TH14932A3 - Production process of self-compacting concrete mix with rice husk ash and fly ash. - Google Patents

Abstract

------ 29/01/2018 ------ (OCR) page 1 of number 1 page invention summary. The production process of self-compacting concrete with rice husk ash and fly ash has the objective Of invention to bring cement Fly ash and rice husk ash to produce concrete, compacted concrete works. Myself with a specific procedure by a mixer with unique performance. To begin with, prepare a concrete mixer with a clean interior, weighing rock size 19.0 and 6.0 mm, and cement into the concrete mixer, then turn on the machine to mix the stone and sand and cement into a homogeneous mix in the mixer. When the ingredients are well mixed together. Therefore add water in the amount of two-thirds of the water used to mix all When the added water is mixed well with sand, stone and cement. So began to add the admixture and stabilizer by mixing it with the rest of the concrete mix and turn on the concrete mixer to allow the added solution to enter. It is well compatible with the concrete mix for 30 seconds and add a stabilizer to the concrete and continue to spin the concrete until the end of time to get a self-compacted ready-mixed concrete --------- --- Modified 2/6/60 Production process of self-compacting concrete mix with rice husk ash and fly ash has the objective Of invention to bring cement Fly ash and rice husk ash to produce concrete, compacted concrete works. Myself with a specific procedure by a mixer with unique performance. To begin with, prepare a concrete mixer with a clean interior, weighing rock size 19.0 and 6.0 mm, and cement into the concrete mixer, then turn on the machine to mix the stone and sand and cement into a homogeneous mix in the mixer. When the ingredients are well mixed together. Then add water, the amount of water 2 thirds of the water used hair all When the added water is mixed well with sand, stone and cement. So began to add admixture and stabilizer by mixing with the remaining concrete mix water and turn on the concrete mixer to allow the added solution to go into. It is well combined with the concrete mix for 30 seconds and then add a stabilizer of the concrete and continue to spin the concrete until the end of time, thus a self-compacted ready-mixed concrete is obtained. .................................................. .................................................. .................................................. . The production process of self-compacting concrete with rice husk ash and fly ash has the objective Of invention to bring cement Fly ash and rice husk ash to produce concrete, compacted concrete works. Myself with a specific procedure by a mixer with unique performance. To begin with, prepare a concrete mixer with a clean interior, weighing rock size 19.0 and 6.0 mm, and cement into the concrete mixer, then turn on the machine to mix the stone and sand and cement into a homogeneous mix in the mixer. When the ingredients are well mixed together. Then add water, the amount of water 2 thirds of the water used to mix all When the added water is mixed well with sand, stone and cement. So began to add admixture and stabilizer by mixing with the remaining concrete mix water and turn on the concrete mixer to allow the added solution to go into. It is well combined with the concrete mix for 30 seconds and then add a stabilizer of the concrete and continue to spin the concrete until the end of time to get self-compacted ready-mixed concrete.

Claims (5)

Disclaimer (all) which will not appear on the advertisement page. : ------ 29/01/2018 ------ (OCR) Page 1 of 2 pages Disclaimer 1. Production process of self-compacted ready-mixed concrete mixed with rice husk and fly ash. The steps are as follows: a. Prepare a concrete mixer that is clean inside and that the inside surface is lurking. (Not completely dry) and aggregate (rock and sand) in a state of saturated surface dry (saturated surface dry). B. Weighing rock with a maximum size of 19.0 mm, volume equal to 223 kg / m3, concrete and volume. The largest size of stone is 6.0 mm, equal to 616 kg per cubic meter of concrete. And 375 kg of cement per cubic meter of concrete Fly ash volume equal to 90 kilograms per cubic meter, rice husk ash volume equal to 50 kilograms per cubic meter of concrete. And concrete put into the concrete mixer Then turn on the machine at a speed of 18 revolutions per minute to mix the stone and sand and cement. Mix homogeneously in a mixer for 1 minute. C. When the cement, sand and stone are thoroughly mixed together. Then add two-thirds of the total mixed water or 76 kilograms per cubic meter of concrete. During adding water, turn on the concrete mixer. For 30 seconds the added water blends well with the sand and cement mixture. D. When the added water is mixed well with the sand, stone and cement. Therefore began to add the admixture of 6.05 liters per cubic meter of concrete It was mixed with the rest of the concrete mix (38 kg per cubic meter of concrete) and turned on the concrete mixer to make the added solution compatible with the The concrete was mixed for 1 minute and added a stabilizer of 1.65 liters of concrete. Raised the concrete for 30 seconds to finish. Ready-mixed concrete. 