TH12705C3 - Production process of self-compacting concrete mixed with bagasse ash from a power plant Thermal energy and limestone powder - Google Patents

Abstract

Correction 1/12/16 Process for self-compacting concrete, mixing ash, bagasse from a thermal power plant and limestone powder, is carried out by using the mixing proportion of the concrete with bagasse ash at the mixing ratio according to one mixer. From step 1, put all river sand in the mixer for 1 minute. Step 2 add the amount of bagasse ash. All into the mixing tank and continue to mix for 5 minutes. Step 3 Add the cement and limestone powder and mix for 3 minutes. Step 4 Add all the crushed limestone. Then mix for 2 minutes. Step 5 Add all the water. Then mix for 2 minutes. Step 6 Add a special water reducing agent for strong water. (Superplasticizer, G) total volume And continue to mix for 4 minutes, including 17 minutes of mixing time. Self-compacted with bagasse ash and limestone powder ------------------------------------- Revised 22/09/2016 Production method of compacted concrete It itself mixes the bagasse ash from the thermal power plant and the limestone powder with a process by using the mixed proportion of the concrete, bagasse ash at the mixing ratio according to one mixer. From step 1, put all river sand in the mixer for 1 minute. Step 2 add the amount of bagasse ash. All into the mixing tank and continue to mix for 5 minutes. Step 3 Add the cement and limestone powder and mix for 3 minutes. Step 4 Add all the crushed limestone. Then mix for 2 minutes. Step 5 Add all the water, then mix for 2 minutes. Step 6 Add a special water reducing agent for strong water. (Superplasticizer, G) total volume And continue to mix for 4 minutes, including 17 minutes of mixing time. Self-compacted with bagasse ash and limestone powder -------------------------------------------------- - Edit summary of the invention 7/6/2016 Production method of self-compacting concrete, mixed with bagasse ash from thermal power plant and limestone powder, step by using the mixing proportion of concrete with bagasse ash at the mixing ratio. One mixer accordingly From step 1, put all river sand in the mixer for 1 minute. Step 2 add the amount of bagasse ash. All into the mixing tank and continue to mix for 5 minutes. Step 3 Add the cement and limestone powder and mix for 3 minutes. Step 4 Add all the crushed limestone. Then mix for 2 minutes. Step 5 Add all the water. Then mix for 2 minutes. Step 6 Add a special water reducing agent for strong water. (Sperplasticizer, G) total volume And continue to mix for 4 minutes, including 17 minutes of mixing time. Self-compacted with bagasse ash and limestone powder -------------------------------------------------- ------------------------- Production process for self-compacting concrete, mixed with bagasse ash from thermal power, mixed with limestone powder By using the mixing proportion of concrete with bagasse ash at the ratio of any of the 6 ingredients, mixed with a mixer according to step 1, put all river sand in the mixer, then walk the mixer with a cylinder-shaped mixer. Diameter 100 cm. Height 50 cm. At speed 120 rpm for 1 minute. Step 2 At the end of the first minute, add the total amount of bagasse ash. Into the mixing tank and continue to mix for 5 minutes. Step 3 At the end of the 6th minute, add all the cement and limestone powder and continue mixing for 3 minutes. Step 4 At the end of the 9th minute, add the crushed limestone. All and continue to mix for 2 minutes. Step 5 At the end of the 11th minute, add all the water. Then continue to mix for 2 minutes. Step 6 At the end of the 13th minute, add the whole amount of special water reducing agent, type G Then mixed for 4 minutes, total mixing time 17 minutes, self-compacting concrete mixed with bagasse ash mixed with limestone powder.

