Element Six Launches Diamox Technology for the Electrochemical Treatment of Contaminated Wastewater

Element Six Launches Diamox Technology for the Electrochemical Treatment of Contaminated Wastewater

SANTA CLARA, CA --- Element Six announces the next generation of its Diamox electrochemical advanced oxidation cell technology. Diamox is a cost effective and highly efficient wastewater treatment electrochemical cell, designed using free-standing boron doped diamond electrodes. It is effective in treating extremely contaminated industrial wastewater that cannot be treated by biological methods. This packaged reactor is simple to implement in to on-site industrial wastewater treatment systems, providing an environmentally cleaner and versatile solution that can be used across various types of effluents, with no hazardous chemical additions. The latest design of Diamox has been successfully applied in a pilot project with an industry-leading wastewater treatment company, delivering unparalleled electrochemical oxidation capacity that can be scaled to meet industry requirements.

Diamox is born from more than 20 years of research into electrochemical oxidation, leveraging boron doped diamond (BDD) and expertise from Element Six in manufacturing and engineering synthetic diamond super materials. When heavily doped with boron, diamond becomes a metal-like conductor, while retaining all of its physical properties making it the most chemically inert and robust electrode material available. Diamox contains high-purity, electrically-conductive, free standing polycrystalline BDD electrodes that have a field lifetime measurable in years in electrochemical treatment conditions that no other electrode materials can withstand for even a few hours. These specialized diamond electrodes generate hydroxyl radicals and many other oxidizing species, enabling advanced oxidation processes that are capable of mineralizing dissolved pollutants in wastewater streams.

The latest Diamox technology has been significantly redesigned with increased capacity and improved efficiency for more cost-effective treatment of waste streams. Through a combination of increasing the electrode area, and the power density that the cell operates at, the new 20 cell version has five-times the oxidation capacity of earlier generations. Diamox is a small footprint packaged product that can be scaled in size for incorporation into any existing or new industrial water treatment plant – enabling on-site treatment systems that are simple to operate and maintain. Diamox also has the versatility to work with most effluents—an advantage over other advanced oxidation processes that only treat specific types of waste.

Diamox was recently leveraged in a successful pilot project by an industry leading wastewater treatment company for use in treating highly contaminated spent caustic streams, such as those generated by refineries producing clean fuel. In a series of treatment studies Diamox was proven for different mixed spent caustics from a refinery process to reduce the chemical oxygen demand (COD) by over 90 percent with an output that is safe to discharge into the environment.

Diamox technology has been successfully used for the treatment of pharmaceutical wastewater, textile dye house wastewater treatments, and refinery spent caustics treatment. It provides a cleaner solution for the environment compared to alternatives such as deep well injection, incineration, or hydrogen peroxide advanced oxidation. Wastewater treated with Diamox provides an opportunity for direct discharge or reuse of the water and, unlike other electrochemical advanced oxidation processes, there is no additional chemical dosing with hazardous chemicals.

For more information, visit http://www.e6.com/Diamox  

Element Six
Spring, TX
[email protected]