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14-02: Lessons Learned from a HERO-Based ZLD SystemA critical topic that continues to be discussed at CTI meetings is the need for water conservation across a broad spectrum of industries and municipal applications. More and more, plant personnel are looking at cooling tower blowdown recycle and recovery as a method to conserve water. An emergency technology is water recovery based on the high efficiency reverse osmosis (HERO) technology. This process includes ultrafiltration, softening, and reverse

and a high fidelity computational fluid dynamics (CFD) model

Quality Costs and Problem Solving Techniques

002 percent was required

improved environmental profile and enhanced safety through the minimization/elimination of acid feed in open evaporative cooling water systems has prompted the development of a new

O&M and power savings total $1

Laboratory electrochemical results will be presented as well as plant application case histories

The Lewis analogy

case stories and technical formulae for applying this technology will be introduced and reviewed

Quantitative volatility comparison of hypohalous acids and certain haloamines were obtained by determining the Henry's law constant (air-water partition coefficient) in air-stripping towers

The results of the system wide investigation resulted in extensive repairs to existing mechanical fan equipment

More specifically

a product only recently introduced to the cooling water marketplace

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