Impact of Micronutrient Technique (MNT) for biosolids reduction in wastewater treatment plants

Anthony See-Yuen To, A. Lau
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Abstract

Over the last two decades, the wastewater treatment industry has faced a recurring issue: an overwhelming amount of biosolid (sludge) yield, high power consumption and foul odour due to its anoxic treatment procedures. Engineers in China and Canada have experimented with a different approach, using facultative anaerobic digestion, called the Micronutrient Technique (MNT). This biochemical technique mixes essential growth elements, namely amino acids, vitamins, purine, pyrimidine and minerals, to create MNT mixtures for the WWTP industries. The specific MNT mixture is based on gas detection on-site, the principle of bacterial anoxic reaction. Dosage with MNT has enhanced bioremediation and degradation of pollutants. In the experiment and case studies, it was found that in typical city and some industrial WWTPs, MNT offered a low-cost alternative with encouraging sludge yield and odour control.
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微量营养素技术(MNT)对废水处理厂减少生物固体的影响
在过去的二十年里,废水处理行业面临着一个反复出现的问题:大量的生物固体(污泥)产量、高功耗和由于缺氧处理程序而产生的臭味。中国和加拿大的工程师已经试验了一种不同的方法,使用兼性厌氧消化,称为微量营养素技术(MNT)。这种生物化学技术混合了必需的生长元素,即氨基酸、维生素、嘌呤、嘧啶和矿物质,为污水处理厂工业生产MNT混合物。具体的MNT混合物是基于气体现场检测,细菌缺氧反应的原理。MNT的剂量增强了污染物的生物修复和降解。在实验和案例研究中,发现在典型的城市和一些工业污水处理厂中,MNT提供了一种低成本的替代方案,可以提高污泥产量和控制气味。
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来源期刊
Transactions Hong Kong Institution of Engineers
Transactions Hong Kong Institution of Engineers Engineering-Engineering (all)
CiteScore
2.70
自引率
0.00%
发文量
22
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