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       TECHNOLOGY

 

Pellucid Water cold plasma aggregates and flocculates chemicals in solution  and biological organisms.  The electrical discharge occurs at standard pressure and temperature, with low energy requirements.  No other inputs are required. 

  WHY CONSIDER US?

 

Pellucid Water cold plasma has market potential within many sectors of the economy, wherever water is pretreated for consumption or processing, and wherever water is post-treated to remove accumulated wastes.

 

 

 

 

 

         SERVICES

 

Pellucid Water cold plasma is effective for removal of the following chemical and biological agents:

  • inorganic compounds; e.g., iron, manganese, calcium, magnesium, arsenic

  • organic compounds; e.g., tannins, GRO, DRO, PCPPs and CECs

  • COD and BOD

  • viruses and bacteria

 

          Pellucid Water

                                                         Using plasma to transform water treatment

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Welcome to Pellucid Water!  We are a technology company that uses plasma to for treatment of raw water and wastewater, and for other commercial and industrial applications.  This platform provides new and exciting opportunities to the water treatment industry and their clients.

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Pellucid Water’s value proposition

 

Pellucid Water’s cold plasma (PWCP) technology provides value to the user by decreasing the cost of water treatment (both infrastructure and operating costs) and increasing the capabilities and efficiencies of process systems that decontaminate and disinfect water.   These cost savings are achievable based on the following attributes of PWCP technology, compared with conventional treatment technologies:

SIMPLICTY

PWCP is a single technology that acts on all of the chemicals in solution simultaneously.  In addition, it provides disinfection.  Conventional water treatment consist of process systems employing multiple technologies, each acting on a portion of the chemical or biological matrixes.

VERSATILITY

PWCP uses a plasma chemical method capable of acting on a broad range of organic and inorganic chemicals, and biological contaminants.  Conventional technologies are based on classical chemical methods that are specialized in their application.  Note: Plasma technologies using advanced oxidation are also specialized in their application.

LOW ENERGY

PWCP ionization occurs at low energy levels that marginally affect chemicals in solution, inducing aggregation, flocculation and precipitation.   Conventional technologies (e.g., biofilters and membranes) have comparatively large electrical power requirements.

 

NO SECONDARY WASTES

PWCP reactors require electrical power only.  No other inputs are used. Thus, precipitates generated by PWCP consist only of the chemicals and biological organisms present in the water.  Conventional technologies produce secondary wastes through use of chemical agents as flocculants (e.g., alum) or for recharge (e.g., ion exchangers).  

RESOURCE RECOVERY & REUSE

PWCP converts chemicals in solution into precipitates that can then be recovered.  These chemical resources are substantially preserved, and therefore have potential for reuse as value-added products. Conventional treatment processes do not afford these opportunities, because chemicals are either altered by the addition of added chemistry (i.e., agents/polymers) or biological degradation; or are lost through respiration or volatilization.  In addition, conventional technologies using membranes do not create a precipitate – they produce concentrated brine.  Thus, the potential for recover/reuse is greatly reduced.   

  

PWCP also provides opportunities for recycling / reuse of treated water, due to the high efficiency in removal of chemicals and biological organisms.  Conventional treatment systems can only achieve this through use of expensive, tertiary-level treatment technologies.    

EFFICIENCY

 

PWCP’s plasma is a very reactive chemistry that can achieve high removal efficiencies.  This is especially important where high treatment efficiency is required to protect human health and the environment – applicable to contaminants such as CECs and phosphorus. Conventional technologies based on classical chemistry are limited in the efficiencies that can be achieved; their performance varies with external conditions; high efficiency is achieved at great cost (e.g., membrane technologies); or they are ineffective in their application (e.g., CECs that are fully oxidized). 

Raw municipal wastewater before and after PWCP treatment.

Browse through our website to learn more about our company and its unique plasma technology. We especially recommend that you read about our recent affiliation with the Water Environment & Reuse Foundation (WE&RF). 

 

Please contact us to discuss your specific questions and water quality needs. Thank you.