A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
A HIGH STRENGTH GEOPOLYMER CONCRETE COMPOSITION AND A METHOD TO PRODUCE THE HIGH STRENGTH GEOPOLYMER CONCRETE
Abstract The present disclosure relates to a high strength geopolymer concrete composition and a method to produce the high strength fly ash based geopolymer concrete curing at ambient temperature. The composition comprises: unprocessed fly ash; fine aggregate, composed of river sand and treated sea sand; coarse aggregate, composed of crushed basalt stones; and alkaline activator solution, composed of Sodium Silicate and Sodium Hydroxide. The method comprises: preparing a mixture as per the composition; temperature curing the mixture; and resting the mixture after curing it. Fly ash based geopolymer concrete with river sand and treated sea sand as fine aggregate will be the best effective alternative material for cement concrete, which will minimize the productions of cement, use of river sand, and increase the use of fly ash. Therefore, the air pollution due to production of cement will be eliminated, and problem of disposal of fly ash of thermal power plants will be solved. In addition, it will reduce the use of river sand so that natural resources will be protected. > a) -L _ E 0a) 0 *_0 Ei a) 0o nL 0 a7 0* i0 E bo- 0 -0 U :3 a) 0 >X 0 '-o~ bom >1 0 m c 0~ Ea a) 0-~ >- - u _ c C 0 c -> a) 0 ac) _ Co o 0 E a) C -c '- a) L a) a) 41 _0 i- a) a) m a) CL E 0Lc
A HIGH STRENGTH GEOPOLYMER CONCRETE COMPOSITION AND A METHOD TO PRODUCE THE HIGH STRENGTH GEOPOLYMER CONCRETE
Abstract The present disclosure relates to a high strength geopolymer concrete composition and a method to produce the high strength fly ash based geopolymer concrete curing at ambient temperature. The composition comprises: unprocessed fly ash; fine aggregate, composed of river sand and treated sea sand; coarse aggregate, composed of crushed basalt stones; and alkaline activator solution, composed of Sodium Silicate and Sodium Hydroxide. The method comprises: preparing a mixture as per the composition; temperature curing the mixture; and resting the mixture after curing it. Fly ash based geopolymer concrete with river sand and treated sea sand as fine aggregate will be the best effective alternative material for cement concrete, which will minimize the productions of cement, use of river sand, and increase the use of fly ash. Therefore, the air pollution due to production of cement will be eliminated, and problem of disposal of fly ash of thermal power plants will be solved. In addition, it will reduce the use of river sand so that natural resources will be protected. > a) -L _ E 0a) 0 *_0 Ei a) 0o nL 0 a7 0* i0 E bo- 0 -0 U :3 a) 0 >X 0 '-o~ bom >1 0 m c 0~ Ea a) 0-~ >- - u _ c C 0 c -> a) 0 ac) _ Co o 0 E a) C -c '- a) L a) a) 41 _0 i- a) a) m a) CL E 0Lc
A HIGH STRENGTH GEOPOLYMER CONCRETE COMPOSITION AND A METHOD TO PRODUCE THE HIGH STRENGTH GEOPOLYMER CONCRETE
H SHINDE BHUSHAN (author) / KADAM KSHITIJA (author) / S NAWALE SHINDE BHAGYASHRI (author) / KADAM SHASHWAT (author) / W GAWATRE DINESH (author) / DAIGAVANE P B (author) / WANKHADE RAJAN LAXMANRAO (author) / LANDAGE AMARSINH BABANRAO (author)
2021-08-26
Patent
Electronic Resource
English
IPC:
C04B
Kalk
,
LIME
High-strength geopolymer recycled aggregate concrete bearing structure material
| European Patent Office | 2021