2021年4月9日，欧亚经济委员会（EEC）理事会2021年4月6日第53号令正式发布并立即生效，其中批准了对TRCU 032/2013“关于在过压下运行的设备的安全性”。计划进行以下更新：
添加了4组不受032规定约束的设备：
温度高达 110°C 的供水、分配和排水网络，以及水力发电厂和相应设备部件的供水管道；
建筑物和构筑物的热水系统中的加热装置和管道；
为发动机提供气体燃料的设备及其元件，特别设计用于轮式车辆；
管道及其元件的支撑和悬挂系统。
当设备类别增加1（4除外）时，要求也进行了修订。我们谈论的是设计用于在设计壁温下运行的设备：
380°C 及以上——用于碳钢和低合金锰钢和硅锰钢；
450°C 及以上——用于低合金铬钼钢和铬钼钒钢；
525°C 及以上——用于合金化高铬马氏体类和奥氏体钢；
575°C 及以上——用于铁镍合金；
600 °C 或更高——用于镍基合金。
修正案草案 TR CU 032/2013修订了用于在压力下溶解的压缩、液化气体和蒸气并用于第 2 组工作环境的容器类别（附录 1 表2）。增加了操作参数（容量和设计压力）的限制。例如，如果早期容量超过0.001立方米、设计压力超过0.05兆帕的设备属于第1类，现在按容量更新为0.4立方米，高可达20兆帕。设计压力。这些参数相乘的规范保持不变。
OnApril 9, 2021, the order of the Board of the EurasianEconomic Commission (EEC) No. 53dated April 6, 2021 was officially published and immediatelyentered into force, which approved amendments to TR CU032/2013 “On the safety of equipment operating under excessivepressure.”
Thefollowing edits are planned:
added 4groups of the equipment not subject to 032 regulation:
networks for the supply, distribution and drainage of water with atemperature of up to 110 ° C, as well as supply conduits inhydraulic power plants and the corresponding equipment parts;
heating devices and pipelines in water heating systems of buildingsand structures;
equipment and its elements for supplying engines with gaseous fuel,specially designed for use on wheeled vehicles;
support and suspension systems of pipelines and their elements.
Therequirements have also been revised when the equipment category isincreased by 1 (except for 4). We are talking about equipmentdesigned for operation with a design wall temperature:
380 ° C and more – for carbon and low-alloy manganese andsilicon-manganese steels;
450 ° C and more – for low-alloyed chromium-molybdenum andchromium-molybdenum-vanadium steels;
525 ° C and more – for alloyed high-chromium martensitic class andaustenitic steels;
575 ° C and more – for iron-nickel alloys;
600 ° C or more – for nickel-based alloys.
The draft amendments to TR CU 032/2013 revised the categories ofvessels intended for compressed, liquefied gases and vaporsdissolved under pressure and used for working environments of group2 (Table 2 of Appendix 1). Limitations have been added foroperating parameters (capacity and design pressure). For example,if earlier equipment with a capacity of more than 0.001 m3 and adesign pressure of over 0.05 MPa belonged to category 1, now it issupposed to be updated to 0.4 m3 inclusive in terms of capacity andup to 20 MPa in terms of design pressure. The norms for themultiplication of these parameters remain unchanged.
