%0 Journal Article %T 近十年来钻井液新技术发展动态与未来展望
Development Trends and Future Prospects of New Drilling Fluid Technologies in the Past Decade %A 郑文武 %A 毛云杰 %A 刘福 %A 李昕潼 %A 李永正 %A 韩婧 %J Journal of Oil and Gas Technology %P 186-200 %@ 2471-7207 %D 2025 %I Hans Publishing %R 10.12677/jogt.2025.472022 %X 介绍了国内外几种钻井液体系的最新发展，包括甲酸盐钻井液、恒流变钻井液、纳米处理剂钻井液、油基钻井液、合成基钻井液和气体钻井流体；阐述了国内外最新研制的几种新型的钻井液处理剂及其作用机理；分析了人工智能技术在钻井液体系设计中的应用现状；并对钻井液技术发展趋势进行了展望。目前钻井液新技术表现在对钻井液体系的设计上更加注重添加剂添加量的准确性，添加剂之间的相互作用，添加剂对地层的相互作用；合理利用废料合成添加剂，带来环境和经济的多重效益；设计理念更加注重突破传统，增加创新性；在钻井液性能的评价时注重数学模型、软件模拟等人工智能的应用，建立各种因素对响应的定量关系，以求提升工作效率，节约成本。
The latest developments of several drilling fluid systems in China and abroad are introduced, including formate drilling fluid, constant rheological drilling fluid, nano-treatment agent drilling fluid, oil-based drilling fluid, synthetic-based drilling fluid and gas drilling fluid. Several newly developed drilling fluid treatment agents and their action mechanisms at home and abroad are described. The application status of artificial intelligence technology in drilling fluid system design was analyzed. The development trend of drilling fluid technology is prospected. At present, the new drilling fluid technology pays more attention to the accuracy of additive dosage, the interaction between additives and the interaction between additives and strata in the design of drilling fluid system. Rational use of waste to synthesize additives will bring multiple environmental and economic benefits; the design concept pays more attention to breaking through the tradition and increasing innovation; in the evaluation of drilling fluid performance, the application of artificial intelligence such as mathematical model and software simulation is emphasized, and the quantitative relationship between various factors and response is established in order to improve work efficiency and save cost. %K 钻井液新技术， %K 设计理念， %K 人工智能， %K 发展动态， %K 展望
New Drilling Fluid Technology %K Design Concept %K Artificial Intelligence %K Development Trends %K Outlook %U http://www.hanspub.org/journal/PaperInformation.aspx?PaperID=116949