基于区块链的储集层伤害诊断可信系统的研究

Research on a trustworthy system for damage diagnosis in storage layers based on blockchain

钻井过程中,储集层伤害诊断涉及的因素较多,传统使用人工对储集层伤害诊断给出的诊断结果可信度低、诊断数据存放平台存在数据泄露的安全隐患问题,基于此类问题,本文提出一种基于区块链的储集层伤害诊断可信系统。在储集层伤害诊断的过程中,引入区块链确保采集数据的不可篡改性和真实可信性;引入智能合约开发,实现诊断结果的自动化可靠执行。应用结果表明:该系统确保了为每一条伤害诊断结果生成历史的不可篡改的可信追溯记录、提高诊断结果的可信度。

During the drilling process,there are various factors involved in damage diagnosis in storage layers.The traditional method of manually diagnosing damage in storage layers yields low credibility,and the platforms for storing diagnostic data are susceptible to security risks such as data leakage.To address these issues,a system is proposed,which is a trustworthy system for damage diagnosis in storage layers based on blockchain technology.In the process of diagnosing damage in storage layers,blockchain is introduced to ensure the immutability and authenticity of collected data.Smart contracts are employed to automate and reliably execute diagnostic results.The application results demonstrate that this system ensures the generation of immutable and trustworthy traceable records for each diagnostic result,thereby enhancing the credibility of the diagnostic results.