Mechanical activation of zinc oxide with the addition of a surfactant (triethanolamine) in two types of mills - roller-ring vibration and planetary-centrifugal mills is considered. The dependences of the values ??of the specific surface area on the activation time and the content of the surfactant are obtained, the effect of mechanochemical activation on the distribution of pores along the radius, dispersion of zinc oxide, and surface morphology is shown. It is shown that the physicochemical properties of activated zinc oxide make it possible to use it to obtain technical ceramics in the form of supports for catalysts and adsorbents used in gas desulfurization.
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