Azita Yazdani
About
Azita Yazdani is from San Francisco Bay Area. Azita works in the following industries: "Nanotechnology". Azita is currently Founder and CEO at Exergy Systems, Inc., located in San Francisco Bay Area. In Azita's previous role as a Principal at Exergy Design and Engineering (formerly Pollution Prevention International, Inc.), Azita worked in Irvine, CA until Mar 2010. Prior to joining Exergy Design and Engineering (formerly Pollution Prevention International, Inc.), Azita was a Principal Engineer at Source Reduction Research Partnership and held the position of Principal Engineer at Los Angeles.
Come check out Azita Yazdani's email address on finalscout.com, a free professional database with 500 million business professionals and 200 million companies.
Azita Yazdani's current jobs
Exergy is the future of water! Water can no longer be managed in obsolete antiquated pipes and delivery infrastructure we do not trust nor want to upgrade. Water should only be managed by decentralized means, utilizing advanced separation technologies to allow us to recover and reuse this precious resource. At Exergy, we believe advanced separation technologies can solve the future technological needs of water, to allow efficient use and continuous reuse - wherever possible. These technologies can also help us develop and deploy a different set of solutions to our water needs and infrastructure demands as opposed to the traditional water treatment and waste management approaches we use today. Advanced separation technologies allow us to achieve purity and quality required for reuse in a variety of applications. Exergy's patented product, EthorCEL recovers the high quality deionized water for reuse, delivering same or better quality of water, at a lower operating cost for manufacturing customers, while saving 90% of the water used. Exergy has initiated the launch of its first product EthorCEL, a high purity water recycling system, in key market segments.
Azita Yazdani's past jobs
Provide engineering and consulting services to various manufacturing, municipal, and public agency clients, to integrate and implement water and material efficiency measures in their operations. This includes incorporating pollution prevention and material use and reduction strategies and methods to develop and implement such programs.
Worked on phase out of chlorinated solvents, a class of substances used in commerce, in 14 industrial segments. The project was sponsored as an independent technical evaluation of the possibility to phase out these substances from commerce. Sponsors included Metropolitan Water District of Southern California, Environmental Defense Fund, US EPA and Cal EPA.