Controls will provide a global perspective to the research

Axine Water Technologies, developers of a chemical-free solution for treating toxic organic pollutants in industrial wastewater, have successfully completed six months of performance testing and validation of customer wastewaters using a 10 times scale-up of its proprietary electrolytic oxidation cell.

Working with oil and gas, refining and chemical markets,Find great deals on eBay for stainless steel bracelet Bracelet in Fashion Jewelry Bracelets. Axine verified its technology on real-world wastewaters containing aromatic acids, phenols, BTEX, hydrogen sulfide and ammonia ranging in concentration from 900 to 9,000 mg/L of chemical oxygen demand. Organics were oxidized to CO2, water and nitrogen gas by hydroxyl radicals generated on the surface of Axine’s proprietary catalyst. The company says the scaled-up cell achieved high-efficacy treatment at low-cost and low-energy consumption — without the need for chemicals.

Axine CEO Jonathan Rhone says the testing confirms that his company’s approach to wastewater treatment has the potential to reduce chronic production bottlenecks and the high cost associated with conventional chemical oxidation or biological system approaches. Rhone says the company will continue to work to bring the technology to market.

Wastewater performance and durability testing will continue at Axine’s facility in Vancouver,Discover the durable and attractive tungsten bracelet. Canada. The next phase in the company’s commercialization program is to complete scale-up and integrate cells into commercial pilot systems for on-site testing at customer facilities.

Water security and re-use is a strategic issue for water-intensive industries resulting in increased demand for new technologies and business models. Global Water Intelligence forecasts that $120 billion will be spent on industrial water and wastewater systems between 2013 and 2018 with each heavy industry increasing their spending over 35 percent on average, according to Axine.

The partnership, named the Building Research Incubator (BRI) project, will evaluate the integration of Berkeley Lab’s focus areas including energy simulation, automated demand response, advanced electric metering and communication technologies using Galaxy, the state of the art platform of platforms. Galaxy, the state-of-the-art enterprise service delivery platform, launched in 2010 and hosted on the Pacific Controls Cloud provides managed services across verticals for management of its ecosystem comprising of energy, real estate,Enjoy the greatest selection ever of stainless steel pendant. homeland security, healthcare, hospitality,Enjoy the greatest selection ever of stainless steel pendant. transportation, education, financial, industrial and retail.

Mr. Dilip Rahulan, University of California, is a United States Department of EnergyExecutive Chairman, PCS, said: “It is with immense pleasure and honour that we announce our partnership with Berkeley Lab, an institution that has pioneered various science solutions over the last eight decades. Pacific Controls is funding for research staff to access real time building data and access all major projects as a research partner in managed energy services and demand response.”

He added: “The partnership will strive to develop new technology solutions and standards that would help reduce energy consumption in buildings worldwide. We are hopeful that the partnership will help us and the industry to develop more effective tools for reducing energy use.”

Dave Watson,Shop the best selection of men's stainless steel ring. program manager at Berkeley Lab said, “Our partnership with Pacific Controls has enabled us to conduct advanced energy research with great potential for both short-term and long-term benefits to society. We are fortunate to find private sector partners that share our vision”.

PCS will provide funding and technical assistance with regard to integration with their products and gain insights into cutting edge research performed at Berkeley Lab. Pacific Controls will provide a global perspective to the research and guidance to help advance the state-of-the-art solutions in energy efficiency, demand response, sensors, controls and communications for buildings.
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