Purification of sea water using desalination platform: ICPE-9000

Oasys Water Systems

Oasys Water Systems





    ICPE-9800 Series

In many parts of the world, freshwater supplies are strained due to population growth and increasing agricultural, industrial, commercial, and domestic demand. Access to clean water is severely limited in many parts of the world, and while desalination plants can separate freshwater from sea and brackish water, they typically require large amounts of electricity or heat to do so. This has prevented desalination from being economically viable in many poorer cities and countries. Oasys Water Systems was founded in 2008 as a spinoff of a technology that was first developed at Yale University that utilizes a novel desalination technology that reduces the energy needed to purify water to one-tenth of that required by conventional systems.


Oasys Water Systems

Mr. Craig Chiacchieri
Laboratory Supervisor, Oasys Water Systems

*Affiliates and titles of the interviewee are current as of the time of reporting.

Oasys Water Systems
URL http://oasyswater.com/solutions

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Please tell us about your work and your role in the organization/company.

Our company has developed a patented membrane-based desalination platform that can turn up to 15% salt water (approximately five times the salinity of seawater) into fresh water. The process uses a proprietary draw solution comprised of thermolytic salts to naturally draw fresh water across a patented semi-permeable membrane leaving unwanted salts and contaminants behind. The mixture of draw solution and fresh water is then heated to change the phase of the draw solution solute from liquid to vapor, leaving behind fresh, potable water. No feed water boiling. No high pressure pumping. The process can utilize steam or heat from a variety of sources, allowing Oasys to address the growing fresh water supply gap without the negative impact and expense of fossil fuels.

What is the main purpose of using Shimadzu ICPE-9000 in your lab?

Our role is to perform analyses of a variety of samples including customer samples as well as samples generated by our pilot laboratory. Currently about a 10% of the samples we run are for customers. We use our Model-9000 ICPE to run Na, Ca, Mg, Si, Ba, Sr, Fe. We average about 40 samples per day including QC.

How many people in your lab are using Shimadzu ICPE-9000? How often?

3 people in the lab. Currently running samples 5 days per week.

What were the main reasons that your organization chose Shimadzu instruments?

Reputation of the company, good customer service, reliability, robustness of the instrument.

Having used Shimadzu ICPE-9000 so far, what are your thoughts on the advantages and benefits of using them?

Instrument stability, robustness and software. Software is seamless, robust, help methods are very useful. Software is very intuitive and includes helpful step by step training. Our newest ICPE operator Mr. Morgan Knapp was trained and up and running in a day. This was very helpful in maintaining productivity in the lab as many samples are time sensitive.
Dual view is a big advantage- saves a great deal of time. Humidification system makes a big difference in helping to minimize clogging of the sample introduction system. We have been able to run samples that have Na concentration 32,000 ppm!

In your opinion, was there a discrepancy in expectations before and after the actual use of Shimadzu ICPE-9000?

Has performed as expected to do what we need it to do.

Please suggest features or functionalities which you would like to see improved, added and enhanced for your Shimadzu Instrument?

Additional improvements in autosampler technology to continue to boost our productivity. We are also happy to provide additional feedback to the software engineers to further enhance the operator interface resulting in further improvements in productivity.

Please tell us your "wish list" for Shimadzu technology, products and services.

We would like to add a Shimadzu TOC-L System to our laboratory. We are also interested in exploring the possibility of adding the Model 4200 Process Analyzer to our Forward Osmosis platforms as part of an OEM package to offer to our customers.

Please let us know your perception of "Shimadzu Corporation"

Good customer service, established company, solid reputation.

Thank you so much for your comments!

Comments About the Interview

The ICPE-9000 is a simultaneous ICP-Atomic Emission Spectrometer that is designed to provide high speed measurement with high resolution, stable sensitive performance over extended periods while reducing instrument running costs. The feedback provided by Oasys Water Systems on the importance of productivity and throughput will help us to continue making improvements in the design and function of the ICPE-9000 Atomic Emission Spectrometer.

Shimadzu Scientific Instruments, Inc.

Shimadzu Scientific Instruments (SSI) is the American subsidiary of Shimadzu Corporation. In 1975, SSI corporate headquarters was established in Columbia, Maryland to provide analytical solutions to a wide range of laboratories in North, Central, and parts of South America. In the U.S., SSI has a network of more than 50 locations providing local and regional sales, service, and technical support.

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