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国际工程项目财务管理失控分析及解决措施探讨

Analysis and Solution Measures for Financial Management Loss in International Engineering Projects
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摘要 在国际工程项目中,把控好企业财务管理工作是影响企业发展的重要问题。及时对国际工程项目的财务管理展开失控分析,并提出相应的解决措施,保证国际工程的正常运行是企业关注的重中之重,故提出国际工程项目财务管理失控分析及解决措施探讨。首先,分析了国际工程项目的财务管理特点;其次,从政治、法律、经济、社会、自然、市场、行业、技术、项目管理九个方面对国际工程项目的财务管理失控风险展开分析;最后,依据财务管理失控风险分析结果,针对性的从建立统一化、纵深化的管理制度,明确国际工程项目财务管控总体流程,汇率失控、资金失控、税务失控、成本失控、价格失控的具体管控措施和失控风险预警及规避策略四个方面提出合理的解决措施,为实施有效的财务管理措施和风险规避策略提供依据,以确保国际工程项目的财务管理健康和可持续。 In international engineering projects, controlling the financial management of enterprises is an important issue that affects the development of enterprises. Timely conducting out of control analy-sis on financial management of international engineering projects and proposing corresponding solutions to ensure the normal operation of international engineering projects is a top priority for enterprises. Therefore, an analysis of out of control financial management of international engi-neering projects and exploration of solutions are proposed. Firstly, the financial management char-acteristics of international engineering projects were analyzed;secondly, analyze the risk of finan-cial management loss in international engineering projects from nine aspects: politics, law, econo-my, society, nature, market, industry, technology, and project management;finally, based on the risk analysis results of financial management runaway, targeted solutions are proposed from four aspects: establishing a unified and deepening management system, clarifying the overall process of financial control for international engineering projects, specific control measures for exchange rate runaway, fund runaway, tax runaway, cost runaway, and price runaway, as well as warning and avoidance strategies for runaway risks, to provide a basis for implementing effective financial management measures and risk avoidance strategies to ensure the healthy and sustainable finan-cial management of international engineering projects.
作者 王鸿勋
出处 《石油天然气学报》 2023年第3期215-222,共8页 Journal of Oil and Gas Technology
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