Improving the competitiveness of green ship recycling

Earth and Planetary Sciences

• Competitiveness 100%
• Ship 100%
• Recycling 100%
• Material Flow Analysis 33%
• Stream 33%
• Indian Subcontinent 33%
• China 33%
• Plant 25%
• Turkey 25%
• Waste 25%
• Model 25%
• Region 16%
• Format 16%
• Gasification 16%
• Difference 16%
• Energy Technology 16%
• Ship Design 16%
• Support 16%
• Recycling Method 16%
• Scraper 8%
• Breaking 8%
• Position (Location) 8%
• Output 8%
• Cleaner Production 8%
• Industry 8%
• Standard 8%
• Artificial Reef 8%
• Improvement 8%
• Cost 8%
• Selection 8%
• Convention 8%
• Country 8%
• Medium 8%
• Waste Disposal 8%
• Hong Kong 8%
• Wharf 8%
• Society 8%
• Foci 8%

INIS

• recycling 100%
• ships 100%
• prices 64%
• design 35%
• china 35%
• range 28%
• streams 28%
• turkey 28%
• india 28%
• distribution 21%
• wastes 21%
• size 21%
• scrap 14%
• production 14%
• gasification 14%
• capacity 14%
• energy 14%
• plasma 14%
• planning 14%
• hotels 7%
• international regulations 7%
• operation 7%
• bears 7%
• market 7%
• applications 7%
• reduction 7%
• hong kong 7%
• economics 7%
• bridges 7%
• output 7%
• incentives 7%
• storage 7%
• museums 7%
• reefs 7%
• disposal (wastes) 7%
• safety standards 7%
• conventions 7%
• cost 7%
• industry 7%
• solutions 7%
• classification 7%
• availability 7%

Engineering

• Ship Recycling 100%
• Ships 100%
• Offer Price 60%
• Material Flow Analysis 40%
• Facilities 30%
• Models 30%
• Ship Design 20%
• Gasification 20%
• Waste to Energy 20%
• Recycling Process 20%
• Energy Technology 20%
• Quantification 20%
• Design Feature 20%
• Design for Recycling 20%
• Supports 20%
• Cleaner Production 10%
• Large Size 10%
• Determines 10%
• Effective Solution 10%
• Piers 10%
• Hotels 10%
• Medium Size 10%
• Related Task 10%
• Recycling 10%
• Recycling Rate 10%
• Reduction 10%