2. Production process of self-compacted ready-mixed concrete mixed with ash. Rice husk and fly ash according to claim 1, where Porotland Cement Type 1 contains the chemical composition by weight, consisting of 4.35% Aluminum Oxide (Al203), 20.10% Silicon Dioxide (Si02), Potassium Oxide ( K20) 0.63%, calcium oxide (CaO), 62.32%, titanium dioxide 0.02), 0.23%, iron oxide (Fe203) 3.24% and weight loss due to burning 1.71% at time. Which has physical properties including The average size was 623.8 micrometers, the specific surface area was 472 square meters per kilogram. The specific gravity is 3.10 and an increase of 0.12%. 3. The production process of self-compacted ready-mixed concrete mix rice husk ash and fly ash according to claim 1, where fly ash has chemical composition by weight. It consists of 22.42% aluminum oxide (Al203), 40.93% silicon dioxide (Si02), 2.39% potassium oxide (K20), 13.63% calcium oxide (CaO) and the percentage weight loss due to combustion. 0.46 percent while having Physical properties including Specific surface area is 3,550 square meters per kilogram, specific gravity is 2.47, volume increase of 0.07% 4. Production process of self-compacting ready-mixed concrete mix rice husk ash and fly ash according to claim 1, where rice husk ash has The chemical composition by weight consists of 0.35% aluminum oxide (Al203), 93.10% silicon dioxide (Si02), 1.63% potassium oxide (K20), 1.32% calcium oxide (CaO), titanium dioxide (TiO2). 0.03% iron oxide (Fe2O3) 0.24% and the percentage of weight loss due to burning of 1.91% while the physical properties Including The average size was 269.6 μm, specific surface area was 472 square centimeters per gram, specific gravity was 2.21, an increase of 3.12 p. 2 of 2 p. 5. Self-compacted concrete mixed with rice husk ash and fly ash according to claim 1. -4 Any of the above Which consists of The amount of cement is 375 kg per cubic meter of concrete. The fly ash content is 90 kg per cubic meter of concrete. Rice husk ash content is 50 kg / m3 of concrete. The amount of water mixed with concrete is 114 kilograms per cubic meter of concrete. The amount of sand is 974 kg per cubic meter of concrete. The maximum size of stone is 19.0 mm. Is 223 kilograms per cubic meter of concrete. The maximum volume of stone is 6.0 mm. Is equal to 616 kg per cubic meter of concrete. The volume of strong concrete admixture is 6.05 liters per cubic meter of concrete. The amount of stabilizer of concrete is 1.65 liters per cubic meter of concrete ------------ Revised June 2, 2017 1. Production process of self-compacted ready-mixed concrete. Mix rice husk ash and fly ash as follows: a. Prepare a concrete mixer with a clean interior and a moist interior. (Not completely dry) and aggregates (rock and sand) with moisture in the state saturated with water and dry (saturated surface dry). B. Weighing rock size 19.0 mm., Volume equal to 223 kg per cubic meter, concrete and rock volume. The maximum size of 6.0 mm is equal to 616 kg per cubic meter of concrete. And 375 kg of cement per cubic meter of concrete Fly ash volume equal to 90 kilograms per cubic meter, rice husk ash volume equal to 50 kilograms per cubic meter of concrete. And concrete put into the concrete mixer Then turn on the machine at a speed of 18 revolutions per minute to mix the stone and sand and cement. Mix homogeneously in a mixer for 1 minute. C. When the cement, sand and stone are thoroughly mixed. Then add two-thirds of the total water used to mix or 76 kilograms per cubic meter of concrete. However, while adding water, turn on the concrete mixer. To allow the added water to blend well with the sand and cement mixture for 30 seconds. D. When the added water is mixed well with sand, stone and cement. Therefore began to add a concrete admixture (admixture) volume of 6.05 liters per cubic meter of concrete. It was mixed with the rest of the concrete mixture (38 kg / m3 of concrete) and turned on the concrete mixer to make the added solution compatible with the Mixing concrete for 1 minute and add a stabilizer of concrete equal to 1.65 liters, stir the concrete for 30 seconds to finish, ready-mixed concrete. 2. The production process of self-compacted concrete mix with rice husk ash. And fly ash according to claim 1, where Portland cement type 1 contains the chemical composition by weight, consisting of 4.35% aluminum oxide (Al2O3), 20.10% silicon dioxide (SiO2), potassium oxide (K2O). 0.63% calcium oxide (CaO), 62.32% titanium dioxide (TiO2), 0.23% iron oxide (Fe2O3), 3.24% and the percentage of weight loss due to burning of 1.71%. Consisted of The average size was 623.8 micrometers, the specific surface area was 472 square meters per kilogram. The specific gravity is 3.10 and the moisture content of 0.12%. 3. Production process of self-compacted concrete mix with rice husk ash and fly ash according to claim 1, where fly ash has chemical composition by weight. It consists of 22.42% Aluminum Oxide (Al2O3), 40.93% Silicon Dioxide (SiO2), 2.39% Potassium Oxide (K2O), 13.63% Calcium Oxide (CaO) and the percentage of weight loss due to burning. 