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为了提高并产量，二氧化氛的实际应用已发展为一门新的成协的应从技术。而二氧化氛的生成和使用的安全性是增产措施中的首要问题。按照所述纷二氧化氛的生成方法，一千多口井在安全方面已得到充分的保证。为了安全处理增产措施中的二氧化氯，操作指南和操作步骤已经建立起来。已经酸化的二氧化氛是一种强氧化剂，可用于提高生产井、注水井和盐水处理井的产量。二氧化氛和酸构现场便甩表所了一种协合关条、它通过去除地表污染物来提高增产井的寿命。把现场结果和实验室取借试验加以比较可用于修补地表损害：。尽管安全是一主要问题。这项技术仍在被成功地应用，并在美国已取得了令人满意的结果。
In order to improve and yield, the practical application of dioxide has developed into a new technology should be from the Association. The generation of dioxide and the safety of the use of production measures is the most important issue. In accordance with the method of generating such arsenic dioxide, more than a thousand wells have been fully guaranteed in terms of safety. In order to safely handle the chlorine dioxide in the stimulation measures, operational guidelines and operational steps have been established. Already acidified dioxide is a strong oxidizer that can be used to increase production in production wells, injection wells and brine treatment wells. The combination of CO2 and acid sites provides an opportunity to improve the lifespan of stimulation wells by removing surface contaminants. Comparing site results with laboratory loan tests can be used to repair surface damage:. Although security is a major issue. This technology is still being successfully applied and has yielded satisfactory results in the United States.