对各种无机垢和有机垢的形成原因及其清洗方法进行了全面评述。
The forming reasons and the cleaning methods of different inorganic and organic scales in industry were reviewed.
油田注入水无机垢结垢趋势预测是油田开发过程中遇到的技术难题之一。
Sealing tendency prediction of oilfield injection water is one of the technical difficulties in oilfield development.
油田开发中产生无机垢不仅阻碍油气生产，降低经济效益，还可能造成生产事故。
Inorganic scale which forms in the process of oil field development results in industrial accidents, decreasing economic benefits as well as hinding production.
结果表明，油井无机结垢类型主要是碳酸钙垢，结垢最严重区域为油井井底及近井带，与实际情况基本吻合。
The results show inorganic scale is calcium carbonate and scale in down hole and well bore area is the most severe. It agrees with practical situation basically.
无机和复合材质的固体颗粒不仅能完全控制垢层的生长，而且能完全清除已有的硅渣垢层；
The fouling layer can be avoided and cleaned completely with the inorganic and organic polymer matrix composite particles.
阻垢效能高，原水lsi指数最大允许值为2.8，在此范围内可有效的控制无机物结垢。
High anti-scale efficiency. The maximum allowable value of LSI index in original water is 2.8, and it can control inorganic scales effectively within this range.
阻垢效能高，原水lsi指数最大允许值为2.8，在此范围内可有效的控制无机物结垢。
High anti-scale efficiency. The maximum allowable value of LSI index in original water is 2.8, and it can control inorganic scales effectively within this range.
应用推荐