UltraTec® Water Treatment Equipment LLC

Pasteurization Technology Group has patented a two-for-one process that heats wastewater to kill pathogens as well as generates lower cost power for industrial and municipal treatment plants. According to Kingsbury, the PTG system has been shown to cut energy costs by half while saving up to 75 percent of the cost of wastewater disinfection. Calif. At Golden Road, the largest craft brewery in Los Angeles, a PTG B-200 system was installed, generating 200 kWh of electricity to supply 90 percent of the needs of the plant. ” Paul O’Callaghan, founder and CEO of BlueTech Research, said, “Wastewater processing is very energy intensive so there is a great deal of potential for innovations which target the water energy nexus.

Brackish water may also occur in brackish fossil aquifers. The Brackish Water is that it is more salty than potable fresh drinking water, in other words it has a higher level of salinity concentration, but less than sea water. The Brackish water condition commonly occurs when fresh water meets or got mixed with sea water. The Brackish Water can be treated with a Reverse Osmosis (RO) Water Purification System, while, desalinating of brackish water occurs at lower pressure as compared to seawater desalination, and it is more economical process, less energy consumption and more cost effective.

Conductive minerals, also known as electrolytes make it possible to process tap water through a computer controlled electrolysis process within the water ionizer machine. The minerals found in tap water are concentrated into both an alkaline and acidic water streams. Water ionizer creates 2 streams of water by splitting the water molecule into H+ and OH–, coupled with a separation of the acidic minerals from alkaline minerals. Water ionizer produces both kinds of water: The acidic water is oxidizing, the alkaline ionized water is reducing or antioxidant.

The Pressure Exchanger” PE, using less than 3.0 kWh/m³ or 11.4 kWh/k-gallons, which is a 60% energy reduction in comparison to a conventional SWRO plant using 7.0 to 8.0 kWh/m³ ~ 26 to 30 kWh/k-gallons. The RO water plants can be operated remotely and by taking advantage of this function, no daily on-site operator is required as all flows can be monitored and supervised, as well as the plant will shut-down automatically should anything fail. The flows from the well pump, the booster pump and the high-pressure pumps can be adjusted remotely by signals to the frequency converters. Water temperature, salinity and pressure in different flows can likewise be monitored and historical data is saved for printout graphs showing the plant operation at any given time.