Soil Improvement With Sugarcane Bagasse Ash: Technical-Economic Viability For Tertiary Roads

INIS

• soils 100%
• economics 100%
• viability 100%
• roads 100%
• sugar cane 100%
• ashes 100%
• bagasse 100%
• wastes 30%
• colombia 20%
• sugar 20%
• production 10%
• mobility 10%
• solutions 10%
• evaluation 10%
• rural areas 10%
• universities 10%
• volume 10%
• compression 10%
• expansion 10%
• stabilization 10%
• mechanical properties 10%
• feasibility studies 10%
• sugar industry 10%

Keyphrases

• Economic Viability 100%
• Soil Improvement 100%
• Sugarcane Bagasse Ash 100%
• Technical Economics 100%
• Colombia 22%
• Sugar Mill 22%
• Rural Areas 11%
• Cali 11%
• Sugar Industry 11%
• Mechanical Properties 11%
• Economic Evaluation 11%
• Waste Types 11%
• Characterization Tests 11%
• Natural Soil 11%
• Agricultural Area 11%
• Rural Roads 11%
• Technical Feasibility 11%
• Stabilized Soil 11%
• Soil State 11%
• Subgrade Improvement 11%
• Index Compression 11%
• Subgrade Stabilization 11%
• Soil Subgrade 11%
• Modified Proctor 11%
• Economic Feasibility Study 11%
• Economic Feasibility 11%
• Technical Feasibility Study 11%
• Expansion Index 11%
• Unconfined Compression 11%
• Promising Solution 11%

Engineering

• Road 100%
• Bagasse Ash 100%
• Soil Improvement 100%
• Subgrade 22%
• Sugar Mill 22%
• Economic Feasibility 22%
• Technical Feasibility 22%
• Feasibility Study 11%
• Limitations 11%
• Sugar Industry 11%
• Rural Roads 11%
• Mechanical Property 11%
• Stabilised Soil 11%
• Case Study 11%