China's corrosion control standardization system is internationally recognized

It is reported that 6 Yue 7 days, at home and abroad corrosion control industry reproduction heavy message
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At the video conference of the Fifth International Corrosion Control Engineering Full Life Cycle Standardization Technical Committee held that day, the special report "On Accelerating the Construction of the Full Life Cycle Standardization System of Corrosion Control Engineering and the Formulation of Corresponding Standards" made by the Chinese expert group was received The members of the International Corrosion Control Engineering Full Life Cycle Standardization Technical Committee fully affirmed and agreed as a resolution of the conference to guide the comprehensive and accelerated development of the international ISO/TC156/SC1 work.

It is reported that 6 Yue 7 days, at home and abroad corrosion control industry reproduction heavy message

This is the second 2020 Nian 11 Yue 3 2008 by China led the development of ISO23123 "corrosion control engineering lifecycle General requirements" and 3 international standards by the International Organization for Standardization (ISO) after the release of the universal ratification of the International Corrosion Control theory and practice Another important development

According to Ren Zhenduo, the executive deputy leader of the Chinese ISO/TC156/SC1 expert group, the construction and implementation of a corrosion control engineering full life cycle standardization system is the best countermeasure and plan for comprehensively solving corrosion problems in the world today

Prior to this, International Organization for Standardization with ISO / TMB75 / 2016 resolution approved in 2016 Nian 6 was formally established International Corrosion Control Project Life Cycle Standardization Technical Committee, authorized by China State secretary

Subsequently, the China Industrial Anti-Corrosion Technology Association carried out a number of fruitful work, formed the "corrosion control engineering full life cycle theory research, application and standardization" innovative results, formulated ISO23123 "corrosion control engineering full life cycle general requirements", ISO23222 Three international standards: "Corrosion Control Engineering Life Cycle Risk Assessment" and ISO23221 "Pipeline Corrosion Control Engineering Life Cycle General Requirements" 3 international standards, carried out the construction of a corrosion control engineering full life cycle standardization system, and enabled China to move towards a global corrosion control field Coordination, research and formulation of international standards, and establishment of an international leadership position in a common language have also given top-level design for corrosion control at home and abroad
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