Environmental impacts and improvement prospects for environmental hotspots in the production of palm oil derived biodiesel in Malaysia

Earth and Planetary Sciences

• Environmental Impact 100%
• Malaysia 100%
• Improvement 100%
• Oil 100%
• Emission 85%
• Land Use Change 71%
• Investigation 66%
• Residue 61%
• Greenhouse 47%
• Impact 47%
• Plantation 38%
• Average 28%
• Carbon 23%
• Show 23%
• Management 23%
• Set 23%
• Mill 23%
• Mathematical Model 19%
• Boiler 19%
• Datum 19%
• Category 19%
• Methane 19%
• Oil Industry 14%
• Global Warming Potential 14%
• Selection 14%
• Plant 14%
• Diesel 14%
• Land 14%
• Fossil 14%
• Biodiversity 9%
• Life Cycle 9%
• Energy Recovery 9%
• Substitute 9%
• Political Economy 9%
• Yield 9%
• Utilization 9%
• Strategy 9%
• Area 9%
• Foci 9%
• Aspect 9%
• Optimization 9%
• Lagoon 9%
• Experience 9%
• Expansion 9%
• Convention 9%
• Fossil Fuel 9%
• Biogas 9%
• Waste Water 4%
• State of the Art 4%
• Science and Technology 4%
• Organic Matter 4%
• Nitrogen 4%
• Land Use 4%
• Management Practice 4%
• Feasibility Study 4%
• Profitability 4%
• Biomass Power 4%
• Production System 4%
• Smallholder 4%
• Vegetable Oil 4%
• Mulching 4%
• Effluent Treatment 4%
• Fibre 4%
• Decision 4%
• Market 4%
• Literature 4%
• Income 4%
• Model 4%
• Research 4%
• Focusing 4%
• Amount 4%
• Product 4%
• Purpose 4%
• Increasing 4%
• Comparison 4%
• Cause 4%
• Knowledge 4%
• Forest 4%
• Assessment 4%
• Target 4%
• Inventory 4%
• Criterion 4%
• Correlation 4%
• Public 4%
• Solid 4%
• Fruit 4%
• Collection 4%
• Global Warming 4%
• Field Study 4%
• Rubber 4%
• Press 4%
• Extinction 4%
• Plant (Botany) 4%
• Water Footprint 4%
• Pyrolysis 4%

Engineering

• Environmental Impact 100%
• Oil 100%
• Production 100%
• Biodiesel 100%
• Greenhouse 95%
• Land Use 76%
• Oil Production 38%
• Biodiesel Production 19%
• Impact Category 19%
• Global Warming Potential 14%
• Optimization 9%
• Life Cycle Assessment 9%
• Applications 9%
• Energy Engineering 9%
• Recovery 9%
• Yields 9%
• Production Process 9%
• Reduction 9%
• Fossil Fuel 9%
• Sustainable Development 4%
• Biomass 4%
• Quantification 4%
• Boiler 4%
• Lifecycle 4%
• Global Warming 4%
• Biogas Production 4%
• Solid Residue 4%
• Data Collection 4%
• Life Cycle Inventory 4%
• Reference Flow 4%
• Dry Weight 4%
• Economic Feasibility 4%
• Data Field 4%
• Knowledge Base 4%
• Improvement Potential 4%
• Empty Fruit Bunch 4%
• Environmental Benefit 4%
• Diesel Emissions 4%
• Direct Correlation 4%
• Profitability 4%
• Net Income 4%
• Water Footprint 4%
• Industrial Boiler 4%
• Methane Capture 4%
• Models 4%
• Research 4%
• Generates 4%
• Products 4%
• Elements 4%
• Fiber 4%
• Low Carbon 4%
• Pyrolysis 4%
• Power Plant 4%
• Large Amount 4%
• Economics 4%
• Field Study 4%
• Feasibility Study 4%
• Production System 4%
• Biogas 4%

Agricultural and Biological Sciences

• Biodiesel 100%
• Environmental Impact 100%
• Palm Oil 100%
• Land Use Change 71%
• Global Warming 19%
• Carbon Sink 14%
• Land 14%
• Fossils 14%
• Biogas 9%
• Fossil Fuel 9%
• Biodiversity 9%
• Effluents 9%
• Energy Recovery 9%
• Area 9%
• Flora 4%
• Biomass 4%
• Fauna 4%
• Data Collection 4%
• Extinction 4%
• Land Use 4%
• Life Cycle Inventory 4%
• Mulching 4%
• Water Footprint 4%
• Fields 4%
• Research 4%
• Technology 4%
• Literature 4%
• Knowledge 4%
• Forests 4%
• Animals 4%
• Correlation 4%
• Presses 4%
• Methodology 4%
• Weight 4%
• Rubber 4%
• Models 4%
• Wastewater 4%
• Fruit 4%