Universal Cleaning Solution for Industrial Deposits

The patent changes the temperature parameter from hot (heated state) to cold (ambient temperature), fundamentally altering the cleaning mechanism from thermal activation to chemical activation through peroxide decomposition. This resolves the contradiction by maintaining cleaning effectiveness through chemical action while eliminating the need for heating, thus reducing toxicity and aggressiveness.

The patent replaces the thermal field (heating) with a chemical field (peroxide decomposition). Instead of using heat to activate cleaning agents, the system uses chemically active peroxide that decomposes at ambient temperatures to produce oxygen and heat locally only where needed, substituting the mechanical/thermal system with a chemical system that achieves the same cleaning effect without global heating.

The patent introduces calixarene as an intermediary substance that mediates between hydrogen peroxide and the deposits. Calixarene forms inclusion complexes with metal ions in the deposits, facilitating controlled peroxide decomposition and maintaining stable oxidation capacity. This intermediary prevents premature decomposition and ensures consistent cleaning performance throughout the treatment process.

The patent creates a composite cleaning system combining hydrogen peroxide, calixarene, and complexing agents. This composite formulation synergistically enhances the stability and effectiveness of peroxide oxidation, with calixarene and complexing agents working together to control the decomposition rate and maintain active oxygen availability throughout the cleaning process.

The patent enables the cleaning system to be self-heating through the exothermic decomposition of hydrogen peroxide. The decomposition reaction itself generates the heat needed to activate the cleaning action, eliminating the need for external heating energy input. The system uses its own chemical energy to drive the cleaning process, achieving self-service functionality.

The patent utilizes the phase transition and decomposition of hydrogen peroxide (liquid to gas oxygen) as the energy source. The decomposition process releases energy that locally heats the cleaning solution at the point of application, providing the thermal activation needed for effective cleaning without requiring external heating systems.

The patent creates a universal cleaning solution formulated with hydrogen peroxide, calixarene, and broad-spectrum complexing agents that can effectively remove various types of deposits (metal oxides, carbonates, salts, organic matter) from different surfaces (metal, glass, ceramic). The formulation is designed to be multi-functional, adapting to different substrate types and deposit compositions through the synergistic action of its components.

The patent adjusts the chemical parameters of the cleaning solution, specifically using hydrogen peroxide as the active oxidant and calixarene as the binding agent, creating a formulation that can adapt to different deposit types. The parameter optimization enables effective cleaning across multiple surface types without requiring separate formulations for different applications.