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1.
General information
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... quality;
development of the raw material base, rational use of raw materials, including local, industrial waste;
resource and energy saving technologies, environmental protection;
economic activity of ...
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2.
About this journal
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... including local, industrial waste;
resource and energy saving technologies, environmental protection;
economic activity of enterprises in market conditions, economics, marketing;
factory experience;
information, ...
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3.
RESOURCE SAVING
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(Category)
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4.
Energy and resource saving
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(Category)
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5.
ENERGY- AND RESOURCE-SAVING PLASMA TECHNOLOGY FOR GLAZING OF AUTOCLAVE-HARDENED BUILDING MATERIALS
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(Not-set)
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An energy- and resource-saving plasma technology for glazing autoclaved building materials has been developed. It has been established that the introduction of colemanite into the initial charge makes ...
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6.
RESOURCE- AND ENERGY-SAVING TECHNOLOGY FOR DECORATING GLASS PRODUCTS WITH FOAMING PAINTS
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(Not-set)
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An energy-saving technology for decorating glass products with foaming paints has been developed. The optimal parameters of coating firing by the flow of plasma–forming gas – argon are determined. The ...
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7.
Energy and Resource-Saving Technology for Producing Decora-tive Coatings on Sheet Glasses
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(Not-set)
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An energy- and resource-saving technology has been developed for producing decorative plasma coatings on sheet glass using finely ground glass powders based on colored glass containers and broken glass. ...
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8.
Resource-saving technology for insulating and decoration glass-composite material from bottom ash waste
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(RESOURCE SAVING)
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The possibility of producing heat-insulating glass and glass-crystalline composite for construction purposes based on ash and slag waste from thermal power plants, which meets modern building codes and ...
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9.
Energy-Saving Glass Ionization Technology
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(Not-set)
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An energy-saving technology for irisation of glass products using a high-temperature plasma torch has been developed. The effect of the effluent plasma-forming gas flow on the intensity of glass heating ...
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10.
Aspects of energotechnological combination for recovery of secondary energy resources from kilns
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(Energy saving)
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The possibility of creating an energy-technological unit on the basis of a kiln for a more complete use of the resulting secondary energy resources, as well as the feasibility of using an exergy method ...
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11.
CERAMIC WASTE AS AN ALTERNATIVE SOURCE OF ALUMINOSILICATE RAW MATERIALS FOR THE PRODUCTION OF PORTLAND CEMENT CLINKER
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(Not-set)
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Through comprehensive studies of the chemical and mineralogical composition and technological properties of the wastes of ceramic production of “Kulol” JSC in order to be able to use them as a component ...
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12.
ENGINEERING OF THE AUTOMATED CONTROL SYSTEM OF THE GLASS FORMING MACHINE TECHNOLOGICAL PROCESS AS A TOOL FOR FORMING THE SECTORAL TECHNOLOGICAL SOVEREIGNTY
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(Not-set)
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A methodological approach to developing hardware and software solutions for debugging and testing algorithms and control systems for actuators of a glass-forming machine in real time is presented. During ...
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13.
FACING BUILDING MATERIAL BASED ON CULLET MODIFIED WITH POTASSIUM HYDROXIDE
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(Not-set)
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The technology of facing material based on mechanically activated cullet modified with potassium hydroxides has been developed. The phase composition, macro- and microstructure of the lining material are ...
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14.
FACING BUILDING MATERIAL BASED ON MECHANICALLY ACTIVATED CULLET MODIFIED WITH SODIUM HYDROXIDE
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(Not-set)
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The technology of facing material based on mechanically activated cullet modified with sodium hydroxides has been developed. The phase composition, macro- and microstructure of the lining material are ...
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15.
CARBON FOOTPRINT OF THE LIFE CYCLE OF GLASS CONTAINER
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(Not-set)
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In this paper, we discuss glass containers as type of package for beverages characterized with the minimum negative environmental impact. We studied reports of independent researchers who described possible ...
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16.
PIEZOCERAMICS TECHNOLOGIES: APPROACHES FOR ENVIRONMENTAL IMPACT MITIGATION
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(Not-set)
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The functional ceramic materials are broadly used in the electronic industry. Many of them are comprised of ferroelectric materials because of their outstanding piezoelectric and dielectric properties. ...
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17.
Glass Silica Based on Ferrous Quartzite Kursk Magnetic Anomaly Enrichment Waste and Glass Household Waste
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(Not-set)
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A technology has been developed for the production of glass-silica based on the wastes of enrichment of ferruginous quartzites of the Kursk Magnetic Anomaly (KMA) of the Lebedinsky GOK and fractionated ...
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18.
Formers for Cellular Glass on the Basis of Ash and Slag Materials of TPP
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(Not-set)
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A number of charge compositions with anthracite as the main blowing agent have been developed. The density and strength of the synthesized samples have been determined. The process of formation of a cellular ...
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19.
Synthetic Porous Aggregate Based on Cullet and Ash and Slag Waste
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(RESOURCE SAVING)
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The possibility of obtaining artificial porous aggregates based on cullet and ash and slag waste from heat power engineering is considered. Experimental studies have been carried out in order to optimize ...
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20.
Physical and Chemical Researches of Raw Materials of the Far East of Russia for Synthesis on Their Basis of Foam Glass and Protective Enamel Coatings
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(Raw materials)
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... the Chalgan deposit, it was found that the most suitable raw material for the synthesis of high-quality glass materials using energy and resource-saving technologies is diatomite from the Chernoyarsk deposit, ...