Claims (4)

Disclaimer (all) which will not appear on the advertisement page: Amendment 1/12/16 1. Production process of self-compacting concrete, blending ash, bagasse from thermal power plants and limestone powder. Now as follows: A. Put all river sand in the mixer. Then walk the mixer with a cylindrical mixing tank, diameter 100 cm., Height 50 cm., At the speed of 120 rpm for 1 minute. B. After the first minute, add all of the bagasse ash into the mixing tank. Then mix for 5 minutes. C. At the end of the sixth minute, add the total amount of cement and limestone powder. Then mix for 3 minutes. D. At the end of the 9th minute, add all the crushed limestone. Then mix for 2 minutes. Mon. At the end of the 11th minute, add all the water. Then mix for 2 minutes. F. At the end of the 13th minute, add a special type of water reducing agent strongly. (Superplasticizer, G) total volume It was then mixed for 4 minutes, totaling 17 minutes. Self-compacted concrete was mixed with bagasse ash mixed with limestone powder. 2. The production process of self-compacted concrete was mixed with bagasse ash from a thermal power plant. Limestone powder according to claim 1, where bagasse ash has a chemical composition by weight, consisting of 6.90% aluminum oxide (Al2O3), 65.37% silicon dioxide (SiO2), 2.09% potassium oxide (K2O), calcium oxide ( CaO), 4.21%, iron oxide (Fe2O3), 3.55%, and the percentage of weight loss due to burning of 16.36%, while the physical properties comprising the mean size is 108.8 μm, specific surface area is 2,845. Square centimeter per gram, specific gravity is 2.25, moisture content is 3.02 3. Production process of self-compacting concrete mixes ash, bagasse from thermal power plant and limestone powder according to claim 1, where limestone powder has a volume of The chemical composition by weight consists of 9.69% aluminum oxide (Al2O3), 17.70% silicon dioxide (SiO2), 0.46% potassium oxide (K2O). 47.92% calcium oxide (CaO), 0.56% titanium dioxide (TiO2), 3.27% iron oxide (Fe2O3), and 13.10% weight loss due to combustion. Go with The average size was 15.36 micrometers, the specific surface area was 12,950 square centimeters per gram. The specific gravity is 2.66, the moisture content is 2.43. 4. The formula for the mixing ratio of self-compacting concrete according to the process. According to any of the 1-3 claims which Consist of is Volume, mix proportion (kg per 1 cubic meter of concrete) Formula name Cement, fine aggregate, coarse aggregate, percentage, river sand, rice husk ash, limestone powder, rock, water reducing agent, formula 1 560 815 36 44 715 2.50 ---------- -------------------------- Edit 22/09/2016 1. Production process of self-compacting concrete mixes ashes from bagasse from the factory. Electricity, thermal energy and limestone powder have the following steps: A. Put all river sand in the mixer. Then walk the mixer with a cylindrical mixing tank, diameter 100 cm., Height 50 cm., At the speed of 120 rpm for 1 minute. B. After the first minute, add all of the bagasse ash into the mixing tank. Then mix for 5 minutes. C. At the end of the sixth minute, add the total amount of cement and limestone powder. Then mix for 3 minutes. D. At the end of the 9th minute, add all the crushed limestone. Then mix for 2 minutes. Mon. At the end of the 11th minute, add all the water. Then mix for 2 minutes. F. At the end of the 13th minute, add a special type of water reducing agent strongly. (Superplasticizer, G) total volume It was then mixed for 4 minutes, totaling 17 minutes. Self-compacted concrete was mixed with bagasse ash mixed with limestone powder. 2. The production process of self-compacted concrete was mixed with bagasse ash from a thermal power plant. Limestone powder according to claim 1, where bagasse ash has a chemical composition by weight, consisting of 6.90% aluminum oxide (Al2O3), 65.37% silicon dioxide (SiO2), 2.09% potassium oxide (K2O), calcium oxide ( CaO), 4.21%, iron oxide (Fe2O3), 3.55%, and the percentage of weight loss due to burning of 16.36%, while the physical properties comprising the mean size is 108.8 μm, specific surface area is 2,845. Square centimeter per gram, specific gravity is 2.25, moisture content is 3.02 3. Production process of self-compacting concrete mixes ash, bagasse from thermal power plant and limestone powder according to claim 1, where limestone powder has a volume of The chemical composition by weight consists of 9.69% aluminum oxide (Al2O3), 17.70% silicon dioxide (SiO2), and potassium oxide (K2O). 0.46% calcium oxide (CaO) 47.92%, titanium dioxide (TiO2) 0.56%, iron oxide (Fe2O3) 3.27% and the percentage of weight loss due to burning of 13.10%, while having physical properties. Including The average size was 15.36 micrometers, the specific surface area was 12,950 square centimeters per gram. The specific gravity is 2.66, the moisture content is 2.43. 