COMPOSITIONS FOR INDUSTRIAL USE AND THEIR PRODUCTION METHODS Russian patent published in 2022 - IPC C04B20/02 C04B24/08 C04B28/02 

Abstract RU 2785722 C2

FIELD: chemistry.

SUBSTANCE: present invention relates to compositions for industrial use and to their production methods. Such compositions can be successfully used in materials suitable for industrial use, such as, for example, building materials (concretes, bricks, plasters, adhesives, cement mortars, precast concrete, seams, and joints), refractory materials (concretes, bricks, standard finished parts, sprayed materials), additives, binders, or products of various types (paints, plastics, natural and synthetic rubbers, polymers in a liquid form, bitumen, active substances of biocides, insecticides, pesticides, fungicides, plant protection products). A composition for use in materials for industrial use in a liquid or creamy form includes: 1 kg of oil and/or its derivative, and/or residues obtained during its processing, and/or residues of animal fats processing, and/or a mixture of oils or animal fats, at least a base dissolved in water. In this case, the mass concentration of elements in percentages is, respectively, from 70 to 99.9% of oil or the mixture of oils, from 0.1 to 10% of the base, and from 0 to 20% of water. Oil is mineral oil of primary production, vegetable oil of primary production, and/or waste mineral or vegetable oil. Residues obtained during the processing of mineral oil of primary production are residues pre-oxidized using a temperature cycle from 70 to 140°C for 72 h. Sunflower vegetable oil, and/or its derivatives, and/or residues pre-oxidized using a temperature cycle from 70 to 140°C for 72 h, obtained during its processing, and/or cashew nut oil or residues of rapeseed oil, and/or its derivative and/or residues of animal fat processing, and/or mixtures thereof, pre-oxidized using a temperature cycle from 70 to 140°C for 72 h are used as vegetable oil of primary production. The base is sodium hydroxide, potassium hydroxide, or magnesium hydroxide. The composition contains from 2 to 50 g of sodium hydroxide dissolved in from 7 to 150 g of water.

EFFECT: simultaneous and consistent improvement of characteristics of processed material.

12 cl, 12 dwg, 1 tbl

Similar patents RU2785722C2

Title Year Author Number
METHOD OF PREPARING BITUMEN AND INTERMEDIATE COMPOSITIONS 2020
  • Oest, Stefan
  • Schroeder, Soenke
  • Andresen, Thomas
RU2826014C1
BITUMEN EMULSION AND PRODUCTION THEREOF 2004
  • Khozin V.G.
  • Netfullova L.Sh.
  • Murafa A.V.
  • Makarov D.B.
  • Rakhmatullina A.P.
RU2258075C1
RESIN COMPOSITIONS, METHODS OF PRODUCTION AND USE THEREOF 2020
  • Gamet, Olivier
  • Mouazen, Mouhamad
  • Oest, Stefan
RU2823708C1
HIGH-POLYMER MOTHER SOLUTIONS BASED ON HERBAL AND/OR ANIMAL OILS FOR PRODUCING BITUMINOUS-POLYMER COMPOSITIONS 2010
  • Kharders Sil'Vija
  • Djulak Gijom
RU2554192C2
EMULSION COMPOSITION FOR ROAD BUILDING 2005
  • Jakunin Vladimir Ivanovich
  • Uglev Nikolaj Pavlovich
  • Kazakova Laura Vasil'Evna
  • Glezdeneva Tamara Vladimirovna
  • Mikov Aleksandr Illarionovich
  • Shipilov Anatolij Ivanovich
  • Lapina Ljudmila Sergeevna
  • Kalimullin Damir Timer'Janovich
  • Grekov Vasilij Vladimirovich
RU2279453C1
BITUMEN COMPOSITIONS AND METHODS FOR PRODUCTION THEREOF 2019
  • Hacker, Scott Martin
  • Ruan, Yonghong
RU2769779C1
VISCOSITY-REDUCING ADDITIVE FOR HEAVY OIL FRACTIONS 2013
  • Shperber Elizar Rubinovich
  • Bokovikova Tat'Jana Nikolaevna
  • Shperber David Rubinovich
  • Shperber Rubin Elizarovich
  • Shperber Bension Elizarovich
  • Dun Lev Igorevich
  • Dun Mal'Tsija Igorevna
RU2537843C2
BITUMEN COMPOSITION 2004
  • Brekhman Aleksandr Iosifovich
  • Andreev Evgenij Ivanovich
  • Semenov Andrej Sergeevich
RU2267506C1
METHOD FOR REGENERATION OF SPENT OILS BY MEANS OF DEMETALLISATION AND DISTILLATION 2004
  • Angulo Aramburu Kheronimo
RU2356939C2
USING WAX IN CROSS-LINKED BITUMEN-POLYMER COMPOSITION TO IMPROVE CHEMICAL RESISTANCE THEREOF AND WAX-CONTAINING CROSS-LINKED BITUMEN-POLYMER COMPOSITION 2010
  • Kharders Sil'Vija
  • Shaminan Zhjul'En
RU2560358C2

RU 2 785 722 C2

Authors

Galbani, Dzhuzeppina Alba Letitsia

Dates

2022-12-12Published

2018-04-10Filed