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Information × Registration Number 0216U008242, 0115U005525 , R & D reports Title Development of the double-chamber setting is for reagentless neutralization of sour runbacks of foods of combustion of gas in heating and industrial boiler rooms. popup.stage_title Head Doljnsky Anatoljy A., Доктор технічних наук Registration Date 15-12-2016 Organization Institute of Engineering Thermophysics of the Ukrainian National Academy of Sciences popup.description2 As a result of implementation of work working designer documentation is worked out and the pre-production model of the double-chamber setting is made for reagentless neutralization of sour runbacks of foods of combustion of gas in heating and industrial boiler rooms, that is characterized by an increase productivity and efficiency of neutralization, and also by the optimally chosen regime parameters. The created pre-production model of setting allows to carry out the process of neutralization of sour runback by the exception of sour component by reagentless method. Thus considerably a requirement diminishes in the use of fresh water for the feed of caldrons due to her substitution by the neutralized runback the amount of that must practically fully to provide technological necessities of enterprise. Introduction of job performances will allow to give up the use of chemical reagents for neutralization of sour runback and for washing of filters on the stage of softening of water of the systems of to prepare water. It will allow considerably bring down of these systems due to the exception of the corresponding rigging, to bring down the charges of labour on maintenance of equipment, expense of money on acquisition and regeneration ofexchange of ions resins, chemical reagents for neutralization of runback, and also to avoid the negative loading on an environment due to absence of flows from the regeneration of filters and muddy foods of neutralization of runback. Product Description popup.authors Іваницький Г.К. Гартвіг А.П. Коник А.В. Кононенко Н.К. Маркін О.В. Радченко Н.Л. Садовська Л.І. Целень Б.Я. Шуляк В.В. Щепкін В.І. popup.nrat_date 2020-04-02 Close