Energy and economic assessment of mixed palm residue utilisation for production of activated carbon and ash as fertiliser in agriculture

Keyphrases

• Economic Analysis 100%
• Activated Carbon 100%
• Agriculture 100%
• Energy Assessment 100%
• Fertilizer 100%
• Palm Residues 100%
• Economic Assessment 100%
• Residue Utilization 100%
• Return on Investment 66%
• Payback Period 66%
• Palm Waste 66%
• Waste Ash 66%
• Potential Alternatives 33%
• Politicians 33%
• Aspen Plus 33%
• Process Optimization 33%
• Energy Optimization 33%
• Product Type 33%
• Cost-benefit Analysis 33%
• Statistical Software 33%
• Cost Estimation 33%
• Capital Investment 33%
• Technology Requirements 33%
• Profit Rate 33%
• Technology Assessment 33%
• Thermal Process 33%
• Economic Optimization 33%
• Process Scenarios 33%
• Soil Amelioration 33%
• Pyro-gasification 33%
• Carbon Market 33%
• Biomass Utilization 33%
• Waste Revalorization 33%
• Ultisol Soil 33%
• Equipment Types 33%
• Initial Capital 33%
• Mass-energy Balance 33%
• Gasification-combustion 33%
• Boundary Analysis 33%
• Energy Estimates 33%
• Equipment Sizing 33%
• Annual Return 33%
• Mass Estimation 33%
• Investment Profitability 33%
• Technology Economics 33%
• Acidic Soil 33%
• Economic Processes 33%
• Activated Carbon Synthesis 33%
• Chemical Fertilizer 33%
• Inorganic Fertilizer 33%

Earth and Planetary Sciences

• Activated Carbon 100%
• Economic Analysis 100%
• Return on Investment 66%
• Technology Assessment 33%
• Ultisol 33%
• Gasification 33%
• Pyrolysis 33%
• Chemical Fertiliser 33%
• Inorganic Fertiliser 33%

Chemical Engineering

• Activated Carbon 100%
• Pyrolysis 33%
• Gasification 33%