New relationship will increase production of proprietary Combination³ trucks June 8, 2015 – Sarasota, FL – U.S. Submergent Technologies announces the entering of a manufacturing agreement with Iowa-based Wayne Industrial Holdings, LLC. The agreement increases production of US Submergent’s proprietary equipment and allows the company to continue their expansion. USST’s unique combination trucks are designed to remove debris from collection and treatment system structures without taking them offline. The equipment overcomes the limitations of vacuum technology and has the potential to save customers time and money.   “This agreement provides an opportunity to increase our ability to build and deliver our Combination³® capabilities

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U.S. Submergent Technologies, developer of the innovative and powerful Combination³® technology, introduces the model 1249, a medium-size model in its line of combination trucks. Designed to clean wastewater treatment plants and large diameter pipes, the 1249 will begin service in Florida this month. USST’s Combination³® technology earns its distinction by featuring three components: vacuum, jetter, and a downhole system. The downhole system allows equipment to clean in deep or submerged environments and remove high viscosity material. The entire service can be performed while the plant remains in full operation – a capability that was previously missing in the vacuum truck marketplace. Technical features

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U.S. Submergent Technologies is finishing its largest project to date: the removal of accumulated debris in a South Tampa wastewater treatment facility. The facility is undergoing a major expansion and is currently under construction. Debris needs to be removed prior to demolition of the current structures. The 949 Combination³® truck was able to successfully remove sand and grit from an aeration basin while it remained in operation. Here is the result of what was pulled out of the tank: Sand and grit removed from aeration basin. We were able to remove the material faster, safer, and more efficiently than any

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