Abstract
The possibility of making of mineral astringent material of the low temperature burning at utilization of wastes of production of paper – scope is shown. The analysis of compositions of raw material mixtures on the basis of the system chalk -clay-scope is conducted with varying of concentration of scope at the set descriptions of product of burning. The compositions of mixtures with introduction of 25 - 51 % scope is determinated. The features of phase composition and indexes of properties for mineral astringent with the use of scope as technogenic raw material are shown at the maximal temperature 1100 0С of burning.
 Industrial use of multi-tonnage waste of various industries, including scopes from paper production, allows to solve complex issues of technology of production of silicate materials, resource conservation and ecology.
 The feasibility of using scopes as man-made raw materials in the technology of mineral binders is determined by the peculiarities of the chemical and mineralogical composition - the presence of a complete complex of oxides necessary for the formation of a given phase composition during firing and the possibility of intensification of the sintering increase in the reactivity of the silicate system at.
 The efficiency of practical use of an osprey on the basis of the above developments is defined as the prospect of increasing the volume of utilization of industrial waste, as well as obtaining a new kind of mineral binder material in the low-temperature firing, which differs from romance with improved strength indicators.
Highlights
Industrial use of multi-tonnage waste of various industries, including scopes from paper production, allows to solve complex issues of technology of production of silicate materials, resource conservation and ecology
The efficiency of practical use of an osprey on the basis of the above developments is defined as the prospect of increasing the volume of utilization of industrial waste, as well as obtaining a new kind of mineral binder material in the low-temperature firing, which differs from romance with improved strength indicators
-- спондилова глина відноситься до групи полімінеральних, відзначається підвищеним вмістом кальциту (21 мас. %), гідрослюди (20 мас. %) та кварцу (35 мас. %);
Summary
The possibility of making of mineral astringent material of the low temperature burning at utilization of wastes of production of paper – scope is shown. The features of phase composition and indexes of properties for mineral astringent with the use of scope as technogenic raw material are shown at the maximal temperature 1100 oС of burning. В статті показано можливість виготовлення мінерального в’яжучого матеріалу низькотемпературного випалу при використанні відходів виробництва паперу – скопу. Проведено аналіз складів сировинних сумішей на основі системи крейда - глина - скоп з варіюванням концентрації скопу при заданих характеристиках продукту випалу. Показано особливості фазового складу та показників властивостей отриманого мінерального в’яжучого з використанням скопу як техногенної сировини при максимальній температурі випалу 1100 oС. Хімікомінералогічний склад і теплотворна здатність скопу визначили напрямки досліджень і розробок з його утилізації в енергетичному та агропромисловому комплексах, для виготовлення будівельних матеріалів [6 - 10]. Проте фактичні обсяги утилізації скопу не відповідають кількісному рівню утворення та накопичення цих відходів промисловості
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