Systematic and comprehensive studies of micromodified steels (seven grades) alloyed with vanadium, chromium, cerium, nickel, molybdenum, niobium were carried out, from which reinforcing bars with a diameter of 22 mm were manufactured on a rolling mill. After that, the bars were subjected to heat treatment to obtain various structures, in particular, ferrite-pearlitic, pearlitic, structures of incomplete austenite transformation (bainite transformation) - structures of sorbite and trostite, as well as martensite. After that, samples were prepared from the reinforcing bars for testing fatigue strength (fatigue), static mechanical properties {strength limit σВ, MPa , yield strength σТ, MPa , relative elongation – δ (%), transverse narrowing – ψ (%)}, as well as criteria of modern fracture mechanics {К1С, Mpa m1/2, δC, mm, RMC, MPa}. In addition, corrosion rate indicators were also determined in corrosion-aggressive environments containing chloride ions, СО2, sulfuric acid anions, as well as in bacterial model environments with bacteria of the SVB, GTB and ZB types. Based on the use of innovative steels, technical re-equipment of energy transport engineering and the hydraulic engineering industry is possible. The resource of such structures for various purposes increases from 50 to 100% compared to standard ones. Therefore, it is necessary to continue work on improving the technologies for obtaining such high-quality materials on a metal basis in order to improve the complex of their properties. The strategy for such a breakthrough of powder metallurgy in the economy should be based on the development of development priorities and the consistent implementation of short-term target programs at the national and regional levels, as well as the development of a long-term comprehensive program at the national level and bringing the work to practical implementation. Therefore, it is also necessary to significantly expand the funding of this area.