IMPROVED CONTRRUST ANTICORROSION AGENT – AN INNOVATIVE TOOL FOR TECHNOLOGICAL PROGRESS, ECONOMICS END ENVIRONMENT PROTECTION

Abstract

INTRODUCTION The enormous cost of replacing or restoring corroded metal parts, machinery and equipment parts, structures of buildings and consumer goods drives humanity to seek corrosion protection. Research and experience in the long-term operation of metal products show that the most important factor in protecting and preventing corrosion is the reliable and correct preparation of metal surfaces for painting. It is easier and more reliable to prevent the corrosion process than to stop and repair the affected parts and products. Applying innovations, research and development with the appropriate support of government and society can benefit the economy and the environment. The study of the types of corrosion and the processes that are tested at the beginning and during the corrosion of metals to find reliable reagents for damping corrosion micro sources and create a reliable film (protective layer) on the surface before painting under which it is impossible to start corrosion under the protective layer. Saving metal-based objects through the effective use of innovative technologies is a very important issue, but equally important is the creation of conditions and the support for innovation activity that creates innovation. Many studies of corrosion processes and the arrangement of protective coatings are known. There are also many substances for cleaning surfaces, inhibitors, sprays, impurities, etc. Ecologically safe, effective means of plant origin are not presented. There is already a patented CONTRRUST converter Patent No. (11) 61544, by L. Vysotska 1 . But the technology of its application and market promotion is still quite slow Several monographs and dozens of articles have been published on the topic of the use of the CONTRRUST ecomodifier by authors (V.I. Savenko, V.M. Vashenko, L.M. Vysotska, A.A. Plugin, O.A. Mashkov, I.V. Kushchenko, V.P. Korolev, O.D. Zhuravsky, A.M. Korotiev, D.Ya. Kislyuk, S.Yu. Maksimov, O.V. Polosenko,