4. The production process of self-compacting concrete. According to claim 1, 2 or 3, which contain the proportion formula Mix of concrete is Volume, mix proportion (kg per 1 cubic meter of concrete) Formula name Cement, fine aggregate, coarse aggregate, percentage, river sand, rice husk ash, limestone powder, rock, water reducing agent, formula 1 560 815 36 44 715 2.50 ---------- -------------------------------------------------- -------------------------------------------------- ----------------- Edit 7/6/16 1. Production process of self-compacting concrete mixes ash, bagasse from a thermal power plant and precipitated limestone powder. Now A. Put all river sand in the mixer. Then walk the mixer with a cylindrical mixing tank, diameter 100 cm., Height 50 cm., At the speed of 120 rpm for 1 minute. B. After the first minute, add all of the bagasse ash into the mixing tank. Then mix for 5 minutes. C. At the end of the sixth minute, add the total amount of cement and limestone powder. Then mix for 3 minutes. D. At the end of the 9th minute, add all the crushed limestone. Then mix for 2 minutes. Mon. At the end of the 11th minute, add all the water. Then mix for 2 minutes. F. At the end of the 13th minute, add a special type of water reducing agent strongly. (Superplasticuzer), G) total quantity It was then mixed for 4 minutes, totaling 17 minutes. Self-compacted concrete was mixed with bagasse ash mixed with limestone powder. 2. The production process of self-compacted concrete was mixed with bagasse ash from a thermal power plant. Limestone powder according to claim 1, where bagasse ash contains the chemical composition by weight, consisting of 6.90% aluminum oxide (Al2O3), 65.37% silicon dioxide (SiO2), 65.37% postassium oxide (K2O). 2.09% calcium oxide (CaO), 4.21% iron oxide (Fe2O3), 3.55%, and the percentage of weight loss due to burning of 16.36%, while the physical properties comprising the mean size were 108.8 μm. The specific surface area is 2,845 square centimeters per gram, the specific gravity is 2.25, the moisture content is 3.02 3. The production process of self-compacting concrete mixes ash, bagasse from a thermal power plant and limestone powder according to claim 1 at The limestone powder has a chemical composition by weight, consisting of 9.69% aluminum oxide (Al2O3), 17.70% silicon dioxide (SiO2), potassium oxide (K2O). 0.46% calcium oxide (CaO) 47.92%, titanium dioxide (TiO2) 0.56%, iron oxide (Fe2O3) 3.27% and the percentage of weight loss due to burning of 13.10%. Physical The average size was 15.36 micrometers, the specific surface area was 12,950 square centimeters per gram. The specific gravity is 2.66, the moisture content is 2.43. 4. The production process of self-compacting concrete. According to the claim 1,2 or 3, where the concrete mix proportion formula is the mixed proportion (kg per 1 cubic meter of concrete), formula name, cement, fine aggregate, coarse aggregate, percent, river sand, rice husk, limestone powder, rock, water reducing agent Formula 1 560 815 36 44 715 2.50 .......................................... .................................................. .................................................. ................................. 1. The production process of self-compacting concrete with bagasse ash from a thermal power plant mixed with limestone powder is as follows: A. Step 1 Put all river sand in the mixer. Then walk the mixer with a cylinder-shaped mixing tank, line size Through the center of 100 cm. Height 50 cm. At the speed of 120 rpm for 1 minute b. 3rd, after the sixth minute, add the total amount of cement and limestone powder. Then mix for 3 minutes. D. Step 4 When the 9th minute, add all the crushed limestone. Then mix for 2 minutes. Mon. Step 5, when the 11th minute, add all the water. Then mix for 2 minutes. F. Step 6 At the end of the 13th minute, add the total amount of special water reducing agent G Then mixed for 4 minutes, total mixing time 17 minutes, self-compacting concrete mixed with bagasse ash mixed with limestone powder. 2. Production method of self-compacting concrete According to claim 1, where bagasse ash has a Chemical by weight contains 6.90% Alumina Trioxide (Al2O3), 65.37% Silicon Dioxide (SiO2), 2.09% Potassium Oxide (K2O), Calcium Oxide (CaO) 4.21%, Iron Oxide (Fe2O3)%. 3.55 and the percentage of weight loss due to burning of 16.36% while having physical properties including The average size was 108.8 micrometers, the specific surface area was 2,845 square centimeters per gram. Specific gravity is 2.25, moisture content is 3.02. 3.Production process of self-compacting concrete According to claim 1, where limestone powder contains Chemical by weight contains 9.69% Alumina Trioxide (Al2O3), 17.70% Silicon Dioxide (SiO2), 0.46% Potassium Oxide (K2O), 47.92% Calcium Oxide (CaO), Titanium Dioxide (TiO2). 0.56% iron oxide (Fe2O3) 3.27% and the 13.10% loss of weight due to combustion, while having physical properties comprising an average size of 15.36 μm, specific surface area of 12,950 square centimeters per gram. Specific gravity is 2.66, moisture content is 2.43. 4. Production process for self-compacting concrete According to claim 1, 2 and 3, where the mixture proportion formula of Concrete as follows Quantity, mix ratio (kg per 1 cubic meter of concrete) Formula name Cement, fine aggregate, coarse aggregate, percentage, river sand, rice husk ash, limestone powder, limestone, water softener Formula 1 560 815 36 44 715 2.50 Formula 2 560 734 69 87 715 2.50 Formula 3 560 653 140 172 715 2.50 Formula 4 560 489 218 256 715 2.50 Formula 5 560 334 280 342 715 2.50 Formula 6 560 164 339 425 715 2.50