Magnetic Water Treatment vs. Chemical Water Treatment

（MWT vs. CWT）

磁化水處理與化學(xué)水處理的比較

In February1990, Mr.T.Ranald Templeton, P.E., the Department Head of Facilities and Operations for the pharmaceutical giant, Burroughs Wellcome Company, in Research Triangle Park, North Carolina, installed a MagneGen magnetic water treatment system on a chillier-condenser-cooling tower system.

　　1990年2月，位于北卡羅萊納州研發(fā)三角公園內(nèi)的醫(yī)藥業(yè)巨子──Burroughs Wellcome 公司負(fù)責(zé)營運(yùn)與設(shè)備的部門主任，T. Ronald Templeton先生，在熱交換器、冷卻水塔系統(tǒng)上裝置了MagneGen 磁化水處理系統(tǒng)。

Mr. Templeton hired Nalco Chemical Co., to run a corrosion coupon test, in the system. Nalco reps, from Nalco Chemical Co.’s Raleigh, NC, office, led by Mr. Robert Downey, Area Manager, installed mild steel coupon, 19729, in Tower #1, on February 17, 1990, and removed it, on March 16, 1990. It was sent, for analysis, to the Nalco Analytical Laboratory, Laurel, MD. The lab reported, on April 3, 1990, in their Analysis No. CS 236884, corrosion rate have less than 0.1mpy. In spite of his own company’s test results, Mr. Downey objected to the system.

Anticipating this, Mr. Templeton had already ordered Nalco to run parallel corrosion coupon tests, for two more months, in two similar Burroughs Wellcome chiller-condenser-cooling tower systems, with the same water source one treated with chemicals, by IMCOR Chemical CO., and the other with MagneGen. Mr. Templeton informed Mr. Downey, that he would let the Chemical vs. No chemical tests determine which was the better system.

　　Templeton先生同時(shí)延請Nalco化學(xué)公司于系統(tǒng)中實(shí)施腐蝕取樣測試。1990年2月17日Nalco化學(xué)公司北卡羅萊納州Raleigh分公司派出的代表，由分區(qū)經(jīng)理Robert Downey先生領(lǐng)隊(duì)，在一號塔（＃1）內(nèi)，設(shè)置碳鋼取樣管19729號，1990年3月16日取下，樣品送到Nalco化學(xué)公司馬里蘭州的Laurel分析實(shí)驗(yàn)室進(jìn)行分析。1990年4月3日取得分析報(bào)告，內(nèi)容指出，分析編號CS236884樣品的腐蝕速率低于0.1mpy。由于Templeton先生已經(jīng)估計(jì)到了這種可預(yù)期的結(jié)果，于是他提前請Nalco化學(xué)公司針對Burroughs Wellcome公司相類似的二個(gè)冷卻水系統(tǒng)進(jìn)行上述同樣的測試，時(shí)間為二個(gè)月。二個(gè)系統(tǒng)的水源相同，其中一套是以IMCOR化學(xué)公司的藥品加以處理，而另一套則是以MagneGen技術(shù)處理。Templeton先生告知Downey先生，他要以化學(xué)處理方式對照非化學(xué)處理方式的測試結(jié)果，來決定何者才是較好的處理方式。

Copper and Mild Steel coupon tests were run, for two months, by Nalco, beginning, March 16, 1990. All coupon handling and system monitoring was conducted by the Nalco reps and Burroughs Wellcome engineers. No MagneGen personnel were involved, in any way. Burroughs Wellcome is a highly secured pharmaceutical research laboratory, with no unauthorized entry. The results of the parallel corrosion tests, comparing traditional chemical water treatment, with no chemical magnetic water treatment, were reported by Nalco Chemical Company Analytical Laboratory, Laurel, MD, as follows:

*This coupon was supposed to be copper, to match the MagneGen system copper coupon. Add 0.1mpy to the reported 0.3mpy.

*(When asked for a deposit (scale) report, on the MagneGen coupons, the lab reported that there wasn’t enough to analyze!)

　　1990年3月16日開始，Nalco化學(xué)公司針對銅質(zhì)與碳鋼材質(zhì)的取樣管進(jìn)行為期二個(gè)月的測試，所有的取樣處理程序與監(jiān)測程序都是在Nalco化學(xué)公司代表和Burroughs Wellcome公司工程師的指導(dǎo)下進(jìn)行，自始至終都沒有MagneGen系統(tǒng)的人員參與。Burroughs Wellcome公司是一家安全性極高的藥物研發(fā)實(shí)驗(yàn)室，任何人沒有得到許可，是無法進(jìn)入的。二組相同條件下腐蝕測試的結(jié)果，即傳統(tǒng)的化學(xué)水處理對照非化學(xué)的磁化水處理，由Nalco化學(xué)公司馬里蘭州的Laurel分析實(shí)驗(yàn)室所提出，結(jié)果如下：

　　交換器&一號塔（由MagneGen系統(tǒng)保護(hù)）交換器&二號塔（IMCOR藥品保護(hù)）