TH18509A3 - Concrete geopolymer material from heavy ash and waste materials. - Google Patents

Abstract

Summary of the invention which appears on the advert page ReadFile:------16/12/2020------(OCR)This invention involves heavy ash concrete geopolymer material. and waste materials for use as building materials, which consist of a) heavy ash obtained from coal burning b) construction waste c) alkaline hydroxide solution and d) alkaline solution. Caline silicate and silicate------------------22/02/2019------(OCR)Page 1 of the 1 page summary of the This invention relates to heavy ash concrete geopolymer and waste material for building materials, consisting of a) 55-85% by weight of coal-burning heavy ash. Total mixture b) 10-30 percent by weight of construction waste material c) alkaline hydroxide solution at a concentration between 8-12 molar volume 5-10 percent by weight of the total mixture and d) alkaline silicate solutions containing between 10-16 percent by weight of alkaline and 30-35% by weight of silicate, 10-15% by weight. Weight of all ingredients---------- --------11/04/2018------(OCR)Page 1 of 1 Page Summary of Invention This invention deals with heavy ash concrete geopolymer material and Construction waste material consisting of: a) heavy ash from coal burning 55-85% by weight of the total mixture; b) 10-30% waste material from building construction by water. c) a solution of 8-12 molar alkaline hydroxide, 5-10% by weight of the total mixture, and d) a solution of alkaline silicate containing Alkaline composition between 10-16 percent by weight and silicate between 30-35 percent by weight, 10-15 percent by weight of the total mixture------------ Fabrication This relates to heavy ash concrete geopolymers and waste materials for building materials comprising a) 55-85% by weight of coal-burning heavy ash of the total mixture b) Construction waste 10-30 percent by weight of the total mixture c) alkaline hydroxide solution at a concentration of 8-12 mola. d) alkaline silicate solution containing between 10-16 percent by weight of alkaline and 30-35 percent by weight of silicate. -15 percent by weight of all ingredients

Claims (9)

