The cement-based binder presented in this dissertation was modified and researched to improve pervious concrete durability using industrial waste (petroleum cracking catalyst, papermaking calcite-based waste) and nanosilicon dioxide. This water-pervious concrete could be used for paving walking tracks, sports courts, pool decks, beach embankments, and roadsides, and for making wall blocks used in more sustainable facade constructions, etc. The dissertation consists of an introduction, three chapters, general conclusions, lists of references and the author’s publications on the subject of the dissertation, a summary in English.