摘要
[目的]了解泉州市桶(瓶)装矿泉水纯净水卫生状况,确保消费者的饮水安全。[方法]依据GB/T 8538-2008《饮用天然矿泉水检验方法》、GB 8537-2008《饮用天然矿泉水》、GB/T 5750-2006《生活饮用水标准检验方法》和GB17324-2003《瓶(桶)装饮用纯净水卫生标准》的方法进行检验和统计分析。[结果]2009年共检测瓶(桶)装矿泉水48份,纯净水58份,其中亚硝酸盐合格率分别为85.42%和94.83%;2010年共检测瓶(桶)装矿泉水26份、纯净水31份,其中亚硝酸盐合格率分别为73.08%和83.87%,呈下降趋势。[结论]我市瓶(桶)装矿泉水纯净水的亚硝酸盐污染情况不容乐观,加强监管,建立有效的卫生监督机制势在必行。
[Objeetive]To understand the sanitary situation of the bottled （barreled） mineral water and purified water and to ensure drinking water safety in Quanzhou city. [Methods]Alt samples were tested and statistical analysis was made in accordance with the following national standard： natural mineral water drinking test method （GB/T 8538-2008）,drink- ing natural mineral water （GB/T 8537-2008）, standard examination methods for drinking water（GB/T 5750-2006）, hygi- enic standard of bottled purified water for drinking （GB17324-2003）. [Results]48 mineral water and 58 purified water samples were detected in 2009. The qualified rate of nitrites was 85.42% and 94.8%respectively. In 2010, 26 mineral water and 31 purified water samples were detected and the qualified rate of nitrites was 73. 08% and 83. 87% respective- ly. The qualified rate was tending to decline. [Conclusion]The contamination of nitrites in bottled （barreled） mineral water and purified water in Quanzhou city is far from optimistic. Strengthening supervision and developing the effective health inspection are inevitable and necessary.
出处
《预防医学论坛》
2011年第9期F0002-F0002,872,共2页
Preventive Medicine Tribune
关键词
矿泉水
纯净水
亚硝酸盐
理化指标
Mineral water
Purified water
Nitrite
Physiochemical index
