\/environmentally-friendly\/water-based-parts-cleaning-solution-limits-waste-stream\/","title":{"rendered":"Water-Based Ultrasonic Parts Cleaner Solution Limits Waste Stream"},"content":{"rendered":"

Minimizing damage to the environment has always been important, but “green\u201d solutions have become more popular these days for everything from energy sources to cleaning supplies.<\/p>\n

A major component of the environmental control solution involves minimizing waste when cleaning parts in factories and manufacturing plants.<\/p>\n

The latest answer to the issue of minimizing industrial waste is the use of aqueous-based or water-based cleaning solvents.<\/p>\n

These solvents are nonflammable and, whether comprised of detergents, alkalines, microbes, or other substances, they contain few to no “VOCs” (Volatile Organic Compounds).<\/p>\n

How Water-Based Ultrasonic Parts Cleaner Solvents Work<\/h2>\n

While other types of solvents dissolve contaminants by injecting them directly into the water stream, aqueous-based solvents work by breaking dirt, grease, and other contaminants into smaller parts using heat, detergent, time and agitation. This allows contaminants to be removed without adding a large amount of grease or oils into the water table.<\/p>\n

Drawbacks of Water-Based Industrial Parts Cleaning<\/h2>\n

Aqueous-based solutions are not perfect; they work best on parts that will not flash rust when immersed in water. Flash rust, or surface rust, occurs very quickly when particles of iron ore interact with moisture at the surface. It can even bleed through protective coating. Fortunately, there are additives that can be added to water-based solutions to help prevent this, and flash rust can be easily cleaned off of metal, should you accidentally add the wrong type of part.<\/p>\n

Maintenance Requirements of Aqueous-Based Solvents<\/h2>\n

Aqueous-based solutions require basic, routine maintenance. This maintenance is not difficult and includes adding to the solution daily, skimming oil off of the surface, and keeping an eye on filter units, which need to be replaced every few weeks or so.<\/p>\n

Advantages of Water-Based Parts Cleaner Solvents<\/h2>\n

Using an aqueous-based solution carries with it many advantages:<\/p>\n

Reduction of hazardous waste: This is probably the most important advantage to using water-based cleaning solutions. The used solution is in general non-hazardous, and can be disposed of much more easily as a result. This can create easier regulatory obligations for you involving less paperwork and training, and can improve your liability status. This, however, is only true if you are not washing parts that will cause heavy metals to gather in the solution. In the end, this will also create a \u201cgreener\u201d image for your company, which is priceless.<\/p>\n

Financial Savings: Since labor tends to be the most expensive part of cleaning parts, and water-based solutions are far less labor intensive, you can save up to 75% in labor costs using this kind of solution. In addition, less labor requirements combined with the nature of the water-based solution means fewer instances of employee exposure to hazardous chemicals.<\/p>\n

Long-term company benefits: Switching over to an aqueous-based solution will pay off in the long run. In general, according to the U.S. Environmental Protection Agency, the \u201cpayback period\u201d ranges anywhere from three months to 4.7 years after initiating the switch to water-based solvents. This information and more is available in several EPA fact sheets, entitled:<\/p>\n