Claims (total) which will not appear on the classifieds page:------16/12/2020------(OCR) 1. Ash based concrete geopolymer material. Heavy and waste materials consist of a. binding material 55-85% by weight of the total mixture b. construction waste 10-30 percent by weight of the total mixture c. alkaline high solution d. alkaline silicate solution with 10-16 percent alkaline composition by water. Heavy and silicate between 30-35% by weight, 10-15% by weight of the total mixture, characterized by the fact that such binders are heavy coal ash. 2.Heavy ash concrete geopolymer and waste material according to claim 1, where the heavy ash from coal burning is the heavy ash from the burning of lignite coal. 3. Heavy ash concrete geopolymer material and waste material according to claim 1 or 2, where heavy ash obtained from coal burning has a particle size between 400-500 microns. 4. Geopolymer concrete material from heavy ash and waste material according to claim 1, where the construction waste material can be selected from concrete scrap, concrete block, brick fragment, tile fragment or mixture of these 5. Heavy ash concrete geopolymer material and waste material according to claim 1 or 4, where the construction waste material has a particle size between 1-5 mm. 6.Concrete geopolymer material from heavy ash and waste material according to claim 1, where alkaline hydroxide solution can be selected from sodium hydroxide or potassium hydroxide. side 7. Concrete geopolymer material from heavy ash and waste material according to claim 1 or 6 with alkaline hydroxide solution at a concentration of 10-11 molar. 8.Concrete geopolymer material from heavy ash and waste material according to claim 1, where alkaline silicate solution is selected from sodium silicate or potassium silicate. 9. Heavy ash concrete geopolymer and waste material in accordance with one of the preceding claims where such heavy ash concrete geopolymer and waste material constitutes Added with a superplasticizer------------------22/02/2019------(OCR)Page 1 of 1 claim page 1.Heavy ash concrete geopolymer and waste materials consist of a.Binder, 55-85% by weight of the total mix, b.Construction waste, 10-30% by weight of construction waste. Total mixture c. alkaline hydroxide solution at a concentration of between 8-12 molar volume 5-10% by weight of the total mixture d. alkaline silicate solution containing Between 10-16 percent by weight of alkaline and 30-35% by weight of silicate by volume 10-15 percent by weight of the total mixture. It is characterized by such a binder, a heavy ash obtained from coal burning. 2.Heavy ash acid geopolymer and waste material according to claim 1, where the heavy ash from coal burning is the heavy ash from the burning of lignite coal. 3. Heavy ash acidic geopolymer and waste material according to claim 1 or 2, where the heavy ash produced from coal burning has a particle size between 400-500 microns. 4. Geopolymer concrete material from heavy ash and waste material according to claim 1, where construction waste is selected from concrete, concrete block, brick, tile or a mixture of things. these 5. Heavy ash concrete geopolymer material and waste material according to claim 1 or 4, where construction waste has a particle size between 1-5 mm. 6.Concrete geopolymer material from heavy ash and waste material according to claim 1, where alkaline hydroxide solution can be selected from sodium hydroxide or potassium hydroxide. side 7. Concrete geopolymer material from heavy ash and waste material according to claim 1 or 6 with alkaline hydroxide solution at a concentration of 10-11 molar. 8.Concrete geopolymer material from heavy ash and waste material according to claim 1, where alkaline silicate solution is selected from sodium silicate or potassium silicate. 9. Heavy ash concrete geopolymer and waste material according to which of the preceding claims, heavy ash concrete geopolymer and waste material Complemented with a superplasticizer------------------11/04/2561------(OCR)Page 1 of 1 page claim 1.Heavy ash concrete geopolymer material and waste materials consist of A.Binder, 55-85% by weight of the total mix, B.Construction waste, 10-30% by weight. c. alkaline hydroxide solution at a concentration of between 8-12 molar volume 5-10% by weight of the total mixture d. alkaline silicate solution containing the composition between 10-16 per cent by weight of calcaline and between 30-35 per cent by weight of silicate by 10-15 per cent by weight of the waste mix. coal 2.Heavy ash concrete geopolymer and waste material according to claim 1, where the heavy ash from coal burning is the heavy ash from the burning of lignite coal. 3. Heavy ash concrete geopolymer material and waste material according to claim 1 or 2, where heavy ash obtained from coal burning has a particle size between 400-500 microns. 4. Geopolymer concrete material from heavy ash and waste material according to claim 1, where the construction waste material can be selected from concrete scrap, concrete block, brick fragment, tile fragment or mixture of these 5. Heavy ash concrete geopolymer material and waste material according to claim 1 or 4, where the construction waste material has a particle size between 1-5 mm. 6.Concrete geopolymer material from heavy ash and waste material according to claim 1, where a solution of calcaline hydroxide can be selected from either sodium hydroxide or potassium hydroxide. good 7. Concrete geopolymer material from heavy ash and waste material according to claim 1 or 6 with alkaline hydroxide solution at a concentration of 10-11 molar. 8.Concrete geopolymer material from heavy ash and waste material according to claim 1, where alkaline silicate solution is selected from sodium silicate or potassium silicate. 9.Heavy ash concrete geopolymer and waste material in accordance with one of the preceding claims where such heavy ash concrete geopolymer and waste material constitutes Added with a superplasticizer ------- 1.Concrete geopolymer material consists of a. Bonding material 55-85% by weight of the total mixture. B. Residues from construction, 10-30 percent by weight of all ingredients. C. Alkaline hydroxide solution at a concentration of between 8-12 molar volume 5-10% by weight of the total mixture. d. Alkaline silicate solution containing between 10-16 percent by weight of alkaline and 30-35 percent by weight of silicate, 10-15 percent by weight of the total mixture. Its peculiarity is that the binder is heavy ash obtained from burning coal. 2.Concrete geopolymer material according to claim 1, where heavy ash obtained from coal burning is Heavy ash from the burning of lignite coal. 3. Concrete geopolymer material according to claim 1 or 2, with heavy ash obtained from charcoal burning. Stone has a particle size between 400-500 microns. 4. Geopolymer concrete material according to Claim 1, where construction waste is selected. It is obtained from concrete crumbs, concrete blocks, brick crumbs, tile crumbs or mixtures of these. 5. Concrete geopolymer material according to claim 1 or 4, where the waste material from the Construction has a particle size between 1-5 mm. 6. Concrete geopolymer material according to claim 1, where alkaline hydroxide solution Choose from sodium hydroxide or potassium hydroxide. 7. Concrete geopolymer material according to claim 1 or 6, where alkaline hydroxyl solution The site has a concentration of 10-11 molar. 8.Concrete geopolymer material according to claim 1, where alkaline silicate solution is selected. from sodium silicate or potassium silicate 9. The concrete geopolymer material pursuant to one of the preceding claims provided that such material Complemented with a superplasticizer.