0.46 each while having physical properties consisting of Specific surface area is 3,550 square meters per kilogram, specific gravity is 2.47, moisture content 0.07% 4. Production process of self-compacting ready-mixed concrete mix rice husk ash and fly ash according to claim 1, where rice husk ash has a volume of The chemical composition by weight consists of 0.35% aluminum oxide (Al2O3), 93.10% silicon dioxide (SiO2), 1.63% potassium oxide (K2O), 1.32% calcium oxide (CaO), titanium dioxide (TiO2), 0.03% iron. Oxide (Fe2O3) 0.24% and the percentage of weight loss due to burning of 1.91% while having physical properties. Including The average size was 269.6 micrometers, specific surface area was 472 square centimeters per gram, specific gravity was 2.21, moisture content was 3.12 5. Self-compacted ready-mixed concrete mixed with rice husk ash and fly ash according to Claim No. 1-4. Which consists of The amount of cement is 375 kg per cubic meter of concrete. The fly ash content is 90 kg per cubic meter of concrete. Rice husk ash content is 50 kg / m3 of concrete. The amount of water mixed with concrete is 114 kilograms per cubic meter of concrete. The amount of sand is 974 kg per cubic meter of concrete. The maximum size of stone is 19.0 mm. Is 223 kilograms per cubic meter of concrete. The maximum volume of stone is 6.0 mm. Is equal to 616 kg per cubic meter of concrete. The volume of strong concrete admixture is 6.05 liters per cubic meter of concrete. The amount of stabilizer of concrete is 1.65 liters per cubic meter of concrete ................................. .................................................. .................................................. ...................... 1. The production process of self-compacted concrete mix with rice husk ash and fly ash, the steps are as follows: a. Prepare a concrete mixer with a clean interior and a wet interior surface. (Not completely dry) and aggregates (sandstone) with moisture in the state of saturated water and dry surface (saturated surface dry). B. Weighing rock size 19.0 mm, volume equal to 223 kilograms per cubic meter of concrete and rock volume. The maximum size of 6.0 mm is equal to 616 kg per cubic meter of concrete. And 375 kg of cement per cubic meter of concrete Fly ash equal to 90 gdl per cubic meter, rice husk ash volume equal to 50 kg / m3 of concrete. And concrete put into the concrete mixer Then turn on the machine at a speed of 18 revolutions per minute to mix the stone and sand and cement. Mix homogeneously in a mixer for 1 minute. C. When the cement, sand and stone are thoroughly mixed. Then add two-thirds of the total water used to mix or 76 kilograms per cubic meter of concrete. However, while adding water, turn on the concrete mixer. To allow the added water to blend well with the sand and cement mixture for 30 minutes. D. When the added water is mixed well with sand, stone and cement. Therefore began to add a concrete admixture (admixture) volume of 6.05 liters per cubic meter of concrete. It was mixed with the rest of the concrete mixture (38 kg / m3 of concrete) and turned on the concrete mixer to make the added solution compatible with the Mix concrete for 1 minute and add a stabilizer of 1.65 liters of concrete, stir the concrete for 30 seconds to finish. Ready-mixed concrete. 2.Process for production of self-compacted concrete mix with rice husk ash and fly ash according to claim 1, where Portland cement type 1 contains the chemical composition by weight, consisting of alumina trioxide (Al2O3). ) 4.35% Silicon Dioxide (SiO2) 20.10% Potassium Oxide (K2O) 0.63% Calcium Oxide (CaO) 62.32% Titanium Dioxide (TiO2) 0.23% Iron Oxide (Fe2O3) 3.24% and the value Percentage loss of weight due to burning 1.71% while having physical properties consisting of The average size was 623.8 micrometers, the specific surface area was 472 square meters per kilogram. Specific gravity is 3.10 and moisture content of 0.12%. 3. Production process of self-compacting concrete mix with rice husk ash and fly ash according to claim 1, where fly ash has chemical composition by weight. It consists of 22.42% Alumina Trioxide (Al2O3), 40.93% Silicon Dioxide (SiO2), 2.39% Potassium Oxide (K2O), 13.63% Calcium Oxide (CaO) and the Lost 0.46% of weight due to burning while having physical properties comprising The specific surface area is 3,550 square meters per kilogram. Specific gravity is 23.47 and moisture content of 0.07%. 4.Process for production of self-compacted concrete mix with rice husk ash and fly ash according to claim 1, where rice husk ash contains the chemical composition by weight, consisting of 0.35% Alumina Trioxide (Al2O3). 93.10% silicon dioxide (SiO2), 1.63% potassium oxide (K2O), 1.32% calcium oxide (CaO), 0.03% titanium dioxide (TiO2), 0.24% iron oxide (Fe2O3), and the percentage loss. Weight due to combustion of 1.91% while having physical properties Including The average size is 269.6 micrometers, specific surface area is 472 square meters per gram, specific gravity is 2.21, moisture content of 3.12 percent. 5. Production process of cellular aerated concrete according to claims 1 and 2 and 3 and 4, where the proportion formula Mix as follows The amount of cement is 375 kg per cubic meter of concrete. The fly ash content is 90 kg per cubic meter of concrete. Rice husk ash content is 50 kg per cubic meter of concrete. The amount of water mixed with concrete is 114 kilograms per cubic meter of concrete. The amount of sand is 974 kg per cubic meter of concrete. The maximum size of stone is 19.0 mm. Is 223 kilograms per cubic meter of concrete. The maximum volume of stone is 6.0 mm. Is equal to 616 kg per cubic meter of concrete. The volume of strong concrete admixture is 6.05 liters per cubic meter of concrete. The amount of stabilizer of concrete was 1.65 liters per cubic meter of concrete.